{ "publisher": "Data Center Training (datacentertraining.us)", "last_updated": "2026-11-13", "license": "Public information; quote with attribution and a link to the source URL.", "count": 43, "courses": [ { "id": "data-center-design-fundamentals", "catalog_number": 401, "title": "Data Center Design Fundamentals", "url": "https://datacentertraining.us/courses/data-center-design-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-design-fundamentals.json", "track": "Design, Planning & Commissioning Track", "category": "Design & Planning", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 312.99, "currency": "USD", "standards": [ "ANSI/TIA-942" ], "summary": "Design data center facilities that scale — from site selection to redundancy strategy.", "description": "Every high-availability data center starts as a set of design decisions — and the wrong ones are expensive to unwind after concrete is poured. This course walks through the full design lifecycle used by enterprise facility teams: international standards (ANSI/TIA-942, ISO 14644), site selection criteria, thermal design principles, power architecture, and the redundancy trade-offs (N, N+1, N+2, 2N) that determine both uptime and capital cost. You'll work through real design case studies, thermal modeling concepts, and ROI analysis frameworks used to justify facility investment to executive stakeholders. Rather than teaching a single vendor's playbook, the course focuses on the trade-off reasoning behind design choices, so you can evaluate proposals, vet vendor recommendations, and defend your own design decisions with data. By the end, you'll be able to read a facility design proposal critically, model redundancy options against budget constraints, and build the financial case for an expansion or new build.", "why_it_matters": "Most of a data center's lifetime cost and reliability is decided before construction starts. Site selection sets the risk from floods, power availability and fiber access. The power and cooling architecture sets how much redundancy the facility has and how easily it can grow. Changing any of these after the building is finished is slow and expensive. Design teams work from shared references. ANSI/TIA-942 covers data center infrastructure including spaces, cabling and rated reliability levels, and ISO 14644 is often used to define air cleanliness targets. Redundancy models such as N+1 and 2N each trade cost against resilience. This program walks through the full design lifecycle: standards, site selection and planning, thermal design, power architecture, redundancy trade-offs and the financial modeling that supports expansion decisions.", "audience": "Facility engineers, design consultants, and project leads planning new builds or major expansions.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Apply ANSI/TIA-942 and ISO 14644 standards to real site and facility design decisions", "Evaluate site selection criteria for power, connectivity, climate, and risk", "Compare N, N+1, N+2, and 2N redundancy models on cost and uptime trade-offs", "Build thermal design fundamentals into early-stage facility planning", "Construct a capital ROI case for a facility expansion or new build", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Standards & International Best Practices (ANSI/TIA-942, ISO 14644)", "summary": "How ANSI/TIA-942 and ISO 14644 shape facility design requirements, and where they leave room for engineering judgment." }, { "title": "Site Selection & Facility Planning", "summary": "Evaluating power availability, connectivity, climate, seismic risk, and expansion capacity before committing to a site." }, { "title": "Thermal Design Principles", "summary": "Foundational airflow and heat-load concepts that drive every downstream cooling decision." }, { "title": "Power Architecture Overview", "summary": "Utility interconnection, distribution topology, and where single points of failure hide." }, { "title": "Redundancy Models & Trade-offs", "summary": "N, N+1, N+2, and 2N compared on uptime, cost, and operational complexity." }, { "title": "Financial Modeling for Expansion", "summary": "Building the ROI case that gets a facility expansion approved." } ], "bundles": [ { "id": "bundle-design-planning", "name": "Design, Planning & Commissioning Bundle", "price_usd": 557.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-design-fundamentals", "faqs": [ { "question": "What is ANSI/TIA-942?", "answer": "ANSI/TIA-942 is the Telecommunications Industry Association standard for data center infrastructure. It covers the layout of spaces, cabling, and electrical, mechanical and other infrastructure, and defines rated reliability levels. Many owners and designers use it as the baseline for new facilities." }, { "question": "What is the difference between N+1 and 2N redundancy?", "answer": "N is the capacity needed to carry the load. N+1 adds one extra component, such as one spare UPS module or chiller. 2N provides two complete, independent systems, each able to carry the full load. 2N costs more but can tolerate the loss of an entire path." }, { "question": "Who should take this program?", "answer": "Facility engineers, design consultants, owners' representatives and project leads planning a new build or a major expansion, and operators who want to understand the design decisions behind the facility they run." } ], "related_course_ids": [ "tier-infrastructure-fundamentals", "infrastructure-commissioning-startup", "capacity-planning-forecasting" ], "last_updated": "2026-11-13" }, { "id": "tier-infrastructure-fundamentals", "catalog_number": 402, "title": "Tier Infrastructure Fundamentals", "url": "https://datacentertraining.us/courses/tier-infrastructure-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/tier-infrastructure-fundamentals.json", "track": "Design, Planning & Commissioning Track", "category": "Design & Planning", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 280.99, "currency": "USD", "standards": [ "Uptime Institute Tier Framework" ], "summary": "Understand and assess TIER I–IV infrastructure without the formal certification track.", "description": "The TIER classification system (I through IV) is the industry's shorthand for facility reliability — but understanding what actually separates a TIER III facility from a TIER IV one takes more than reading a definitions page. This course breaks down the topology requirements, electrical redundancy, cooling architecture, and management systems behind each TIER level. You'll learn the assessment methodologies used to audit an existing facility against TIER benchmarks, including gap analysis procedures and infrastructure scoring methods — the same frameworks used before a formal certification engagement, without the certification requirement or cost. This is practical benchmarking knowledge: understand where your facility sits today, what it would take to move up a TIER level, and how to communicate that gap to stakeholders.", "why_it_matters": "The Uptime Institute Tier Classification System is the most widely used way to describe data center infrastructure reliability. Tier I provides basic capacity, Tier II adds redundant components, Tier III is concurrently maintainable, meaning any component can be taken out for maintenance without shutting down IT load, and Tier IV is fault tolerant, able to withstand a single failure without affecting IT load. The words are simple but applying them is not. Two facilities marketed as Tier III can have very different designs and operations. Understanding the topology behind each level helps you assess a facility, compare colocation providers, write requirements or plan upgrades. This program covers Tier I–IV topologies, redundancy strategies, measurement and assessment methods, audit frameworks and infrastructure scoring.", "audience": "Facility managers and engineers who need to assess or benchmark infrastructure against TIER standards.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Distinguish TIER I–IV topology, redundancy, and management requirements", "Apply infrastructure scoring methods to benchmark an existing facility", "Run a gap analysis between current infrastructure and a target TIER level", "Use facility audit frameworks to structure an internal infrastructure review", "Communicate TIER gaps and upgrade costs to non-technical stakeholders", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "TIER I & II Topologies", "summary": "Baseline single-path infrastructure and where its single points of failure sit." }, { "title": "TIER III Redundancy Strategies", "summary": "Concurrently maintainable infrastructure — what it requires operationally, not just architecturally." }, { "title": "TIER IV Advanced Architecture", "summary": "Fault-tolerant design and the 2N+ topologies that support it." }, { "title": "Measurement & Assessment Methods", "summary": "How TIER assessments are actually scored and documented." }, { "title": "Facility Audit Frameworks", "summary": "Structuring an internal audit before bringing in outside assessors." }, { "title": "Infrastructure Scoring & Analysis", "summary": "Turning an audit into a prioritized upgrade roadmap." } ], "bundles": [ { "id": "bundle-design-planning", "name": "Design, Planning & Commissioning Bundle", "price_usd": 557.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=tier-infrastructure-fundamentals", "faqs": [ { "question": "What is the difference between Tier III and Tier IV?", "answer": "Tier III is concurrently maintainable: every component and distribution path can be removed for planned maintenance without shutting down IT load. Tier IV adds fault tolerance, so the facility can withstand any single unplanned failure without affecting IT load, which usually means fully independent, compartmentalized systems." }, { "question": "Does this course certify my facility as a specific Tier?", "answer": "No. Official Tier Certification is issued only by Uptime Institute. This program teaches the concepts and assessment methods so you can understand, benchmark and plan infrastructure against the Tier framework." }, { "question": "Is this the same as Uptime Institute's accredited credentials?", "answer": "No. This is an independent course on Tier concepts and is not an Uptime Institute credential such as Accredited Tier Designer. It is designed for teams that need the knowledge without the formal certification track." } ], "related_course_ids": [ "data-center-design-fundamentals", "infrastructure-commissioning-startup", "capacity-planning-forecasting" ], "last_updated": "2026-11-13" }, { "id": "data-center-operations-management", "catalog_number": 403, "title": "Data Center Operations Management", "url": "https://datacentertraining.us/courses/data-center-operations-management.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-operations-management.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 325.99, "currency": "USD", "standards": [ "DCIM", "SLA Frameworks" ], "summary": "Run daily operations like the teams behind Tier 3/4 facilities — maintenance, incident response, and SLAs.", "description": "Great facility design means little without operational discipline behind it. This program covers the full operations lifecycle: DCIM asset tracking, preventive maintenance planning, emergency response protocols, SLA metric development, and energy optimization — the systems that keep a well-designed facility actually performing. The course includes lab simulations of critical failure scenarios and DCIM platform training concepts, so the frameworks aren't just theoretical. You'll build maintenance checklists, incident response runbooks, and SLA scorecards you can adapt directly to your facility. Drawing on real-world case studies from Tier 3/4 operations teams, this course is built for the person who owns uptime — not just the systems that support it.", "why_it_matters": "Industry outage surveys consistently find that a large share of data center incidents involve human error or process failures rather than equipment design. A skipped step in a maintenance procedure, an unclear shift handover or an untested emergency plan can take down a facility that was designed to stay up. Operations management turns a facility into a reliable service. It includes written procedures (SOPs, MOPs and EOPs), change control, preventive maintenance, DCIM and asset tracking, incident management and the service level metrics customers see. It also includes energy management, because operating decisions drive a large part of the power bill. This program covers the full operations lifecycle for facility managers and operations directors responsible for daily uptime.", "audience": "Facility managers and operations directors responsible for day-to-day uptime.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Structure a facility lifecycle management and preventive maintenance program", "Use DCIM concepts to track assets, capacity, and power/thermal headroom", "Build an emergency response and incident management protocol", "Develop SLA metrics and performance scorecards for stakeholder reporting", "Apply energy management strategies to reduce operating cost without risking uptime", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Facility Lifecycle Management", "summary": "Managing a facility from commissioning through end-of-life equipment refresh." }, { "title": "DCIM Systems & Asset Tracking", "summary": "What DCIM software actually tracks, and how to use it for capacity planning." }, { "title": "Preventive Maintenance Planning", "summary": "Scheduling maintenance that prevents failures instead of just responding to them." }, { "title": "Emergency Response & Incident Management", "summary": "Runbooks and escalation paths for critical system failures." }, { "title": "SLA Metrics & Performance Tracking", "summary": "Defining and reporting the metrics stakeholders actually care about." }, { "title": "Energy Management & Efficiency Optimization", "summary": "Cutting operating cost through smarter energy management, not just better equipment." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-operations-management", "faqs": [ { "question": "What are SOPs, MOPs and EOPs?", "answer": "Standard operating procedures (SOPs) cover routine tasks. Methods of procedure (MOPs) are step-by-step plans for specific maintenance or change work, including backout steps. Emergency operating procedures (EOPs) tell staff what to do during failures. Together they make operations repeatable and reduce human error." }, { "question": "How are data center SLAs usually measured?", "answer": "Common metrics include availability of power and cooling, environmental conditions at the rack, response and resolution times for incidents and completion of scheduled maintenance. The SLA Metrics & Performance Tracking module covers how to define and report them." }, { "question": "Who should take this program?", "answer": "Facility managers, operations directors, shift leads and engineers moving into operations leadership. It is also useful for colocation and enterprise teams formalizing their operations program." }, { "question": "What does data center operations management cover?", "answer": "It covers how a facility is run day to day: staffing and shift handovers, maintenance planning, change management, incident response, monitoring through DCIM and BMS, SLA reporting and energy management. This program works through each area as a full curriculum for supervisors and managers." } ], "related_course_ids": [ "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning", "building-maintenance-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "security-compliance-data-centers", "catalog_number": 404, "title": "Security & Compliance for Data Centers", "url": "https://datacentertraining.us/courses/security-compliance-data-centers.html", "api_url": "https://datacentertraining.us/api/v1/courses/security-compliance-data-centers.json", "track": "Security & Compliance Track", "category": "Security & Compliance", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 291.99, "currency": "USD", "standards": [ "SOC 2", "ISO 27001" ], "summary": "Build a facility security program that satisfies SOC 2, ISO 27001, and physical audit requirements.", "description": "Data center security spans two very different disciplines — physical security architecture and facility cybersecurity — and most compliance frameworks expect both to work together. This course covers physical security design (access control, surveillance, perimeter), facility cybersecurity fundamentals, and the regulatory frameworks (SOC 2, ISO 27001, HIPAA, PCI-DSS) that shape audit requirements. You'll build a security roadmap and facility-specific security policy using the audit framework development, compliance policy templates, and vendor evaluation strategies covered throughout the course — not generic advice, but the actual deliverables an auditor expects to see. The course also covers incident response planning and business continuity for security events, so your program covers detection and response, not just prevention.", "why_it_matters": "Data center customers increasingly require proof of security, not just promises. SOC 2 reports, ISO/IEC 27001 certification, PCI DSS assessments and HIPAA obligations all include physical safeguards, and many also reach into facility systems such as building controls, badge systems and camera networks, which can be entry points for cyberattacks. Passing an audit takes more than good equipment. Controls must be designed, operated consistently and documented, and incident response plans must exist and be tested. This program covers physical security architecture, access control and surveillance, cybersecurity for facility systems, the main regulatory frameworks, incident response planning and compliance audit procedures.", "audience": "Security managers, compliance officers, and facility leads preparing for a security audit.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Design a layered physical security program (access control, surveillance, perimeter)", "Map facility security controls to SOC 2, ISO 27001, HIPAA, and PCI-DSS requirements", "Build a facility-specific security policy and audit-ready documentation", "Evaluate physical security and cybersecurity vendors against compliance criteria", "Develop an incident response plan for physical and cyber-physical security events", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Physical Security Architecture", "summary": "Layering perimeter, building, and data-hall security controls." }, { "title": "Access Control & Surveillance Systems", "summary": "Selecting and operating access control and surveillance systems." }, { "title": "Cybersecurity Fundamentals for Facility Systems", "summary": "Where facility systems (BMS, access control) create cyber-physical risk." }, { "title": "Regulatory Framework Overview (SOC 2, ISO 27001, HIPAA, PCI-DSS)", "summary": "What each framework actually requires from facility security controls." }, { "title": "Incident Response Planning", "summary": "Building a response plan for both physical and cyber-physical incidents." }, { "title": "Compliance Audit Procedures", "summary": "Preparing documentation and evidence for a facility security audit." } ], "bundles": [ { "id": "bundle-security-compliance", "name": "Security & Compliance Bundle", "price_usd": 400.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=security-compliance-data-centers", "faqs": [ { "question": "What is the difference between SOC 2 and ISO 27001?", "answer": "SOC 2 is an attestation report issued by an independent CPA firm against the AICPA Trust Services Criteria. ISO/IEC 27001 is an international standard for information security management systems, with certification by an accredited body. Both include physical security controls, and many data centers maintain both." }, { "question": "Why do facility systems need cybersecurity?", "answer": "Building management, power monitoring, badge and camera systems are often connected to networks. If they are poorly secured, attackers can use them to disrupt operations or reach other systems. The course has a dedicated module on cybersecurity for facility systems." }, { "question": "Does this course prepare my facility for an audit?", "answer": "It covers the frameworks, controls and audit procedures that auditors expect and how to prepare evidence. The audit itself is performed by an independent assessor or certification body." }, { "question": "Is there a data center security certification?", "answer": "There is no single required one. For people, common choices are ASIS International's Physical Security Professional (PSP) and Certified Protection Professional (CPP). For the facility, SOC 2 reports and ISO/IEC 27001 certification are audits of the organization, not credentials for staff. This course awards a certificate of completion and prepares staff for the controls those audits examine." }, { "question": "What does a data center security audit check?", "answer": "Auditors check that physical and logical controls exist and work as written: perimeter and building access, visitor and contractor escorts, badge and mantrap logs, CCTV coverage and retention, equipment chain of custody, periodic access reviews and incident records. Frameworks such as SOC 2, ISO/IEC 27001 and PCI DSS (Requirement 9 covers physical access) set the specific criteria." } ], "related_course_ids": [ "access-control-physical-security", "facility-environmental-compliance", "data-center-fire-suppression-safety", "data-center-physical-security-access-control" ], "last_updated": "2026-11-13" }, { "id": "power-systems-electrical-fundamentals", "catalog_number": 405, "title": "Power Systems & Electrical Fundamentals", "url": "https://datacentertraining.us/courses/power-systems-electrical-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/power-systems-electrical-fundamentals.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 303.99, "currency": "USD", "standards": [ "NFPA 70E" ], "summary": "Master data center electrical infrastructure — from utility interconnection to UPS and PDU architecture.", "description": "Power failures are the fastest way to take a data center offline, which is why electrical infrastructure gets more redundancy scrutiny than almost any other system. This course covers the full power chain: utility interconnection, switchgear and transformers, UPS systems (topologies, battery management, maintenance), PDU architecture, and redundancy strategy. Electrical safety and maintenance best practices run through every module — this isn't just architecture theory, it's paired with equipment evaluation frameworks, troubleshooting methodologies, and maintenance scheduling you can apply on the floor. You'll finish with a working understanding of electrical architecture trade-offs, so you can evaluate vendor proposals, troubleshoot power issues faster, and optimize your facility's power chain for both reliability and efficiency.", "why_it_matters": "Power problems are the leading cause of significant data center outages in industry surveys, which is why the electrical system gets more redundancy than almost anything else in the building. A single design or operating mistake anywhere from the utility service to the rack can drop critical load. This program follows the full power chain. It starts with utility interconnection and medium-voltage switchgear, moves through transformers, UPS systems and PDUs, and covers redundancy models such as N+1, 2N and distributed redundant designs. It also covers monitoring, maintenance and safety, including NFPA 70E. Electricians, power engineers and technicians come away understanding how each part affects availability and how to maintain it safely.", "audience": "Electricians, power engineers, and facilities technicians who work on or specify critical power systems.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Map a facility's full power chain from utility interconnection to the rack", "Compare UPS topologies and battery management approaches for a given load profile", "Apply PDU architecture and monitoring concepts to improve power visibility", "Evaluate redundancy strategies (N+1, 2N) against real electrical constraints", "Apply electrical safety and maintenance best practices to reduce failure risk", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Utility Interconnection & Distribution", "summary": "How utility power enters the facility and gets distributed to critical loads." }, { "title": "Transformers & Switchgear", "summary": "The equipment that steps down and routes power before it reaches UPS systems." }, { "title": "UPS Systems Design & Operation", "summary": "Topologies, battery chemistries, and maintenance schedules that keep UPS systems reliable." }, { "title": "PDU Architecture & Monitoring", "summary": "Getting rack-level power visibility without over-instrumenting." }, { "title": "Redundancy Strategies", "summary": "N+1 and 2N power redundancy, and where each makes sense." }, { "title": "Electrical Safety & Maintenance Best Practices", "summary": "NFPA 70E-aligned safety practices for working on or near critical power systems." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=power-systems-electrical-fundamentals", "faqs": [ { "question": "What does a typical data center power chain look like?", "answer": "Utility power enters through medium-voltage switchgear and is stepped down by transformers. It passes through switchboards to UPS systems, which provide ride-through during outages, then to PDUs and remote power panels, and finally to rack PDUs and servers. Generators back up the utility." }, { "question": "What is distributed redundancy?", "answer": "Distributed redundant designs, sometimes called 3-to-make-2 or 4-to-make-3, spread load across several UPS systems so that the failure of one can be absorbed by the others. They can offer high availability with less idle equipment than a full 2N design." }, { "question": "Who should take this program?", "answer": "Electricians, power engineers, facilities technicians and project engineers who work on or specify critical power systems, plus operations staff who want a full picture of the electrical infrastructure they rely on." } ], "related_course_ids": [ "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits", "data-center-arc-flash-safety" ], "last_updated": "2026-11-13" }, { "id": "cooling-systems-design-optimization", "catalog_number": 406, "title": "Cooling Systems Design & Optimization", "url": "https://datacentertraining.us/courses/cooling-systems-design-optimization.html", "api_url": "https://datacentertraining.us/api/v1/courses/cooling-systems-design-optimization.json", "track": "Cooling & Facilities Efficiency Track", "category": "Cooling & Efficiency", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 298.99, "currency": "USD", "standards": [ "PUE", "ASHRAE Thermal Guidelines" ], "summary": "Cut cooling costs and improve reliability with modern thermal management strategy.", "description": "Cooling is typically the second-largest line item in a data center's power bill, and the technology has moved fast — liquid cooling, containment, and free cooling have all become mainstream options in the last decade. This course covers CRAC/CRAH fundamentals, liquid cooling technologies (direct-to-chip, immersion), containment strategies, free cooling, and the thermal analysis behind PUE optimization. You'll work through cost-benefit analysis of different cooling technologies and energy modeling concepts, using case studies of facilities that achieved 30–50% energy improvements through better cooling strategy — not just newer equipment. The goal is a cooling optimization strategy you can actually implement: knowing which technology fits your facility's density and climate, and how to build the business case for the investment.", "why_it_matters": "Cooling usually uses more energy than anything in a data center except the IT load itself, and it is changing fast. Higher rack densities from AI and HPC workloads are pushing air cooling to its limits, and direct-to-chip liquid cooling, rear-door heat exchangers and containment are now common. Decisions made today have to fit both current racks and the next generation of hardware. Good cooling design is about matching the system to the load: getting cold air to server inlets without mixing, running at the warmer inlet temperatures allowed by the ASHRAE thermal guidelines (a recommended range of 18–27°C, or 64.4–80.6°F, for most equipment) and using economizers when the climate allows. This program covers CRAC/CRAH fundamentals, liquid cooling, containment and airflow management, free cooling, thermal modeling and the energy economics that connect cooling choices to PUE and operating costs.", "audience": "HVAC technicians, facilities engineers, and anyone accountable for PUE.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Compare CRAC/CRAH, liquid cooling, and free cooling for a given facility profile", "Design hot/cold aisle containment strategies that reduce mixing losses", "Apply thermal analysis and modeling concepts to identify cooling inefficiencies", "Calculate and benchmark PUE, and identify realistic optimization targets", "Build a cost-benefit case for a cooling technology upgrade", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "CRAC/CRAH System Fundamentals", "summary": "How computer room air conditioning/handling units actually work, and where they fall short at scale." }, { "title": "Liquid Cooling Technologies", "summary": "Direct-to-chip and immersion cooling — when the density numbers justify the switch." }, { "title": "Containment Strategies & Airflow Management", "summary": "Hot/cold aisle containment done right, and the common mistakes that undercut it." }, { "title": "Free Cooling & Hybrid Systems", "summary": "Using outside air and hybrid systems to cut mechanical cooling load." }, { "title": "Thermal Analysis & Modeling", "summary": "Reading airflow and heat-load data to find where cooling capacity is wasted." }, { "title": "PUE Optimization & Energy Economics", "summary": "Turning PUE from a reporting metric into an optimization target." } ], "bundles": [ { "id": "bundle-cooling-efficiency", "name": "Cooling & Facilities Efficiency Bundle", "price_usd": 462.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=cooling-systems-design-optimization", "faqs": [ { "question": "What is the difference between a CRAC and a CRAH?", "answer": "A CRAC (computer room air conditioner) has its own compressor and refrigeration circuit. A CRAH (computer room air handler) uses chilled water from a central plant and a fan to move air across a coil. The choice affects efficiency, redundancy and how the rest of the plant is designed." }, { "question": "Is liquid cooling replacing air cooling?", "answer": "Not entirely. Liquid cooling is growing quickly for high-density racks, especially for AI hardware, but most facilities will run a mix of air and liquid cooling for years. The course covers both and how to decide which fits a given load." }, { "question": "How does cooling design affect PUE?", "answer": "PUE is total facility energy divided by IT energy, and cooling is usually the largest non-IT load. Containment, higher supply temperatures and economizer hours can all lower cooling energy and PUE. The final module ties these choices to energy costs." } ], "related_course_ids": [ "hvac-troubleshooting-essentials", "energy-efficiency-pue-optimization", "mechanical-systems-maintenance", "data-center-cooling-refrigerant-safety", "building-envelope-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "disaster-recovery-business-continuity", "catalog_number": 407, "title": "Disaster Recovery & Business Continuity", "url": "https://datacentertraining.us/courses/disaster-recovery-business-continuity.html", "api_url": "https://datacentertraining.us/api/v1/courses/disaster-recovery-business-continuity.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 307.99, "currency": "USD", "standards": [ "RTO/RPO Frameworks" ], "summary": "Design resilient infrastructure and DR plans that survive real failures — not just tabletop exercises.", "description": "Most disaster recovery plans fail at the first real test — not because the technology is wrong, but because RTO/RPO targets were never validated against reality. This course covers RTO/RPO definition and measurement, redundant site strategies (hot/warm/cold), failover procedures, data replication, geographic distribution, and supply chain resilience. You'll build DR testing frameworks and failover simulation plans, along with vendor SLA development and crisis communication strategies — the operational pieces that get skipped when DR planning stays purely technical. By the end, you'll be able to design a resilient infrastructure architecture and a DR plan that's actually been stress-tested against realistic failure scenarios, not just documented and filed away.", "why_it_matters": "Disaster recovery depends on two numbers: the recovery time objective (RTO), how long a service can be down, and the recovery point objective (RPO), how much data can be lost. Many plans set these targets without testing whether the infrastructure, staff and vendors can actually meet them. Real events expose those gaps: a region-wide storm that affects both primary and backup sites, a vendor that cannot deliver fuel or parts, or a failover that works technically but was never practiced by the team on shift. This program covers RTO and RPO measurement, hot, warm and cold site strategies, failover and recovery procedures, geographically distributed infrastructure, DR testing and supply chain resilience.", "audience": "Operations and risk managers responsible for uptime commitments and DR planning.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Define and measure RTO/RPO targets against real business requirements", "Compare hot, warm, and cold site strategies for cost and recovery speed", "Build failover and recovery procedures across geographically distributed infrastructure", "Design a DR testing and validation framework that catches gaps before a real incident", "Develop vendor SLA and supply chain resilience requirements", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "RTO/RPO Definition & Measurement", "summary": "Setting recovery targets based on actual business impact, not guesswork." }, { "title": "Redundant Site Strategies (Hot/Warm/Cold)", "summary": "Choosing a site strategy that matches your RTO/RPO and budget." }, { "title": "Failover & Recovery Procedures", "summary": "Building runbooks for the failover event itself, not just the plan." }, { "title": "Geographically Distributed Infrastructure", "summary": "Data replication and distribution strategies across regions." }, { "title": "DR Testing & Validation", "summary": "Stress-testing a DR plan before you need it for real." }, { "title": "Supply Chain & Vendor Resilience", "summary": "Building resilience requirements into vendor contracts and SLAs." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=disaster-recovery-business-continuity", "faqs": [ { "question": "What is the difference between RTO and RPO?", "answer": "RTO is the maximum acceptable time to restore a service after a disruption. RPO is the maximum acceptable amount of data loss, measured as time since the last good copy. A service might have a four-hour RTO and a 15-minute RPO, for example." }, { "question": "What are hot, warm and cold sites?", "answer": "A hot site runs continuously and can take over almost immediately. A warm site has infrastructure in place but needs time to bring systems and data up to date. A cold site provides space and basic utilities only. Faster recovery costs more." }, { "question": "How often should a disaster recovery plan be tested?", "answer": "Most organizations test at least once a year and after significant changes, using a mix of tabletop exercises and technical failover tests. The DR Testing & Validation module covers how to design tests that show whether RTO and RPO targets are realistic." } ], "related_course_ids": [ "data-center-operations-management", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning", "building-maintenance-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "infrastructure-commissioning-startup", "catalog_number": 408, "title": "Infrastructure Commissioning & Startup", "url": "https://datacentertraining.us/courses/infrastructure-commissioning-startup.html", "api_url": "https://datacentertraining.us/api/v1/courses/infrastructure-commissioning-startup.json", "track": "Design, Planning & Commissioning Track", "category": "Design & Planning", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 267.99, "currency": "USD", "standards": [ "Commissioning Test Protocols" ], "summary": "Lead new facility launches and major upgrades with a proven commissioning framework.", "description": "A facility that passes commissioning on paper but fails in production is a commissioning process that missed something. This course covers the full commissioning lifecycle: pre-commissioning planning, electrical and mechanical systems testing, controls and automation commissioning, and performance baseline establishment. You'll work with commissioning checklists and test plan templates used on real facility launches, plus staff readiness assessment and vendor coordination — the operational handoff steps that determine whether a new facility actually performs once it's live. This course is built for the person accountable for a launch date: it gives you a repeatable framework so nothing gets missed between 'construction complete' and 'operationally ready.'", "why_it_matters": "Commissioning is where a data center proves it works as designed before live load arrives. Problems found at this stage, such as wrong breaker settings, controls that do not sequence correctly or cooling that cannot hold temperature at full load, are far cheaper to fix than after customers move in. Data center commissioning is usually done in levels: factory witness testing, delivery and installation checks, startup, functional performance testing of individual systems and finally integrated systems testing (IST), which fails utility power and other components while load banks simulate IT load. ASHRAE Guideline 0 describes the general commissioning process. This program covers pre-commissioning planning, electrical, mechanical and controls testing, performance baselines and operational readiness.", "audience": "Project leads and facility engineers overseeing a new build, expansion, or major system upgrade.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Build a pre-commissioning plan that sequences testing correctly", "Apply electrical and mechanical systems testing protocols before go-live", "Commission controls and automation systems with a documented test plan", "Establish performance baselines for post-occupancy comparison", "Assess operational readiness and coordinate vendor handoff before launch", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Pre-Commissioning Planning", "summary": "Sequencing testing so issues surface before they're expensive to fix." }, { "title": "Electrical Systems Testing & Verification", "summary": "Verifying electrical infrastructure performs as designed under load." }, { "title": "Mechanical Systems Testing", "summary": "Commissioning cooling and mechanical systems against design specifications." }, { "title": "Control Systems & Automation Commissioning", "summary": "Making sure BMS and automation systems are configured correctly before handoff." }, { "title": "Performance Baseline Establishment", "summary": "Capturing baseline data you'll need for post-occupancy optimization." }, { "title": "Operational Readiness Assessment", "summary": "Confirming staff and procedures are ready before the facility goes live." } ], "bundles": [ { "id": "bundle-design-planning", "name": "Design, Planning & Commissioning Bundle", "price_usd": 557.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=infrastructure-commissioning-startup", "faqs": [ { "question": "What is integrated systems testing (IST)?", "answer": "IST is the final level of commissioning. It tests how power, cooling, controls and fire systems work together under realistic conditions, such as a utility failure with load banks simulating full IT load. It shows whether the facility actually rides through failures as designed." }, { "question": "What are commissioning levels 1 through 5?", "answer": "They are a common way to structure data center commissioning: Level 1 factory testing, Level 2 delivery and installation inspection, Level 3 startup, Level 4 functional testing of each system and Level 5 integrated systems testing. Exact definitions vary by project." }, { "question": "Is commissioning only for new builds?", "answer": "No. Expansions, major equipment replacements and control upgrades also need commissioning, and recommissioning an existing facility can find problems that have developed over time." }, { "question": "What is commissioning and startup?", "answer": "Startup is the first energization and operation of a piece of equipment, usually by its manufacturer. Commissioning is the broader process that verifies each system, and all systems working together, meet the design intent before the facility carries live load. In data centers it is usually organized in five levels, ending with integrated systems testing." } ], "related_course_ids": [ "data-center-design-fundamentals", "tier-infrastructure-fundamentals", "capacity-planning-forecasting" ], "last_updated": "2026-11-13" }, { "id": "monitoring-automation-bms-systems", "catalog_number": 409, "title": "Monitoring, Automation & BMS Systems", "url": "https://datacentertraining.us/courses/monitoring-automation-bms-systems.html", "api_url": "https://datacentertraining.us/api/v1/courses/monitoring-automation-bms-systems.json", "track": "Monitoring & Smart Facility Track", "category": "Monitoring & Automation", "course_type": "comprehensive", "course_type_label": "Comprehensive Program", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 6, "price_usd": 276.99, "currency": "USD", "standards": [ "BMS", "DCIM" ], "summary": "Design a monitoring and BMS strategy that catches problems before they cause downtime.", "description": "A facility is only as observable as its monitoring strategy — and most downtime incidents were technically visible in the data well before they became outages. This course covers sensor deployment and calibration, network monitoring fundamentals, BMS architecture, data analytics and predictive modeling, and dashboard design. Hands-on labs cover monitoring tool training, data visualization, and alert tuning — because a monitoring system that generates too many false alerts gets ignored, and one that's too quiet misses real problems. You'll leave with a monitoring strategy framework built to reduce downtime, not just generate reports: the right sensors, the right thresholds, and dashboards that surface what actually matters.", "why_it_matters": "Many outages were visible in the data before they happened: a battery string temperature creeping up, a chiller's approach temperature drifting or a PDU branch slowly approaching its limit. The problem is usually not a lack of data but too many alarms, sensors in the wrong places and nobody looking at trends. A good monitoring strategy puts sensors where they measure what matters, such as rack inlet temperatures, keeps them calibrated, and turns the data into alarms people trust and dashboards that show trends. Building management systems (BMS), electrical power monitoring systems (EPMS) and DCIM each play a part, often connected through protocols such as BACnet, Modbus and SNMP. This program covers sensor deployment and calibration, network monitoring, BMS architecture, analytics and predictive modeling, automation scripting and dashboard design.", "audience": "Facilities engineers and technicians responsible for building management and monitoring systems.", "prerequisites": "No prior certification required. Assumes basic familiarity with facility systems.", "learning_outcomes": [ "Deploy and calibrate sensors for accurate facility monitoring", "Design a BMS architecture that scales with facility complexity", "Apply data analytics and predictive modeling concepts to catch failures early", "Build automation scripting basics into routine monitoring tasks", "Design dashboards and alerting that reduce noise without missing real issues", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Sensor Deployment & Calibration", "summary": "Getting accurate, reliable sensor data before you build anything on top of it." }, { "title": "Network Monitoring Fundamentals", "summary": "Monitoring the network infrastructure that connects facility systems." }, { "title": "Building Management System Architecture", "summary": "How BMS platforms are structured, and where the architecture choices matter." }, { "title": "Data Analytics & Predictive Modeling", "summary": "Using historical data to predict failures before they happen." }, { "title": "Automation Scripting Basics", "summary": "Automating routine monitoring and response tasks." }, { "title": "Dashboard Design & Reporting", "summary": "Building dashboards that surface signal, not noise." } ], "bundles": [ { "id": "bundle-monitoring-smart-facility", "name": "Monitoring & Smart Facility Bundle", "price_usd": 333.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=monitoring-automation-bms-systems", "faqs": [ { "question": "What is alarm fatigue and how do you prevent it?", "answer": "Alarm fatigue happens when staff see so many nuisance or low-value alarms that they start ignoring them, including real ones. Preventing it involves setting sensible thresholds, grouping related alarms, assigning priorities and regularly reviewing which alarms led to action." }, { "question": "Where should temperature sensors be placed in a data hall?", "answer": "ASHRAE recommends measuring at the air inlets of IT equipment, since that is the condition the equipment actually experiences. Sensors at several heights on the front of racks are common. Return air readings alone can hide hot spots." }, { "question": "What is the difference between BMS, EPMS and DCIM?", "answer": "A BMS monitors and controls mechanical and building systems. An EPMS monitors the electrical system in detail, from switchgear to PDUs. DCIM brings asset, capacity and environmental data together for planning and management. Many facilities use all three together." } ], "related_course_ids": [ "dcim-platform-fundamentals", "fiber-optics-network-cabling", "building-automation-systems-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "hvac-troubleshooting-essentials", "catalog_number": 421, "title": "HVAC Systems Troubleshooting Essentials", "url": "https://datacentertraining.us/courses/hvac-troubleshooting-essentials.html", "api_url": "https://datacentertraining.us/api/v1/courses/hvac-troubleshooting-essentials.json", "track": "Cooling & Facilities Efficiency Track", "category": "Cooling & Efficiency", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Hands-on troubleshooting skills for CRAC/CRAH systems and common cooling failures.", "description": "Built for technicians who need practical troubleshooting skills, not design theory. This course covers refrigeration cycle fundamentals, psychrometrics basics, and hands-on CRAC/CRAH diagnostics — the skills you use during an actual cooling failure, not just a scheduled inspection. You'll work through common failure modes, airflow measurement techniques, and a preventive maintenance schedule you can apply immediately, plus emergency troubleshooting procedures for when cooling capacity drops unexpectedly.", "why_it_matters": "When a cooling unit fails in a data hall, temperatures can rise quickly, especially in high-density rows. The technician on site needs to find the cause fast: a failed compressor, a refrigerant problem, a stuck valve, a bad sensor or a controls issue. Guessing and swapping parts wastes time the room does not have. Effective troubleshooting starts with the refrigeration cycle and the numbers that describe it, such as pressures, superheat and subcooling, plus enough psychrometrics to understand dew point and humidity. It also means knowing the difference between direct-expansion CRAC units and chilled-water CRAH units. This course covers refrigeration cycle fundamentals, CRAC/CRAH diagnostics, common failures and maintenance practices that prevent repeat problems.", "audience": "HVAC technicians working on data center cooling equipment.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Diagnose common CRAC/CRAH failure modes quickly and accurately", "Apply refrigeration cycle fundamentals to real troubleshooting scenarios", "Measure airflow correctly to identify cooling distribution problems", "Build a preventive maintenance schedule that reduces emergency callouts", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Refrigeration Cycle Fundamentals", "summary": "The refrigeration cycle basics behind every CRAC/CRAH diagnostic." }, { "title": "CRAC/CRAH Diagnostics", "summary": "Reading unit diagnostics to isolate a failure fast." }, { "title": "Common Failures & Troubleshooting", "summary": "The failure modes technicians see most often, and how to fix them." }, { "title": "Maintenance Best Practices", "summary": "A preventive schedule that catches problems before they're emergencies." } ], "bundles": [ { "id": "bundle-cooling-efficiency", "name": "Cooling & Facilities Efficiency Bundle", "price_usd": 462.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=hvac-troubleshooting-essentials", "faqs": [ { "question": "What are superheat and subcooling?", "answer": "Superheat is how much the refrigerant vapor temperature is above its boiling point at the evaporator outlet. Subcooling is how much the liquid is below its condensing temperature at the condenser outlet. Together they help diagnose charge problems, restrictions and valve issues." }, { "question": "Why does humidity matter in a data center?", "answer": "High humidity can cause condensation and corrosion, while very low humidity increases static discharge risk. ASHRAE's thermal guidelines give recommended ranges based on dew point and relative humidity, and cooling units must be tuned to stay within them." }, { "question": "Is this a design course?", "answer": "No. It is built for technicians who need practical diagnostic skills. For system design and optimization, see Cooling Systems Design & Optimization." } ], "related_course_ids": [ "cooling-systems-design-optimization", "energy-efficiency-pue-optimization", "mechanical-systems-maintenance", "data-center-cooling-refrigerant-safety", "building-envelope-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "ups-operations-load-testing", "catalog_number": 422, "title": "UPS Operations & Load Testing", "url": "https://datacentertraining.us/courses/ups-operations-load-testing.html", "api_url": "https://datacentertraining.us/api/v1/courses/ups-operations-load-testing.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Master UPS operations, battery testing, and load-bank procedures.", "description": "Focused, practical training on UPS systems: types and topologies, battery backup operation and testing, load transfer switching, and preventive maintenance. The course culminates in load-bank testing protocols — the procedure that actually proves a UPS will perform when it's needed. You'll leave with a maintenance schedule and testing routine you can run independently, plus emergency procedures for when a UPS doesn't perform as expected.", "why_it_matters": "A UPS carries the entire critical load through the seconds between a utility failure and generator pickup, and through every power disturbance in between. Most UPS failures during an outage come from problems that could have been found earlier: weak batteries, a bypass that was left in the wrong position or a system that was never tested at full load. Operating a UPS safely means understanding transfers between inverter, static bypass and maintenance bypass, and following a written procedure every time, because a wrong switch sequence can drop load. Load-bank testing proves the UPS and batteries can carry rated load for the expected runtime. This course covers UPS types and topologies, battery management and testing, load transfer procedures and load-bank testing and maintenance.", "audience": "Power technicians responsible for UPS operation and maintenance.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Compare UPS types and topologies for a given load profile", "Test and maintain UPS batteries on a defined schedule", "Execute safe load transfer switching procedures", "Run load-bank tests and interpret the results correctly", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "UPS Types & Topologies", "summary": "Online, line-interactive, and standby UPS — how to pick the right one." }, { "title": "Battery Management & Testing", "summary": "Testing schedules that catch battery degradation before failure." }, { "title": "Load Transfer Procedures", "summary": "Switching load safely without an unplanned interruption." }, { "title": "Load-Bank Testing & Maintenance Lab", "summary": "Proving UPS capacity under real load, hands-on." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=ups-operations-load-testing", "faqs": [ { "question": "What is the difference between static bypass and maintenance bypass?", "answer": "Static bypass is an automatic, electronic path inside the UPS that transfers load to the bypass source if the inverter faults or is overloaded. Maintenance bypass is a manual switching arrangement that routes power around the UPS entirely so it can be serviced safely." }, { "question": "Why load-bank test a UPS?", "answer": "A load-bank test runs the UPS at a controlled load to confirm it can carry its rating and that the batteries provide the expected runtime. It finds weak cells, connection problems and thermal issues before a real outage does." }, { "question": "Should I take UPS Systems Fundamentals first?", "answer": "It helps. UPS Systems Fundamentals covers topology types, battery interaction and control panels at a theory level, which makes the procedures in this hands-on course easier to follow." }, { "question": "Is this course UPS technician training?", "answer": "It is operator-level UPS training: topologies, battery testing, load transfers and load-bank testing. It prepares facility technicians to operate and test UPS systems safely. It does not replace a manufacturer's field-service training, which is usually required to repair a specific UPS model." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits", "data-center-arc-flash-safety" ], "last_updated": "2026-11-13" }, { "id": "fiber-optics-network-cabling", "catalog_number": 423, "title": "Fiber Optics & Network Cabling", "url": "https://datacentertraining.us/courses/fiber-optics-network-cabling.html", "api_url": "https://datacentertraining.us/api/v1/courses/fiber-optics-network-cabling.json", "track": "Monitoring & Smart Facility Track", "category": "Monitoring & Automation", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "ANSI/TIA-942" ], "summary": "Terminate, test, and troubleshoot data center fiber to ANSI/TIA-942 standards.", "description": "A technical, hands-on curriculum covering multi-mode and single-mode fiber, connector types (LC, SC, MTP/MPO), fiber plant design, termination, splicing, and OTDR testing. Every technique is grounded in ANSI/TIA-942 data center cabling standards, so what you learn maps directly to audit and design requirements. By the end, you'll be able to terminate and test fiber connections independently and troubleshoot connectivity issues without waiting on a specialist.", "why_it_matters": "Data center networks run on fiber, and speeds keep rising: 100G and 400G links are common and 800G is arriving. Higher speeds leave less margin for loss, so a dirty connector, a tight bend or a poor splice that was harmless at 10G can cause errors or link failures now. Contaminated connector end-faces are one of the most common causes of fiber problems. Good fiber work depends on standards and testing. ANSI/TIA-942 defines the structured cabling layout for data centers, from the entrance room through distribution areas to equipment. Technicians need to know multimode types (OM3, OM4, OM5), single-mode (OS2), connector types such as LC and MPO/MTP, and how to certify links with loss testing and an OTDR. This course covers fiber types and standards, termination and splicing, testing and troubleshooting, and TIA-942 cabling structure.", "audience": "Network technicians and cabling crews working on data center fiber plant.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Identify the right fiber type and connector for a given application", "Terminate and splice fiber to data center standards", "Run OTDR testing and interpret results to isolate faults", "Apply ANSI/TIA-942 cabling standards to plant design and documentation", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Fiber Types & Standards", "summary": "Multi-mode vs. single-mode, and matching fiber type to application." }, { "title": "Termination & Splicing", "summary": "Hands-on termination and splicing technique." }, { "title": "Testing & Troubleshooting", "summary": "OTDR testing to isolate faults fast." }, { "title": "ANSI/TIA-942 Cabling Standards", "summary": "Designing and documenting a fiber plant to standard." } ], "bundles": [ { "id": "bundle-monitoring-smart-facility", "name": "Monitoring & Smart Facility Bundle", "price_usd": 333.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=fiber-optics-network-cabling", "faqs": [ { "question": "What is the difference between single-mode and multimode fiber?", "answer": "Multimode fiber has a larger core and is used for shorter links, usually within a data hall. Single-mode fiber has a much smaller core and supports much longer distances, so it is used between buildings, campuses and increasingly inside large facilities for high-speed links." }, { "question": "What is an OTDR used for?", "answer": "An optical time-domain reflectometer sends light pulses into a fiber and measures what reflects back. It shows the location and loss of connectors, splices, bends and breaks along the link, which makes it the main tool for troubleshooting and documenting fiber runs." }, { "question": "Why are MPO/MTP connectors common in data centers?", "answer": "MPO/MTP connectors hold many fibers in one connector. They support the parallel optics used in many high-speed links and make high-density trunk cabling faster to install and reconfigure." } ], "related_course_ids": [ "monitoring-automation-bms-systems", "dcim-platform-fundamentals", "building-automation-systems-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "generator-operations-maintenance", "catalog_number": 424, "title": "Generator Operations & Maintenance", "url": "https://datacentertraining.us/courses/generator-operations-maintenance.html", "api_url": "https://datacentertraining.us/api/v1/courses/generator-operations-maintenance.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Size, test, and maintain backup generators with confidence.", "description": "Specialized training on diesel generators: sizing calculations, load-bank testing protocols, fuel management, and cold-start procedures. This is the last line of defense when utility and UPS power both fail, and this course makes sure you're ready to run it correctly under pressure. You'll cover maintenance intervals and emergency operation procedures, and finish able to conduct generator exercises and pass load-bank tests independently.", "why_it_matters": "Generators are the last line of defense when both utility power and UPS batteries are exhausted, and they often run only during tests. That makes disciplined testing and maintenance essential: a generator that has not been proven under load cannot be assumed to work during an emergency. NFPA 110 sets testing and maintenance requirements for emergency and standby power systems, including regular exercising under load. Load-bank testing verifies that the generator can carry its rated load and helps burn off the deposits that build up during light-load running. Fuel management, including storage, polishing, sampling and resupply contracts, determines how long the site can run. This course covers generator sizing, load-bank testing procedures, fuel management and emergency startup protocols.", "audience": "Facilities technicians responsible for backup power systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Calculate generator sizing requirements for a given critical load", "Run load-bank testing protocols and interpret results", "Manage fuel systems and maintenance intervals correctly", "Execute cold-start and emergency operation procedures confidently", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Generator Sizing & Specifications", "summary": "Sizing a generator correctly for the critical load it needs to carry." }, { "title": "Load-Bank Testing Procedures", "summary": "Proving generator capacity under real load conditions." }, { "title": "Fuel Management & Maintenance", "summary": "Fuel quality, storage, and maintenance intervals that prevent startup failures." }, { "title": "Emergency Startup Protocols", "summary": "Cold-start procedures for when it matters most." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=generator-operations-maintenance", "faqs": [ { "question": "What is a load-bank test?", "answer": "A load-bank test connects the generator to an artificial electrical load so it can be run at a controlled percentage of its rating without depending on the facility's actual load. It proves capacity, reveals problems such as overheating and helps prevent wet stacking." }, { "question": "How long can a data center run on generators?", "answer": "It depends on fuel storage and resupply. Many facilities store enough fuel for 24 to 72 hours or more at full load and have priority delivery contracts. The Fuel Management module covers how to plan and verify runtime." }, { "question": "What does generator sizing involve?", "answer": "Sizing matches the generator's rating to the load it must carry, including motor starting currents, UPS input characteristics, future growth and site conditions such as altitude and temperature. An undersized generator may fail to accept load; an oversized one may run too lightly." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "electrical-safety-best-practices", "batteries-dc-circuits", "data-center-arc-flash-safety" ], "last_updated": "2026-11-13" }, { "id": "energy-efficiency-pue-optimization", "catalog_number": 425, "title": "Energy Efficiency & PUE Optimization", "url": "https://datacentertraining.us/courses/energy-efficiency-pue-optimization.html", "api_url": "https://datacentertraining.us/api/v1/courses/energy-efficiency-pue-optimization.json", "track": "Cooling & Facilities Efficiency Track", "category": "Cooling & Efficiency", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "PUE" ], "summary": "Cut operating costs with a measurable PUE optimization roadmap.", "description": "Focused on reducing operating costs: PUE calculation and benchmarking, energy audit procedures, and equipment efficiency ratings. This course pairs optimization strategies with financial modeling, so every recommendation comes with a cost-benefit case attached. Using real case studies and practical tools, you'll leave with an energy reduction roadmap built around measurable ROI, not just best-practice checklists.", "why_it_matters": "Power is one of the largest operating costs in a data center, and every kilowatt spent on cooling, power conversion losses and lighting is a kilowatt that does not run IT equipment. Power usage effectiveness (PUE), defined by The Green Grid and standardized in ISO/IEC 30134-2, measures that overhead as total facility energy divided by IT equipment energy. Efficiency projects compete for budget with everything else, so they need a clear financial case. Raising supply air temperatures, sealing airflow gaps, adding economizer hours or replacing old UPS modules can each save energy, but the savings, cost and risk differ. This course covers PUE calculation and benchmarking, energy audit procedures, efficiency strategies and cost-benefit analysis so each recommendation comes with numbers attached.", "audience": "Facility managers accountable for energy costs and sustainability targets.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Calculate and benchmark PUE against industry standards", "Run an energy audit procedure end to end", "Identify equipment efficiency upgrades with the strongest ROI", "Build a financial model to justify energy efficiency investment", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "PUE Calculation & Benchmarking", "summary": "Calculating PUE correctly and benchmarking it against comparable facilities." }, { "title": "Energy Audit Procedures", "summary": "Running a structured energy audit that finds real savings." }, { "title": "Efficiency Improvement Strategies", "summary": "Prioritizing efficiency upgrades by impact and cost." }, { "title": "Cost-Benefit Analysis", "summary": "Building the financial case for an efficiency investment." } ], "bundles": [ { "id": "bundle-cooling-efficiency", "name": "Cooling & Facilities Efficiency Bundle", "price_usd": 462.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=energy-efficiency-pue-optimization", "faqs": [ { "question": "How is PUE calculated?", "answer": "PUE equals total facility energy divided by IT equipment energy over the same period. A PUE of 1.5 means that for every 1 kWh used by IT equipment, another 0.5 kWh goes to cooling, power losses and other overhead. Annual measurement gives the most meaningful comparison." }, { "question": "What is a good PUE?", "answer": "It depends on climate, design, age and load level. Large new facilities often design for PUEs well below 1.3, while many older or smaller sites run higher. Comparing your facility to its own history and to similar sites is more useful than a single target number." }, { "question": "Is PUE the only efficiency metric?", "answer": "No. PUE does not measure how efficiently IT equipment itself works, and it does not cover water or carbon. The Green Grid also defines WUE (water usage effectiveness) and CUE (carbon usage effectiveness), which many teams track alongside PUE." } ], "related_course_ids": [ "cooling-systems-design-optimization", "hvac-troubleshooting-essentials", "mechanical-systems-maintenance", "data-center-cooling-refrigerant-safety", "building-envelope-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "capacity-planning-forecasting", "catalog_number": 426, "title": "Capacity Planning & Forecasting", "url": "https://datacentertraining.us/courses/capacity-planning-forecasting.html", "api_url": "https://datacentertraining.us/api/v1/courses/capacity-planning-forecasting.json", "track": "Design, Planning & Commissioning Track", "category": "Design & Planning", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Build a 3–5 year capacity plan before you run out of power, cooling, or space.", "description": "Strategic planning for growth: workload characterization, power and cooling demand forecasting, and infrastructure constraint analysis. This course gives you the frameworks to see capacity constraints coming years before they become emergencies. You'll build phased expansion plans and financial models, and finish with the ability to develop 3–5 year capacity plans and growth scenarios your leadership team can actually plan around.", "why_it_matters": "Data centers rarely run out of floor space first. They run out of power, cooling or both, often while rack positions are still empty. Rising rack densities for AI and high-performance workloads have made this faster: a row designed for 5–10 kW per rack cannot simply absorb racks that draw several times that. Capacity problems are expensive when discovered late. Adding utility service, switchgear or chillers can take many months or years, so planners need forecasts well before they are out of headroom. Stranded capacity, where power is available but cooling is not (or the reverse), wastes investment. This course covers workload characterization, power and cooling demand forecasting, constraint analysis and expansion planning, so you can see limits coming and make the case for investment on time.", "audience": "Facility and IT planners responsible for growth forecasting.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Characterize workloads to forecast power and cooling demand accurately", "Identify infrastructure constraints before they become capacity emergencies", "Build a phased expansion plan aligned to a growth forecast", "Present capacity scenarios and financial models to leadership", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Workload Characterization", "summary": "Understanding what's actually driving power and cooling demand." }, { "title": "Power & Cooling Demand Forecasting", "summary": "Forecasting demand growth before it outpaces capacity." }, { "title": "Constraint Analysis", "summary": "Identifying which constraint — power, cooling, or space — will bind first." }, { "title": "Expansion Planning Frameworks", "summary": "Turning a forecast into a phased, fundable expansion plan." } ], "bundles": [ { "id": "bundle-design-planning", "name": "Design, Planning & Commissioning Bundle", "price_usd": 557.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=capacity-planning-forecasting", "faqs": [ { "question": "What is stranded capacity?", "answer": "Stranded capacity is power, cooling or space that exists but cannot be used because another resource has run out. For example, a room might have spare UPS capacity but no cooling left in that zone. Constraint analysis helps find and recover it." }, { "question": "How far ahead should a data center forecast capacity?", "answer": "Far enough to cover the lead time of the largest upgrade you might need. Utility upgrades, generators and major cooling plant changes can take a long time to design, procure and install, so many teams plan on multi-year horizons and update the forecast regularly." }, { "question": "Who is this course for?", "answer": "Facility and IT planners, capacity managers and engineering leads responsible for growth forecasts, expansion budgets or deciding where new customer or workload deployments can go." } ], "related_course_ids": [ "data-center-design-fundamentals", "tier-infrastructure-fundamentals", "infrastructure-commissioning-startup" ], "last_updated": "2026-11-13" }, { "id": "preventive-maintenance-planning", "catalog_number": 427, "title": "Preventive Maintenance Planning", "url": "https://datacentertraining.us/courses/preventive-maintenance-planning.html", "api_url": "https://datacentertraining.us/api/v1/courses/preventive-maintenance-planning.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Reduce emergency repairs with a structured preventive maintenance program.", "description": "An essential maintenance program: equipment lifecycle management, preventive maintenance scheduling, and predictive maintenance concepts. This course focuses on the documentation and tracking systems that make a maintenance program sustainable, not just a one-time schedule. You'll leave with maintenance calendars built around your own equipment inventory, and a framework for reducing emergency repairs over time.", "why_it_matters": "Without preventive maintenance, a data center runs until something fails, and in a critical facility that can be very costly. With too much maintenance, or poorly planned maintenance, the work itself becomes a risk, because many incidents happen while equipment is in maintenance mode or during the return to service. A sustainable program balances scheduled preventive tasks with predictive techniques such as infrared thermography, vibration analysis and oil analysis, which show when equipment actually needs attention. It relies on good records in a CMMS. NFPA 70B, which became a mandatory standard in its 2023 edition, now requires an electrical maintenance program for covered equipment. This course covers equipment lifecycle, maintenance scheduling, predictive maintenance basics and documentation.", "audience": "Facilities staff building or improving a maintenance program.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Map equipment lifecycle stages to a maintenance schedule", "Apply predictive maintenance concepts alongside preventive scheduling", "Build maintenance documentation and tracking systems that stick", "Reduce emergency repair frequency through structured planning", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Equipment Lifecycle Fundamentals", "summary": "Understanding where equipment sits in its lifecycle before it fails." }, { "title": "Maintenance Scheduling", "summary": "Building a schedule that matches maintenance frequency to actual risk." }, { "title": "Predictive Maintenance Basics", "summary": "Using condition data to maintain on need, not just on calendar." }, { "title": "Documentation & Tracking", "summary": "Tracking systems that make a maintenance program auditable and sustainable." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=preventive-maintenance-planning", "faqs": [ { "question": "What is the difference between preventive and predictive maintenance?", "answer": "Preventive maintenance is done on a fixed schedule, such as quarterly inspections. Predictive maintenance uses condition data, such as thermal imaging or vibration readings, to decide when maintenance is needed. Most strong programs combine both." }, { "question": "What is NFPA 70B?", "answer": "NFPA 70B covers maintenance of electrical equipment. In its 2023 edition it changed from a recommended practice to a standard, requiring an electrical maintenance program and setting maintenance intervals based on equipment condition." }, { "question": "Why does maintenance documentation matter?", "answer": "Records show what was done, what was found and when equipment is due next. They support trend analysis, warranty claims, audits and budgeting. The Documentation & Tracking module covers how to build this into a system your team will keep using." }, { "question": "What is an equipment maintenance program?", "answer": "It is the written system an organization uses to keep assets reliable: an equipment inventory, the tasks and intervals for each asset, who performs them, how work orders are scheduled and closed, and how results are recorded and reviewed. In a data center it also includes methods of procedure (MOPs) for maintaining live systems without causing an outage." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning", "building-maintenance-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "facility-environmental-compliance", "catalog_number": 428, "title": "Facility Environmental Compliance", "url": "https://datacentertraining.us/courses/facility-environmental-compliance.html", "api_url": "https://datacentertraining.us/api/v1/courses/facility-environmental-compliance.json", "track": "Security & Compliance Track", "category": "Security & Compliance", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Understand the environmental regulations that apply to your facility.", "description": "Regulatory basics for facility managers: environmental regulations overview, permit and reporting requirements, and compliance audit procedures. Includes compliance checklist templates you can adapt to your facility's specific permit obligations. By the end, you'll understand the regulatory landscape well enough to know what applies to your facility and when to bring in specialized counsel.", "why_it_matters": "Data centers have more environmental obligations than many people expect. Standby diesel generators often need air permits and are subject to EPA engine rules that limit non-emergency run hours. Large fuel storage can require a Spill Prevention, Control, and Countermeasure (SPCC) plan. Batteries, refrigerants, stormwater and hazardous waste can all bring their own reporting and record-keeping requirements. Missed reports and expired permits can lead to fines and, in some cases, limits on running generators when you need them. Requirements also vary by state and local agency, so each facility needs its own register of obligations. This course gives facility managers an overview of the main environmental regulations, permit and reporting requirements, compliance audit procedures and documentation practices, with checklist templates you can adapt to your permits.", "audience": "Facility managers responsible for environmental permits and reporting.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Identify which environmental regulations apply to your facility type", "Understand permit and reporting requirements and deadlines", "Run an internal compliance audit using a structured checklist", "Build documentation practices that hold up under regulatory review", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Environmental Regulations Overview", "summary": "The environmental regulations most likely to apply to a data center facility." }, { "title": "Permit & Reporting Requirements", "summary": "Understanding permit obligations and reporting deadlines." }, { "title": "Compliance Audit Procedures", "summary": "Running an internal audit before a regulator does." }, { "title": "Documentation Best Practices", "summary": "Recordkeeping that holds up under review." } ], "bundles": [ { "id": "bundle-security-compliance", "name": "Security & Compliance Bundle", "price_usd": 400.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=facility-environmental-compliance", "faqs": [ { "question": "Do data center generators need environmental permits?", "answer": "Often, yes. Depending on engine size, number of engines and location, standby generators may need a state or local air permit and must meet federal engine standards. Emergency engines generally have limits on hours for maintenance and testing. Your permit and local agency set the specific terms." }, { "question": "What is an SPCC plan?", "answer": "A Spill Prevention, Control, and Countermeasure plan is required by EPA for facilities that store more than set thresholds of oil, including diesel fuel, above ground and could reasonably discharge to navigable waters. It describes how spills are prevented, contained and cleaned up." }, { "question": "Does this course replace legal or permit advice?", "answer": "No. It explains common regulations and how to build a compliance program. Your permits, state regulators and environmental counsel remain the authority on your facility's specific obligations." } ], "related_course_ids": [ "security-compliance-data-centers", "access-control-physical-security", "data-center-fire-suppression-safety", "data-center-physical-security-access-control" ], "last_updated": "2026-11-13" }, { "id": "incident-response-troubleshooting", "catalog_number": 429, "title": "Incident Response & Troubleshooting", "url": "https://datacentertraining.us/courses/incident-response-troubleshooting.html", "api_url": "https://datacentertraining.us/api/v1/courses/incident-response-troubleshooting.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Systematic troubleshooting and root-cause analysis to cut MTTR.", "description": "Practical troubleshooting for technicians: systematic problem-solving, root cause analysis techniques, and failure mode recognition. This course focuses on the process behind fast, accurate troubleshooting — not just the systems themselves. You'll build escalation procedures and documentation habits that reduce mean time to resolution, plus a troubleshooting tree you can adapt to your own facility's systems.", "why_it_matters": "During an incident, the pressure is to restore service fast. Without a clear method, teams can chase symptoms, make changes that create a second failure or restore service without understanding what happened, so the same problem comes back next month. Good incident response has a repeatable process: stabilize, gather facts, form and test hypotheses, escalate at the right time and communicate clearly. Afterward, root cause analysis, using tools such as the 5 Whys, fishbone diagrams or fault trees, finds the underlying cause and the fix that prevents a repeat. This course covers troubleshooting methodology, root cause analysis, escalation and communication, and how to build a knowledge base so lessons are not lost.", "audience": "Technicians and engineers responsible for incident response.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply a systematic troubleshooting methodology under pressure", "Run root cause analysis that prevents repeat incidents", "Recognize common failure modes before they escalate", "Build escalation procedures and documentation that reduce MTTR", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Troubleshooting Methodology", "summary": "A repeatable process for diagnosing problems fast, under pressure." }, { "title": "Root Cause Analysis", "summary": "Getting past symptoms to the actual root cause." }, { "title": "Escalation & Communication", "summary": "Escalating incidents clearly, without losing time or context." }, { "title": "Knowledge Base Development", "summary": "Turning resolved incidents into a knowledge base that speeds up the next one." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=incident-response-troubleshooting", "faqs": [ { "question": "What is root cause analysis?", "answer": "Root cause analysis is a structured way to find the underlying reason a failure happened, not just the immediate symptom. The goal is a corrective action that stops the problem from recurring. Common methods include the 5 Whys, Ishikawa (fishbone) diagrams and fault tree analysis." }, { "question": "When should a technician escalate an incident?", "answer": "When the issue affects or threatens critical load, when it goes beyond their authority or skills, or when the cause is not clear within a set time. Clear escalation criteria remove the guesswork, and the Escalation & Communication module covers how to set them." }, { "question": "Who is this course for?", "answer": "Technicians, engineers and shift leads who respond to alarms and incidents in data centers or other critical facilities." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "business-continuity-disaster-recovery-planning", "building-maintenance-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "access-control-physical-security", "catalog_number": 430, "title": "Access Control & Physical Security", "url": "https://datacentertraining.us/courses/access-control-physical-security.html", "api_url": "https://datacentertraining.us/api/v1/courses/access-control-physical-security.json", "track": "Security & Compliance Track", "category": "Security & Compliance", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Practical security training for facility staff — access control, surveillance, and incident reporting.", "description": "Security training for facility staff: access control systems, surveillance equipment, threat identification, and emergency procedures. This is hands-on, operational training — how to run the systems day to day, not just design them. You'll cover incident reporting and chain of custody procedures, so security events are documented correctly from the moment they're identified.", "why_it_matters": "Most physical security failures in a data center are not break-ins. They are a badge that still works after a contractor's job ended, a door propped open during a delivery, a camera that stopped recording weeks ago, or a tailgater nobody challenged. Those gaps are operational, and the people who close them are the security officers and facilities staff who run the systems every shift. Auditors look for the same thing. SOC 2, ISO/IEC 27001 and PCI DSS assessments all ask for evidence that physical controls actually operate: access reviews, visitor logs, footage retention and incident records. When an incident does happen, how evidence and removed media are handled decides whether the facility can show what happened. This course focuses on running access control and surveillance day to day, recognizing threats early, and documenting incidents with a clean chain of custody.", "audience": "Security and facilities staff operating access control and surveillance systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Operate access control and surveillance systems confidently", "Identify and respond to common physical security threats", "Follow correct incident reporting and chain-of-custody procedures", "Apply emergency procedures for physical security incidents", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Access Control Systems Operation", "summary": "Day-to-day operation of badge and access control systems." }, { "title": "Surveillance Systems Basics", "summary": "Getting the most out of surveillance equipment without being overwhelmed by footage." }, { "title": "Threat Identification & Response", "summary": "Recognizing and responding to physical security threats correctly." }, { "title": "Incident Reporting & Chain of Custody", "summary": "Documenting incidents so evidence holds up later." } ], "bundles": [ { "id": "bundle-security-compliance", "name": "Security & Compliance Bundle", "price_usd": 400.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=access-control-physical-security", "faqs": [ { "question": "What is chain of custody and why does it matter in a data center?", "answer": "Chain of custody is the documented record of who held an item, such as a failed drive, a badge or recorded footage, from the moment it was collected until it was disposed of or handed over. Without it, a facility cannot prove that customer data or evidence was not tampered with, which matters for audits, customer contracts and any investigation." }, { "question": "How is this course different from Data Center Physical Security and Access Control Training?", "answer": "Data Center Physical Security and Access Control Training is the foundational course on badge basics, escorts and floor security posture. This course goes further into operating access control and surveillance systems, identifying and responding to threats, and reporting incidents. Many teams take the foundational course first." }, { "question": "Who should take this course?", "answer": "Security officers, facilities technicians and operations staff who administer badge systems, monitor cameras, escort visitors or respond to alarms. It also helps supervisors who have to produce access and incident records for audits." } ], "related_course_ids": [ "security-compliance-data-centers", "facility-environmental-compliance", "data-center-fire-suppression-safety", "data-center-physical-security-access-control" ], "last_updated": "2026-11-13" }, { "id": "dcim-platform-fundamentals", "catalog_number": 431, "title": "DCIM Platform Fundamentals", "url": "https://datacentertraining.us/courses/dcim-platform-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/dcim-platform-fundamentals.json", "track": "Monitoring & Smart Facility Track", "category": "Monitoring & Automation", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 5, "price_usd": 99.99, "currency": "USD", "standards": [ "DCIM" ], "summary": "Understand DCIM strategy and build the ROI case for implementation.", "description": "Platform-agnostic DCIM training: software-based infrastructure management, asset tracking, power/thermal modeling, and data visualization. Rather than teaching one vendor's tool, this course focuses on DCIM strategy — what to look for and why. You'll finish with a vendor evaluation framework and the ability to build the ROI business case for implementing a DCIM system in your own facility.", "why_it_matters": "Data center infrastructure management (DCIM) software is meant to give one view of assets, power, cooling and space. In practice, many deployments fall short because asset data is incomplete, integrations with power and cooling systems were never finished or the tool was chosen for features the team does not use. A good DCIM program starts with strategy: what questions it needs to answer, where the data will come from and who will keep it accurate. With that in place, DCIM can show available capacity by rack, model the effect of new deployments on power and cooling, and support planning and audits. This vendor-neutral course covers DCIM architecture, asset inventory, power and thermal modeling, reporting and analytics, and how to evaluate and select a platform.", "audience": "Facility and IT managers evaluating or implementing a DCIM platform.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand DCIM architecture and where it fits in facility operations", "Use asset inventory and tracking concepts to improve capacity visibility", "Apply power and thermal modeling concepts within a DCIM platform", "Evaluate DCIM vendors and build an implementation ROI case", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "DCIM Architecture & Benefits", "summary": "What a DCIM platform actually does, and where it earns its cost." }, { "title": "Asset Inventory & Tracking", "summary": "Tracking assets accurately enough to trust the data." }, { "title": "Power & Thermal Modeling", "summary": "Using DCIM data for power and thermal capacity modeling." }, { "title": "Reporting & Analytics", "summary": "Turning DCIM data into reports stakeholders actually use." }, { "title": "Vendor Evaluation & Selection", "summary": "Evaluating DCIM vendors against your facility's real requirements." } ], "bundles": [ { "id": "bundle-monitoring-smart-facility", "name": "Monitoring & Smart Facility Bundle", "price_usd": 333.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=dcim-platform-fundamentals", "faqs": [ { "question": "What does DCIM stand for?", "answer": "Data center infrastructure management. It refers to software that tracks physical assets and monitors or models power, cooling and space so operators and planners can manage capacity and changes." }, { "question": "Does this course teach a specific DCIM product?", "answer": "No. It is platform-agnostic and focuses on strategy, data and evaluation criteria so you can choose, implement or improve any DCIM platform." }, { "question": "What is the most common reason DCIM projects struggle?", "answer": "Data quality. If the asset inventory is not complete and kept current, capacity and modeling results cannot be trusted. The Asset Inventory & Tracking module covers how to build and maintain accurate data." } ], "related_course_ids": [ "monitoring-automation-bms-systems", "fiber-optics-network-cabling", "building-automation-systems-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "mechanical-systems-maintenance", "catalog_number": 432, "title": "Mechanical Systems & Equipment Maintenance", "url": "https://datacentertraining.us/courses/mechanical-systems-maintenance.html", "api_url": "https://datacentertraining.us/api/v1/courses/mechanical-systems-maintenance.json", "track": "Cooling & Facilities Efficiency Track", "category": "Cooling & Efficiency", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Hands-on mechanical maintenance — piping, chillers, and vibration diagnostics.", "description": "Mechanical operations for technicians: HVAC systems, piping, chiller operation, water treatment, and vibration analysis. Lab sessions include hands-on diagnostics, so the techniques transfer directly to your equipment. You'll leave with equipment maintenance protocols built around predictive maintenance and vendor coordination, reducing unplanned mechanical downtime.", "why_it_matters": "Chillers, pumps, cooling towers and piping keep a data center's heat moving out of the building. They run continuously, often for years without a full shutdown, so maintenance has to be planned carefully and done without losing cooling redundancy. Water quality and equipment condition cause many mechanical failures. Poor water treatment leads to scale, corrosion and biological growth, including Legionella risk in cooling towers, which ASHRAE Standard 188 addresses. Vibration analysis can find bearing wear, misalignment and imbalance in pumps and fans long before they fail. This course covers piping and water treatment, chiller operation and maintenance, vibration analysis and lifecycle planning with vendors.", "audience": "Mechanical technicians responsible for facility equipment maintenance.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Maintain piping systems and water treatment programs correctly", "Operate and maintain chillers to manufacturer and best-practice standards", "Use vibration analysis to catch mechanical problems before failure", "Build equipment maintenance protocols with vendor coordination built in", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Piping Systems & Water Treatment", "summary": "Water treatment practices that extend piping and equipment life." }, { "title": "Chiller Operation & Maintenance", "summary": "Operating and maintaining chillers for reliability and efficiency." }, { "title": "Vibration Analysis & Equipment Health", "summary": "Reading vibration data to catch mechanical failures early." }, { "title": "Lifecycle Planning & Vendor Coordination", "summary": "Coordinating vendor service around equipment lifecycle planning." } ], "bundles": [ { "id": "bundle-cooling-efficiency", "name": "Cooling & Facilities Efficiency Bundle", "price_usd": 462.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=mechanical-systems-maintenance", "faqs": [ { "question": "Why is water treatment important for data center cooling?", "answer": "Untreated water causes scale that reduces heat transfer, corrosion that damages pipes and equipment, and biological growth that fouls systems and can create health risks. A water treatment program keeps chillers and towers efficient and reliable." }, { "question": "What can vibration analysis detect?", "answer": "Vibration analysis can detect imbalance, misalignment, looseness, bearing wear and some electrical faults in rotating equipment such as pumps, fans and compressors, often months before failure." }, { "question": "How do you maintain a chiller without losing cooling?", "answer": "By planning around redundancy: confirming the remaining chillers can carry the load, following a method of procedure, scheduling during cooler conditions or lower load when possible, and having a backout plan. The course covers this within chiller operations and lifecycle planning." } ], "related_course_ids": [ "cooling-systems-design-optimization", "hvac-troubleshooting-essentials", "energy-efficiency-pue-optimization", "data-center-cooling-refrigerant-safety", "building-envelope-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "electrical-safety-best-practices", "catalog_number": 433, "title": "Electrical Safety & Best Practices", "url": "https://datacentertraining.us/courses/electrical-safety-best-practices.html", "api_url": "https://datacentertraining.us/api/v1/courses/electrical-safety-best-practices.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "NFPA 70E" ], "summary": "NFPA 70E-aligned electrical safety fundamentals for facility staff.", "description": "Safety fundamentals for electrical workers: NFPA 70E principles, personal protective equipment, and hazard identification. This course covers the core safety knowledge every facility employee working near electrical systems should have. You'll cover lockout/tagout concepts and emergency response procedures, finishing with a solid understanding of electrical workplace safety fundamentals.", "why_it_matters": "Electrical work in a data center often happens under uptime pressure, which is when shortcuts are most tempting. Most electrical injuries come from a small set of causes: working on equipment assumed to be dead, skipping lockout/tagout, wearing the wrong PPE, or getting too close to exposed parts. NFPA 70E sets out the practices that prevent those injuries, including risk assessments, approach boundaries, PPE selection and the requirement to create an electrically safe work condition whenever possible. OSHA's electrical safety-related work practice rules make these obligations enforceable. This course covers electrical safety standards, PPE and test equipment, hazard recognition and emergency procedures for workers and facilities staff near energized equipment.", "audience": "Electrical workers and facilities staff working near energized equipment.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply core NFPA 70E electrical safety principles on the job", "Select and use appropriate PPE for electrical work", "Recognize common electrical hazards before they cause injury", "Follow lockout/tagout and emergency response procedures correctly", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Electrical Safety Standards", "summary": "Core NFPA 70E principles every technician should know." }, { "title": "PPE & Equipment", "summary": "Selecting and using PPE correctly for the hazard level." }, { "title": "Hazard Recognition", "summary": "Recognizing electrical hazards before they become incidents." }, { "title": "Emergency Procedures", "summary": "Emergency response when something goes wrong near energized equipment." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=electrical-safety-best-practices", "faqs": [ { "question": "What is NFPA 70E?", "answer": "NFPA 70E is the Standard for Electrical Safety in the Workplace published by the National Fire Protection Association. It sets out practices for protecting workers from shock and arc flash, and OSHA commonly refers to it when enforcing electrical safety requirements." }, { "question": "What should you do if someone is in contact with an energized conductor?", "answer": "Do not touch them. De-energize the circuit if you can do so safely, or use a non-conductive object to separate them, then call emergency services and start first aid or CPR if trained. The Emergency Procedures module covers this in more detail." }, { "question": "How often is electrical safety retraining required?", "answer": "NFPA 70E calls for retraining at intervals of no more than three years, and sooner when there are new procedures, new equipment or signs that a worker is not following safe practices." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "batteries-dc-circuits", "data-center-arc-flash-safety" ], "last_updated": "2026-11-13" }, { "id": "batteries-dc-circuits", "catalog_number": 441, "title": "Batteries and DC Circuits", "url": "https://datacentertraining.us/courses/batteries-dc-circuits.html", "api_url": "https://datacentertraining.us/api/v1/courses/batteries-dc-circuits.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Master DC circuit fundamentals and battery behavior behind every backup power system.", "description": "Every UPS and standby power system in a data center runs on DC fundamentals underneath the AC-facing interface. This course covers DC circuit theory, battery chemistry basics, and the electrical fundamentals that explain why batteries behave the way they do under load. It's the theory layer that makes hands-on UPS and battery training click faster — not just procedure memorization, but the reasoning behind it.", "why_it_matters": "Every UPS in a data center ends in a battery string, and every battery string is a DC circuit. When a technician misreads a string's voltage, misses a high-resistance connection or does not understand how temperature affects capacity, the result is a UPS that looks healthy on its display but cannot carry the load when utility power drops. DC behaves differently from the AC most electricians learn first. Strings are built from cells in series and parallel, stored energy is present even when the UPS is off, and internal resistance rises slowly as a battery ages. Heat is a major factor: a common rule of thumb for VRLA batteries is that service life roughly halves for every 8°C (about 15°F) above 25°C (77°F). This course builds that DC foundation so readings, alarms and test results make sense before you work on UPS and battery systems.", "audience": "Electricians and power technicians who need core DC theory before working on UPS or battery systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply Ohm's law and DC circuit analysis to real battery system troubleshooting", "Understand battery chemistry basics (lead-acid, lithium-ion) and how they affect performance", "Read DC circuit diagrams for backup power systems", "Diagnose common DC circuit issues before they cause a power event", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "DC Circuit Fundamentals", "summary": "Voltage, current, and resistance in the DC circuits behind every battery system." }, { "title": "Battery Chemistry Basics", "summary": "How lead-acid and lithium-ion batteries actually store and deliver power." }, { "title": "Reading DC Circuit Diagrams", "summary": "Interpreting schematics for backup power and battery systems." }, { "title": "Troubleshooting DC Circuits", "summary": "Diagnosing common DC circuit faults before they escalate." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=batteries-dc-circuits", "faqs": [ { "question": "Why do data center technicians need to learn DC theory?", "answer": "UPS batteries, many telecom systems and some rack power designs run on DC. Understanding series and parallel strings, voltage drop and internal resistance lets you interpret battery test results, spot a failing cell and work safely around stored energy that does not go away when AC power is switched off." }, { "question": "Does this course cover lithium-ion as well as lead-acid batteries?", "answer": "The Battery Chemistry Basics module explains why different battery chemistries behave the way they do under load and during charging. For the specific hazards and emergency response for lithium-ion installations, see Lithium-Ion Battery Thermal Runaway and Emergency Response Training." }, { "question": "What should I take after this course?", "answer": "Most learners continue to UPS Systems Fundamentals and then UPS Operations & Load Testing. Anyone who will work in battery rooms should also take Data Center UPS and Battery System Safety Training." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "data-center-arc-flash-safety" ], "last_updated": "2026-11-13" }, { "id": "building-automation-systems-fundamentals", "catalog_number": 442, "title": "Building Automation Systems (BAS) Fundamentals", "url": "https://datacentertraining.us/courses/building-automation-systems-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/building-automation-systems-fundamentals.json", "track": "Monitoring & Smart Facility Track", "category": "Monitoring & Automation", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 6, "duration_iso8601": "PT6H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "BMS/BAS" ], "summary": "Understand the building automation systems that tie HVAC, power, and monitoring together.", "description": "Building Automation Systems (BAS) are the control layer behind HVAC, lighting, and power monitoring in modern facilities — and increasingly overlap with the BMS and DCIM platforms used in data centers. This course covers BAS architecture, sensor and controller basics, and how automation logic actually gets built and tuned. You'll leave able to read a points list, understand a control sequence, and troubleshoot the integration issues that come up when BAS meets facility-specific monitoring.", "why_it_matters": "A building automation system decides when chillers stage, how air handlers respond to temperature and how alarms reach people. In a data center, a poorly written control sequence or a mislabeled point can cause cooling to hunt, equipment to fight each other or a real alarm to be missed among hundreds of nuisance alerts. BAS platforms also overlap more and more with the BMS, EPMS and DCIM tools on the data center side, usually through open protocols such as BACnet (ASHRAE Standard 135) and Modbus. Technicians who can read a points list, follow a sequence of operations and trace a signal from sensor to controller to output solve problems faster and give better information to integrators. This course covers BAS architecture, sequences and points lists, sensors and controllers, and integration troubleshooting.", "audience": "Facilities engineers and technicians working with or evaluating BAS platforms.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand BAS architecture and how it overlaps with BMS/DCIM platforms", "Read and interpret BAS control sequences and points lists", "Evaluate sensor and controller placement for accurate automation", "Troubleshoot common BAS integration issues", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "BAS Architecture Fundamentals", "summary": "How controllers, sensors, and the central platform fit together." }, { "title": "Control Sequences & Points Lists", "summary": "Reading the logic that actually drives automated systems." }, { "title": "Sensor & Controller Basics", "summary": "Placement and calibration fundamentals for accurate control." }, { "title": "BAS Integration & Troubleshooting", "summary": "Common integration issues between BAS and other facility systems." } ], "bundles": [ { "id": "bundle-monitoring-smart-facility", "name": "Monitoring & Smart Facility Bundle", "price_usd": 333.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=building-automation-systems-fundamentals", "faqs": [ { "question": "What is the difference between a BAS and a BMS?", "answer": "The terms are often used interchangeably. In data centers, BAS usually refers to the control system for HVAC, lighting and general building equipment, while BMS often means the broader monitoring layer that also watches critical systems. Both rely on the same sensors, controllers and protocols this course covers." }, { "question": "What is a sequence of operations?", "answer": "A sequence of operations is the written description of how a system should behave, such as when a chiller starts, what setpoints apply and what happens on a failure. The controller programming should match it. Comparing the two is one of the fastest ways to find control problems." }, { "question": "Do I need programming experience?", "answer": "No. The course is aimed at facilities engineers and technicians. It explains how control logic, points and protocols work so you can read, verify and troubleshoot them, and communicate clearly with the controls contractor." }, { "question": "Is there a building automation (BAS) certification online?", "answer": "This course awards a certificate of completion, not a vendor or industry certification. Most BAS certifications come from controls manufacturers for their own platforms. A vendor-neutral foundation like this one makes that vendor training easier to absorb, and it documents BAS knowledge for your training file." } ], "related_course_ids": [ "monitoring-automation-bms-systems", "dcim-platform-fundamentals", "fiber-optics-network-cabling" ], "last_updated": "2026-11-13" }, { "id": "building-envelope-fundamentals", "catalog_number": 443, "title": "Building Envelope Fundamentals", "url": "https://datacentertraining.us/courses/building-envelope-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/building-envelope-fundamentals.json", "track": "Cooling & Facilities Efficiency Track", "category": "Cooling & Efficiency", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Understand how a facility's building envelope drives cooling load and energy cost.", "description": "The building envelope — walls, roof, insulation, and air sealing — determines how hard your cooling system has to work before a single CRAC unit turns on. This course covers building envelope fundamentals: insulation performance, air sealing, moisture control, and how envelope condition directly affects PUE and cooling cost. You'll leave able to spot envelope deficiencies that are quietly driving up your energy bill before they show up as a bigger mechanical problem.", "why_it_matters": "The walls, roof, insulation and air barrier around a data hall are the first layer of the cooling system. Heat gain through a poorly insulated roof, outside air leaking through gaps, and moisture moving through walls all add load that the CRAC and CRAH units must remove, every hour of the year. Humidity is the bigger risk for IT equipment. Uncontrolled air leakage brings in moist air that raises the dew point and can cause condensation on cold surfaces, while very dry conditions increase static risk. The envelope also protects against water intrusion, which is one of the fastest ways to lose equipment. This course explains envelope components, insulation and air sealing, moisture control and how envelope performance shows up in energy costs, so facilities teams can find and prioritize fixes.", "audience": "Facilities technicians and managers responsible for building performance and energy costs.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Identify building envelope components and their role in thermal performance", "Recognize air sealing and insulation deficiencies that increase cooling load", "Understand moisture control and its impact on facility health", "Connect envelope condition to PUE and energy cost", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Building Envelope Components", "summary": "Walls, roof, insulation, and air barriers — how they work together." }, { "title": "Insulation & Air Sealing", "summary": "Where envelope deficiencies quietly increase cooling load." }, { "title": "Moisture Control Fundamentals", "summary": "Preventing the moisture issues that damage facilities and equipment." }, { "title": "Envelope Performance & Energy Cost", "summary": "Connecting envelope condition to PUE and the energy bill." } ], "bundles": [ { "id": "bundle-cooling-efficiency", "name": "Cooling & Facilities Efficiency Bundle", "price_usd": 462.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=building-envelope-fundamentals", "faqs": [ { "question": "How does the building envelope affect data center cooling costs?", "answer": "Every unit of heat or moisture that enters through the walls, roof or gaps has to be removed by mechanical cooling. Better insulation and air sealing reduce that load, which lowers energy use and makes it easier to hold temperature and humidity steady in the data hall." }, { "question": "What is an air barrier and why does it matter?", "answer": "An air barrier is the continuous layer that stops outside air from leaking into the building. Gaps at penetrations, joints and doors let in unconditioned, humid air. In a data center, that can raise humidity and add cooling load even when insulation levels look adequate." }, { "question": "Who is this course for?", "answer": "Facilities technicians and managers responsible for building performance, energy costs and building repairs. It is also useful for anyone planning retrofits or reviewing contractor proposals for roofing, insulation or sealing work." } ], "related_course_ids": [ "cooling-systems-design-optimization", "hvac-troubleshooting-essentials", "energy-efficiency-pue-optimization", "mechanical-systems-maintenance", "data-center-cooling-refrigerant-safety" ], "last_updated": "2026-11-13" }, { "id": "building-maintenance-fundamentals", "catalog_number": 444, "title": "Building Maintenance Fundamentals", "url": "https://datacentertraining.us/courses/building-maintenance-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/building-maintenance-fundamentals.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Core building maintenance fundamentals for facilities teams supporting critical infrastructure.", "description": "Beyond the specialized systems that keep a data center running, every facility needs disciplined general maintenance — from structural upkeep to routine systems checks. This course covers the maintenance fundamentals that keep a building sound around the critical infrastructure it houses. You'll build a practical framework for prioritizing general maintenance work without it ever competing with uptime-critical tasks.", "why_it_matters": "Critical infrastructure gets most of the attention in a data center, but many incidents start with ordinary building problems: a clogged roof drain that backs up during a storm, a failed door closer on a secured room, a slow plumbing leak above a ceiling, or corrosion that nobody logged. General maintenance keeps those issues from reaching the data hall. Building work in a data center also needs more planning than in an office. Contractors may need escorts, work near critical systems may require a method of procedure (MOP), and dust, vibration or a water shutoff can affect live equipment. This course covers the main building systems, how to prioritize maintenance by risk, early warning signs of failure, and how to coordinate routine work around critical infrastructure without creating new risks.", "audience": "Facilities technicians responsible for general building systems and upkeep.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply general building maintenance fundamentals to a facilities program", "Prioritize maintenance tasks by risk and impact", "Recognize early warning signs of building system deterioration", "Coordinate general maintenance around critical infrastructure uptime requirements", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Building Systems Overview", "summary": "The general building systems every facilities tech should know." }, { "title": "Maintenance Prioritization", "summary": "Triaging maintenance tasks by risk and impact." }, { "title": "Early Warning Signs", "summary": "Catching deterioration before it becomes a failure." }, { "title": "Coordinating Around Critical Infrastructure", "summary": "Scheduling general maintenance without risking uptime." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=building-maintenance-fundamentals", "faqs": [ { "question": "Why is general building maintenance important in a data center?", "answer": "Water intrusion, failed doors, damaged roofs and deferred repairs can all reach critical equipment. A disciplined maintenance program finds these problems early and schedules repairs in a way that does not put uptime at risk." }, { "question": "What does coordinating around critical infrastructure mean?", "answer": "It means planning building work so it does not affect live systems: scheduling in approved windows, following change management, controlling dust and water, and making sure operations staff know what is happening. The course's final module covers this process." }, { "question": "Who should take this course?", "answer": "Facilities technicians and building maintenance staff who look after general building systems in or around a data center, including staff moving from commercial buildings into critical facilities." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning" ], "last_updated": "2026-11-13" }, { "id": "business-continuity-disaster-recovery-planning", "catalog_number": 445, "title": "Business Continuity and Disaster Recovery Planning Training", "url": "https://datacentertraining.us/courses/business-continuity-disaster-recovery-planning.html", "api_url": "https://datacentertraining.us/api/v1/courses/business-continuity-disaster-recovery-planning.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 8, "duration_iso8601": "PT8H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "ICS-NIMS" ], "summary": "A hands-on planning course for building or stress-testing a business continuity plan.", "description": "This course complements the Disaster Recovery & Business Continuity comprehensive program with a dedicated, hands-on planning session: building a business continuity plan from scratch, working through ICS-NIMS-aligned emergency management frameworks, and stress-testing the plan against realistic scenarios. You'll leave with a plan structure and documentation approach that holds up under auditor or insurer review, not just a filed-away document.", "why_it_matters": "A business continuity plan is only useful if people can follow it under pressure. Many plans are written once for an audit and never tested, so contact lists are out of date, recovery steps assume staff who have left and nobody has practiced who makes decisions when the building is inaccessible. This course is a hands-on planning session. It starts from a business impact analysis, which identifies the processes that matter most and how long each can be down, and builds a plan around those priorities. It uses the Incident Command System (ICS) and the National Incident Management System (NIMS), the same frameworks fire departments and emergency agencies use, so your facility's command structure lines up with responders. You then stress-test the plan and document it in a form auditors can review.", "audience": "Operations and risk managers building or updating a formal business continuity plan.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Build a business continuity plan using recognized emergency management frameworks", "Apply ICS-NIMS structure to a facility-level incident response", "Stress-test a continuity plan against realistic failure scenarios", "Document a plan that satisfies auditor and insurer expectations", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "BC/DR Planning Frameworks", "summary": "Structuring a plan around recognized emergency management standards." }, { "title": "ICS-NIMS for Facilities", "summary": "Applying incident command structure at the facility level." }, { "title": "Plan Stress-Testing", "summary": "Running a continuity plan through realistic failure scenarios." }, { "title": "Audit-Ready Documentation", "summary": "Documenting a plan that holds up under audit or insurance review." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=business-continuity-disaster-recovery-planning", "faqs": [ { "question": "What is ICS/NIMS and why use it in a data center?", "answer": "The Incident Command System is a standard way to organize people during an emergency, with clear roles such as incident commander, operations and logistics. NIMS is the U.S. national framework built around it. Using the same structure as local responders makes handoffs smoother during fires, floods or other major events." }, { "question": "How does this course relate to Disaster Recovery & Business Continuity?", "answer": "Disaster Recovery & Business Continuity is the 8-hour comprehensive program covering RTO/RPO, redundant sites and DR testing. This course complements it with a dedicated, practical session on building and stress-testing the continuity plan itself." }, { "question": "What is a business impact analysis?", "answer": "A business impact analysis (BIA) identifies critical business processes, the systems they depend on and how long each can be interrupted before the damage becomes unacceptable. It sets the priorities and recovery targets the rest of the plan is built around." }, { "question": "Does this course lead to a business continuity certification like CBCP?", "answer": "No. The CBCP is awarded by DRI International and the CBCI by the Business Continuity Institute, each through its own exam and requirements. This course awards a certificate of completion and teaches practical planning skills (frameworks, ICS/NIMS, plan stress-testing and audit-ready documentation) that help whether or not you go on to one of those certifications." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "building-maintenance-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "data-center-arc-flash-safety", "catalog_number": 446, "title": "Data Center Arc Flash Safety Training", "url": "https://datacentertraining.us/courses/data-center-arc-flash-safety.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-arc-flash-safety.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "NFPA 70E" ], "summary": "NFPA 70E arc flash safety specific to data center switchgear and power distribution.", "description": "Arc flash incidents in a data center happen around high-density switchgear and UPS systems, where the energy involved is often higher than in a typical commercial building. This course covers NFPA 70E arc flash boundaries, PPE selection, and safe work practices specific to data center electrical equipment. You'll leave able to recognize the equipment and conditions that raise arc flash risk on a data center floor specifically, not just general workplace electrical hazards.", "why_it_matters": "An arc flash is an explosive release of energy from an electrical fault through the air. It can produce extreme heat, pressure and molten metal in a fraction of a second. Data centers concentrate large amounts of power in switchgear, UPS systems and distribution equipment, and the fault current available in those rooms can be higher than in a typical commercial building. NFPA 70E requires employers to assess arc flash risk, label equipment, set boundaries and select PPE based on the hazard. The standard also requires the arc flash risk assessment to be reviewed at intervals of no more than five years, or whenever the system changes significantly. This course explains arc flash fundamentals, how to read boundaries and labels, how PPE is selected, safe work practices and the risk factors specific to data center equipment.", "audience": "Electricians and technicians working near energized data center power equipment.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Identify arc flash hazard boundaries around data center switchgear and UPS systems", "Select appropriate PPE for data center-specific arc flash risk levels", "Apply safe work practices around energized power distribution equipment", "Recognize the equipment and conditions that raise data center arc flash risk", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Arc Flash Fundamentals", "summary": "What actually happens in an arc flash event, and why data centers carry elevated risk." }, { "title": "Hazard Boundaries & PPE", "summary": "Selecting PPE correctly for data center-specific energy levels." }, { "title": "Safe Work Practices", "summary": "Working near energized switchgear and UPS systems safely." }, { "title": "Data Center Equipment Risk Factors", "summary": "The specific equipment and conditions that raise arc flash risk on the floor." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-arc-flash-safety", "faqs": [ { "question": "What is the arc flash boundary?", "answer": "Under NFPA 70E, the arc flash boundary is the distance from exposed energized parts at which a person without arc-rated PPE could receive a second-degree burn, defined as an incident energy of 1.2 cal/cm². Anyone inside that boundary must wear PPE rated for the hazard." }, { "question": "What information is on an arc flash label?", "answer": "An arc flash label typically shows the nominal voltage, the arc flash boundary, and either the incident energy at a working distance or the PPE category, along with other details required by NFPA 70E. Workers use it to decide what PPE and precautions the task needs." }, { "question": "Does this course make me a qualified electrical worker?", "answer": "No single course does that. Under OSHA and NFPA 70E, the employer decides who is qualified based on training and demonstrated skills for specific equipment and tasks. This course supports that training for work near energized data center equipment." }, { "question": "Who provides NFPA 70E arc flash training for data center operators?", "answer": "Data Center Training (datacentertraining.us) offers this course online and self-paced, with a certificate of completion from HAZWOPER OSHA Training, LLC, an IACET Accredited Provider. It is built around NFPA 70E and data center switchgear, UPS and distribution equipment. Electrical contractors, safety consultants and NFPA offer instructor-led classes, and your employer provides site-specific qualification." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "data-center-cooling-refrigerant-safety", "catalog_number": 447, "title": "Data Center Cooling System and Refrigerant Safety Training", "url": "https://datacentertraining.us/courses/data-center-cooling-refrigerant-safety.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-cooling-refrigerant-safety.json", "track": "Cooling & Facilities Efficiency Track", "category": "Cooling & Efficiency", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "EPA/OSHA" ], "summary": "Refrigerant handling and cooling system safety practices specific to data center CRAC/CRAH environments.", "description": "Refrigerant handling carries its own hazard profile — pressure risk, chemical exposure, and environmental regulation — on top of the mechanical risks of CRAC/CRAH systems. This course covers safe refrigerant handling practices and cooling system safety procedures specific to data center environments. You'll leave knowing exactly how to isolate cooling equipment before service and what to do if a refrigerant leak or exposure incident happens.", "why_it_matters": "Cooling equipment combines several hazards in one place: refrigerant under high pressure, rotating fans and compressors, electrical panels and hot surfaces. A refrigerant release in an enclosed mechanical room can displace oxygen, and contact with liquid refrigerant can cause frostbite. Cooling units also have to be locked out properly, because a unit that restarts automatically can injure someone working inside it. Refrigerant work is also regulated. Under Section 608 of the Clean Air Act, EPA requires technicians who open refrigerant circuits to be certified and sets rules for leak repair and recovery. The industry is moving to lower-GWP refrigerants under the AIM Act HFC phasedown, and some replacements, such as A2L refrigerants, are mildly flammable. This course covers refrigerant handling basics, CRAC/CRAH hazards, lockout/tagout for cooling systems and how to respond to leaks and exposures.", "audience": "HVAC technicians working on data center cooling and refrigerant systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Handle refrigerants safely within EPA and OSHA requirements", "Recognize pressure and chemical exposure risks specific to CRAC/CRAH systems", "Apply lockout/tagout procedures before cooling system service", "Respond correctly to a refrigerant leak or exposure incident", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Refrigerant Handling Basics", "summary": "Safe handling practices and regulatory requirements." }, { "title": "CRAC/CRAH Hazard Recognition", "summary": "Pressure and chemical exposure risks specific to these systems." }, { "title": "Lockout/Tagout for Cooling Systems", "summary": "Isolating cooling equipment safely before service." }, { "title": "Leak & Exposure Response", "summary": "Responding correctly when something goes wrong." } ], "bundles": [ { "id": "bundle-cooling-efficiency", "name": "Cooling & Facilities Efficiency Bundle", "price_usd": 462.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-cooling-refrigerant-safety", "faqs": [ { "question": "Does this course provide EPA Section 608 certification?", "answer": "No. EPA 608 certification requires passing an EPA-approved exam. This course covers safe handling practices and hazard recognition for data center cooling systems, which supports technicians who hold or are working toward that certification." }, { "question": "What are A2L refrigerants?", "answer": "A2L is the ASHRAE Standard 34 classification for refrigerants with lower toxicity and lower flammability. Several low-GWP replacements for older HFCs are A2L, so technicians need to understand their handling and ventilation requirements as new equipment arrives." }, { "question": "Why does lockout/tagout matter for cooling units?", "answer": "CRAC and CRAH units can restart on their own through controls or redundancy logic. Without proper lockout, fans, compressors or electrical parts can energize while someone is working on them. The course has a dedicated module on LOTO for cooling systems." } ], "related_course_ids": [ "cooling-systems-design-optimization", "hvac-troubleshooting-essentials", "energy-efficiency-pue-optimization", "mechanical-systems-maintenance", "building-envelope-fundamentals" ], "last_updated": "2026-11-13" }, { "id": "data-center-electrical-safety", "catalog_number": 448, "title": "Data Center Electrical Safety Training", "url": "https://datacentertraining.us/courses/data-center-electrical-safety.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-electrical-safety.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Foundational electrical safety practices for anyone working around data center power systems.", "description": "A foundational safety course for anyone who works around data center electrical systems, whether or not electrical work is their primary job. Covers core electrical hazard recognition, safe work distances, and the basic precautions that prevent the majority of electrical incidents. This is the course every new hire with floor access should take before anything more specialized — it establishes the baseline awareness the rest of the electrical curriculum builds on.", "why_it_matters": "Electrical hazards in a data center are not limited to electricians. IT technicians install equipment in energized racks, cabling crews work near power distribution, and facilities staff open panels to read meters. Many injuries happen to people who did not think of their task as electrical work. The basic protections are the same for everyone: recognize energized equipment, stay outside approach boundaries unless qualified, never defeat a lockout, and escalate when something looks wrong. NFPA 70E's core principle is to put equipment in an electrically safe work condition, meaning disconnected, locked out and tested for absence of voltage, before working on it whenever possible. This foundational course covers hazard recognition, safe work distances, lockout/tagout awareness and when and how to escalate.", "audience": "Electricians, facilities technicians, and IT staff working near energized equipment.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Recognize common electrical hazards in a data center environment", "Maintain safe work distances around energized equipment", "Apply basic lockout/tagout awareness", "Know when to escalate to a qualified electrician", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Electrical Hazard Recognition", "summary": "The hazards most likely to appear on a data center floor." }, { "title": "Safe Work Distances", "summary": "Maintaining safe clearance around energized equipment." }, { "title": "Lockout/Tagout Awareness", "summary": "What every employee should know, even if they're not doing the lockout." }, { "title": "Escalation Procedures", "summary": "Knowing when a job needs a qualified electrician." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-electrical-safety", "faqs": [ { "question": "Who needs electrical safety training in a data center?", "answer": "Anyone who works near energized equipment, including IT staff who install hardware in racks, cabling technicians and facilities staff, not only electricians. OSHA requires training for employees who face a risk of electric shock that is not reduced to a safe level by the installation." }, { "question": "What is an electrically safe work condition?", "answer": "It is the state NFPA 70E defines for equipment that has been disconnected from all energy sources, locked and tagged out, tested to confirm there is no voltage and grounded where necessary. Creating it is the preferred way to protect workers." }, { "question": "How is this course different from Electrical Safety & Best Practices?", "answer": "This course is an awareness-level foundation for anyone who works around data center electrical systems. Electrical Safety & Best Practices goes further into NFPA 70E principles, PPE and emergency procedures for electrical workers and staff who work near energized equipment more regularly." }, { "question": "Does this course cover switchgear safety?", "answer": "It covers the hazard-recognition side: why switchgear, UPS modules, PDUs and remote power panels carry shock and arc flash risk, how safe work distances apply around them, and when to stop and call a qualified electrician. It does not teach switching or operating switchgear; that takes deeper training and your site's switching procedures." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "data-center-epo-procedures", "catalog_number": 449, "title": "Data Center Emergency Power Off (EPO) Procedures Training", "url": "https://datacentertraining.us/courses/data-center-epo-procedures.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-epo-procedures.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 1, "duration_iso8601": "PT1H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Safe activation and reset procedures for data center Emergency Power Off systems.", "description": "An EPO button is one of the most consequential controls on a data center floor — activating it correctly, and understanding what happens after, is essential knowledge for anyone with floor access. This course covers safe activation criteria, coordination with fire/life safety systems, and reset procedures. You'll leave understanding not just how to press the button, but when it's actually the right call, and how to bring systems back safely afterward.", "why_it_matters": "An emergency power off (EPO) system can drop power to an entire data hall in an instant. It exists to protect people and first responders during a fire or electrical emergency. Pressed by mistake, it causes a full outage. Accidental EPO activations, from someone mistaking the button for a door release or bumping an unguarded switch, are a well-known cause of downtime. NFPA 70 (the National Electrical Code) Article 645 addresses disconnecting means for information technology equipment rooms, and many facilities also coordinate the EPO with fire alarm and suppression systems. Staff with floor access need to know when activation is justified, what the EPO shuts down, who must be notified and how to restore power safely afterward. This course covers EPO system design, activation criteria, fire and life safety coordination, and reset procedures.", "audience": "Facilities and operations staff who may need to activate or reset an EPO system.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Know the correct criteria for activating an Emergency Power Off system", "Understand how EPO systems coordinate with fire and life safety systems", "Follow correct reset procedures after an EPO event", "Avoid the common mistakes that turn a minor incident into a full outage", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "EPO System Overview", "summary": "How EPO systems are wired into facility power and fire/life safety." }, { "title": "Activation Criteria", "summary": "When an EPO activation is actually the right call." }, { "title": "Fire/Life Safety Coordination", "summary": "How EPO events interact with fire suppression and alarm systems." }, { "title": "Reset Procedures", "summary": "Bringing systems back safely after an EPO event." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-epo-procedures", "faqs": [ { "question": "What does an EPO button do in a data center?", "answer": "It disconnects power to IT equipment and, depending on the design, to cooling and other systems in the protected room. Its purpose is to remove power quickly during an emergency so people and firefighters are not exposed to energized equipment." }, { "question": "How can accidental EPO activation be prevented?", "answer": "Common measures include protective covers, clear labeling, placing buttons away from door releases, two-step activation designs and training everyone with floor access. The course's activation criteria module covers when the button should and should not be used." }, { "question": "Why is resetting an EPO a separate procedure?", "answer": "After an EPO event, power must be restored in a controlled sequence after the cause is understood. Bringing systems back all at once can cause inrush problems, restart equipment into a hazard or damage IT loads. A written reset procedure prevents a second incident." }, { "question": "What does EPO mean in electrical terms?", "answer": "EPO stands for emergency power off: a control, usually a red button near the exits of an IT room, that disconnects power to the room's electronic equipment in one action. Electrical codes call it a remote disconnecting means. In rooms designed under NEC Article 645, the same action also shuts down the room's dedicated HVAC system." }, { "question": "Is an EPO required in a data center?", "answer": "Not always. The National Electrical Code requires a remote disconnect when an IT equipment room is designed under Article 645, which permits special wiring methods in exchange. Many operators design rooms outside Article 645 to avoid accidental shutdowns, while others keep an EPO by choice or because the local authority having jurisdiction requires one. Check your design basis and local code." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "data-center-fire-suppression-safety", "catalog_number": 450, "title": "Data Center Fire Suppression System Safety Training (Clean Agent Systems)", "url": "https://datacentertraining.us/courses/data-center-fire-suppression-safety.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-fire-suppression-safety.json", "track": "Security & Compliance Track", "category": "Security & Compliance", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "NFPA 2001" ], "summary": "Clean agent fire suppression safety for occupied data hall environments.", "description": "Clean agent fire suppression systems protect data center equipment without the water damage of traditional sprinklers — but they carry their own safety considerations for anyone in the data hall when a system discharges. This course covers clean agent system basics, evacuation procedures, and post-discharge safety. You'll leave able to tell a false alarm from a real discharge event and know exactly what re-entry looks like afterward.", "why_it_matters": "Many data halls use clean agent fire suppression instead of, or alongside, sprinklers. Clean agents extinguish a fire without leaving water or residue on equipment. Some agents, such as HFC-227ea (known by trade names such as FM-200), work mainly by absorbing heat, while inert gas systems such as IG-541 work by lowering oxygen in the room. Either way, a discharge is loud and sudden, and people need to leave the room when the pre-discharge alarm sounds. Clean agent systems are designed and maintained to NFPA 2001. Most have a time delay between the alarm and discharge, and many include an abort switch. Staff need to recognize the alarms, know evacuation routes and understand what not to do after a discharge, such as re-entering before the room is ventilated. This course covers clean agent basics, alarm recognition, evacuation and post-discharge safety.", "audience": "Facilities and fire/life safety staff responsible for data hall fire suppression systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand how clean agent fire suppression systems work and why data centers use them", "Follow correct evacuation procedures during a discharge event", "Apply post-discharge safety procedures before re-entering a data hall", "Recognize false alarm vs. real discharge indicators", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Clean Agent System Basics", "summary": "How clean agent suppression protects equipment without water damage." }, { "title": "Evacuation Procedures", "summary": "What to do when a discharge event is triggered." }, { "title": "Post-Discharge Safety", "summary": "Re-entry procedures after a clean agent discharge." }, { "title": "Alarm Recognition", "summary": "Distinguishing false alarms from real discharge events." } ], "bundles": [ { "id": "bundle-security-compliance", "name": "Security & Compliance Bundle", "price_usd": 400.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-fire-suppression-safety", "faqs": [ { "question": "Are clean agent fire suppression systems safe for people?", "answer": "Systems designed to NFPA 2001 use agent concentrations that are considered safe for short exposure, but people should still evacuate when the alarm sounds. A discharge can cause low visibility, noise, cold temperatures and, with inert gas systems, reduced oxygen. Fire also produces toxic combustion products." }, { "question": "What does the abort switch do?", "answer": "On many systems, the abort switch delays or stops the countdown to discharge while it is held, for example if the alarm was caused by a false detection. Its exact behavior depends on the system design, so staff must learn their facility's procedure." }, { "question": "When is it safe to re-enter after a discharge?", "answer": "Only after the fire department or the facility's designated authority says so, and after the room has been ventilated. The course's post-discharge module covers the checks and steps involved." }, { "question": "What fire detection and suppression requirements should data center compliance teams evaluate?", "answer": "Start with the codes your jurisdiction has adopted, then check each system against its standard: NFPA 75 for protection of IT equipment, NFPA 72 for fire alarm and detection, NFPA 2001 for clean agent systems, NFPA 13 for sprinklers and NFPA 25 for sprinkler inspection, testing and maintenance. Confirm current inspection and test records, enclosure integrity for clean agent rooms, abort and release procedures, and staff training records." }, { "question": "How should a data center restore compliance after a suppression discharge or a failed fire inspection?", "answer": "Treat it as a system impairment. Notify the monitoring company and the authority having jurisdiction as your fire code requires, provide a fire watch or other interim protection while the system is out of service, have a qualified contractor recharge or replace agent containers and reset the system, and repair damaged fire barriers or penetrations. Then retest, re-check enclosure integrity where barriers changed, and document every corrective action." } ], "related_course_ids": [ "security-compliance-data-centers", "access-control-physical-security", "facility-environmental-compliance", "data-center-physical-security-access-control" ], "last_updated": "2026-11-13" }, { "id": "data-center-physical-security-access-control", "catalog_number": 451, "title": "Data Center Physical Security and Access Control Training", "url": "https://datacentertraining.us/courses/data-center-physical-security-access-control.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-physical-security-access-control.json", "track": "Security & Compliance Track", "category": "Security & Compliance", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 1, "duration_iso8601": "PT1H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Foundational physical security and access control practices for data hall environments.", "description": "A foundational course on data center physical security: badge and access control basics, visitor and vendor escort procedures, and the security posture expected on a data hall floor. Pairs well with the deeper Access Control & Physical Security specialization for staff who operate the systems directly. You'll leave with a clear sense of the common security gaps on a data hall floor and how to report an incident through the right channel.", "why_it_matters": "Data centers use layered security: a site perimeter, the building entrance, the data hall, and then cages, cabinets and racks. Every layer only works if people follow the rules at the door. Tailgating through a secured entry, an unescorted vendor or a borrowed badge can bypass every layer at once. Customers and auditors expect this discipline. PCI DSS requires controls on physical access to cardholder data systems, and SOC 2 and ISO/IEC 27001 audits review physical access records. This foundational course gives floor staff the basics: how badge and access control systems work, visitor and vendor escort procedures, how to spot and close common security gaps, and how to report incidents.", "audience": "Security and facilities staff responsible for data center floor access.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply badge and access control basics on a data center floor", "Follow correct visitor and vendor escort procedures", "Recognize common physical security gaps on a data hall floor", "Report security incidents through the correct channel", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Access Control Basics", "summary": "Badge systems and access levels on a data center floor." }, { "title": "Visitor & Vendor Escort Procedures", "summary": "Managing non-employee access safely and correctly." }, { "title": "Physical Security Gaps", "summary": "Common vulnerabilities on a data hall floor." }, { "title": "Incident Reporting", "summary": "Reporting security incidents through the correct channel." } ], "bundles": [ { "id": "bundle-security-compliance", "name": "Security & Compliance Bundle", "price_usd": 400.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-physical-security-access-control", "faqs": [ { "question": "What is tailgating in a data center?", "answer": "Tailgating, also called piggybacking, is when someone follows an authorized person through a secured door without using their own credentials. Mantraps, anti-passback rules and trained staff who challenge unknown people are the main defenses." }, { "question": "Why do vendors need an escort?", "answer": "Vendors often need access to sensitive areas but are not regular badge holders. Escort rules make sure someone accountable is with them, keeps them to the approved area and records the visit. Escort logs are commonly reviewed during audits." }, { "question": "How does this course relate to Access Control & Physical Security?", "answer": "This course is the foundation. Access Control & Physical Security is the deeper specialization on operating access control and surveillance systems, threat response and incident reporting with chain of custody." } ], "related_course_ids": [ "security-compliance-data-centers", "access-control-physical-security", "facility-environmental-compliance", "data-center-fire-suppression-safety" ], "last_updated": "2026-11-13" }, { "id": "data-center-raised-floor-confined-space", "catalog_number": 452, "title": "Data Center Raised Floor and Confined Space Awareness Training", "url": "https://datacentertraining.us/courses/data-center-raised-floor-confined-space.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-raised-floor-confined-space.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 1, "duration_iso8601": "PT1H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [ "OSHA 1910.146" ], "summary": "Confined space awareness and safe practices for working under a raised floor.", "description": "The space under a raised floor is a confined space with its own hazards — cabling, airflow obstructions, and limited visibility. This awareness-level course covers safe raised-floor work practices and the confined space fundamentals relevant to under-floor access. You'll leave knowing exactly when under-floor work crosses the line into permit-required confined space territory.", "why_it_matters": "Many data centers still use raised floors for airflow and cabling. Lifting tiles and working in the plenum creates hazards that are easy to underestimate: open holes in walkways, dense cable bundles, sharp tile edges, poor lighting, and pressurized airflow that can carry dust. Removing too many tiles at once can also affect cooling for nearby racks. Some spaces in a data center may meet OSHA's definition of a confined space, and some may be permit-required confined spaces under 29 CFR 1910.146. Whether a given space qualifies depends on its size, access and hazards, so staff need to recognize the signs and follow the facility's program. This awareness course covers raised-floor hazards, safe under-floor work, confined space permit basics, and good airflow and cable management.", "audience": "Facilities and cabling technicians who work under raised floors or in confined spaces.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Recognize confined space hazards specific to raised floor environments", "Apply safe practices for under-floor cabling and access work", "Know when raised floor work requires a confined space permit", "Maintain airflow and cable management standards while working under-floor", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Raised Floor Hazard Awareness", "summary": "What makes under-floor space a confined space hazard." }, { "title": "Safe Under-Floor Work Practices", "summary": "Working safely on cabling and access tasks below the floor." }, { "title": "Confined Space Permit Basics", "summary": "When under-floor work crosses into permit-required territory." }, { "title": "Airflow & Cable Management", "summary": "Maintaining standards while working under the floor." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-raised-floor-confined-space", "faqs": [ { "question": "Is the space under a raised floor a confined space?", "answer": "It depends on the space. OSHA defines a confined space as large enough to enter, with limited means of entry or exit, and not designed for continuous occupancy. A deep plenum may meet that definition. Your facility's confined space evaluation decides how each space is classified." }, { "question": "How many floor tiles can be removed at once?", "answer": "There is no universal number. Each open tile creates a fall hazard and changes airflow under the floor, which can cause hot spots. Facilities usually set limits, barricade open tiles and replace them as soon as work is finished. The course covers safe practices for this work." }, { "question": "Who should take this course?", "answer": "Facilities technicians, cabling crews and IT staff who lift tiles, run cable under the floor or enter other tight spaces in a data center." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning" ], "last_updated": "2026-11-13" }, { "id": "data-center-ups-battery-safety", "catalog_number": 453, "title": "Data Center UPS and Battery System Safety Training", "url": "https://datacentertraining.us/courses/data-center-ups-battery-safety.html", "api_url": "https://datacentertraining.us/api/v1/courses/data-center-ups-battery-safety.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Safety-focused training for anyone working around data center UPS and battery systems.", "description": "UPS and battery rooms carry hazards beyond standard electrical work: battery chemistry, off-gassing, and stored energy that remains even when a system is powered down. This course covers the safety practices specific to working around UPS and battery installations. You'll leave understanding the PPE and ventilation requirements that go beyond standard electrical safety, and how to respond if something goes wrong.", "why_it_matters": "UPS and battery rooms store a large amount of energy, and that energy is still there when the UPS output is off. Battery terminals can deliver very high short-circuit current, so a dropped wrench can cause an arc and burns. Lead-acid batteries can release hydrogen during charging, which is why ventilation matters, and electrolyte is corrosive to skin and eyes. NFPA 70E includes specific requirements for work on battery systems, and OSHA requires facilities for quick drenching or flushing of the eyes and body where workers may be exposed to corrosive materials. IEEE standards such as IEEE 1188 cover maintenance of VRLA batteries. This course covers the hazards of UPS and battery rooms, safe work practices, PPE and ventilation requirements, and how to respond to incidents.", "audience": "Electricians and facilities technicians working near UPS and battery installations.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Recognize battery-specific hazards including off-gassing and stored energy", "Apply safe work practices around UPS and battery installations", "Follow correct PPE and ventilation requirements for battery rooms", "Respond correctly to a battery-related safety incident", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "UPS & Battery Room Hazards", "summary": "Off-gassing, stored energy, and other battery-specific risks." }, { "title": "Safe Work Practices", "summary": "Working around UPS and battery installations safely." }, { "title": "PPE & Ventilation Requirements", "summary": "What battery rooms require beyond standard electrical PPE." }, { "title": "Incident Response", "summary": "Responding correctly to a battery-related safety event." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=data-center-ups-battery-safety", "faqs": [ { "question": "Why is a UPS dangerous even when it is turned off?", "answer": "The batteries remain charged and connected to parts of the UPS unless they are isolated. Capacitors inside the UPS can also hold a charge. Technicians must follow the manufacturer's isolation procedure and verify absence of voltage before working inside." }, { "question": "Do battery rooms need eyewash stations?", "answer": "OSHA requires suitable facilities for quick drenching or flushing of the eyes and body where a worker's eyes or body may be exposed to corrosive materials, which can include battery electrolyte. The facility's safety program decides the type and location." }, { "question": "Does this course cover lithium-ion batteries?", "answer": "It covers UPS and battery room hazards in general. For lithium-ion thermal runaway and emergency response specifically, take Lithium-Ion Battery Thermal Runaway and Emergency Response Training." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "emergency-standby-power-systems-fundamentals", "catalog_number": 454, "title": "Emergency/Standby Power Systems Fundamentals", "url": "https://datacentertraining.us/courses/emergency-standby-power-systems-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/emergency-standby-power-systems-fundamentals.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Understand the standby power systems that carry a facility through a utility outage.", "description": "Standby power systems — generators, transfer switches, and the sequencing logic between them — are what actually carries a facility through a utility outage. This course covers standby power system fundamentals: automatic transfer switches, sequencing, and the maintenance that keeps them ready. You'll leave able to explain the failure points most likely to prevent a successful transfer, before they're tested by a real outage.", "why_it_matters": "When utility power fails, the UPS carries the load for minutes. Standby generators and automatic transfer switches (ATSs) keep the facility running beyond that. If a generator fails to start, a transfer switch sticks or the sequencing logic is wrong, the UPS batteries run down and the site goes dark. Standby power systems are covered by several standards. The National Electrical Code separates emergency systems (Article 700), legally required standby (Article 701) and optional standby (Article 702), and NFPA 110 covers the performance, testing and maintenance of emergency and standby power systems. This course covers how standby systems are laid out, how ATSs work, how sequencing and load coordination are set up, and the maintenance that keeps the system ready.", "audience": "Facilities technicians responsible for standby and emergency power systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand how standby power systems sequence during a utility outage", "Explain automatic transfer switch operation and testing", "Apply maintenance practices that keep standby systems ready", "Recognize the failure points most likely to prevent a successful transfer", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Standby Power System Overview", "summary": "How generators and transfer switches work together during an outage." }, { "title": "Automatic Transfer Switches", "summary": "Operation, testing, and common failure points." }, { "title": "Sequencing & Coordination", "summary": "Making sure standby systems come online in the right order." }, { "title": "Maintenance for Readiness", "summary": "Keeping standby systems ready for the outage that hasn't happened yet." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=emergency-standby-power-systems-fundamentals", "faqs": [ { "question": "What does an automatic transfer switch do?", "answer": "An ATS monitors the normal power source. When it fails, the ATS signals the generator to start and transfers the load once generator voltage and frequency are stable. When utility power returns, it transfers the load back and lets the generator cool down." }, { "question": "What is the difference between open and closed transition transfer?", "answer": "Open transition briefly disconnects the load before connecting it to the other source (break-before-make). Closed transition briefly parallels the two sources so the load is not interrupted (make-before-break), which requires additional controls and utility approval in many cases." }, { "question": "How often should standby generators be tested?", "answer": "NFPA 110 requires regular exercising and inspection, commonly monthly under load for Level 1 systems, plus periodic longer tests. The exact requirements depend on the system's classification and local rules, which the Maintenance for Readiness module explains." }, { "question": "Which OSHA standards apply to emergency and standby power systems?", "answer": "OSHA's electrical standards in 29 CFR 1910 Subpart S apply, including 1910.308(b) on emergency power systems, along with the electrical safety-related work practice rules (1910.331 to 1910.335) and lockout/tagout (1910.147) for maintenance. Design and testing requirements mostly come from codes your jurisdiction adopts, such as NEC Articles 700, 701 and 702 and NFPA 110." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "facility-management-fundamentals", "catalog_number": 455, "title": "Facility Management Fundamentals", "url": "https://datacentertraining.us/courses/facility-management-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/facility-management-fundamentals.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Core facility management principles for teams running critical infrastructure.", "description": "Facility management brings together maintenance, vendor coordination, budgeting, and compliance into one role. This course covers the foundational principles that make that juggling act manageable, with an eye toward the higher stakes of managing a critical infrastructure site. You'll leave with a framework for balancing maintenance, compliance, and uptime priorities instead of constantly fighting fires between them.", "why_it_matters": "A facility manager is responsible for maintenance, contractors, budgets, compliance and people at the same time. In an office building, a missed item usually means inconvenience. In a data center, it can mean downtime for customers, contract penalties or a safety incident, so priorities need to be managed carefully. Much of the job is coordination: making sure vendors work to approved methods of procedure, that maintenance windows are planned, that budgets include lifecycle replacements and that compliance deadlines are tracked. Tools such as a computerized maintenance management system (CMMS) and a clear change process help, but only with sound habits behind them. This course covers facility management principles, vendor and contractor coordination, budgeting basics and how to balance competing priorities in a critical facility.", "audience": "New and developing facility managers responsible for day-to-day site operations.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply core facility management principles to daily site operations", "Coordinate vendors and contractors without losing accountability", "Build a basic facility operating budget", "Balance maintenance, compliance, and uptime priorities", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Facility Management Fundamentals", "summary": "The core disciplines every facility manager needs." }, { "title": "Vendor & Contractor Coordination", "summary": "Managing outside vendors without losing accountability." }, { "title": "Facility Budgeting Basics", "summary": "Building an operating budget that holds up." }, { "title": "Balancing Competing Priorities", "summary": "Maintenance, compliance, and uptime, all at once." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=facility-management-fundamentals", "faqs": [ { "question": "How is managing a data center different from managing an office building?", "answer": "The tolerance for disruption is much lower. Work near critical systems needs change control, detailed procedures and scheduled windows, and many decisions are driven by customer SLAs and redundancy rather than just cost or comfort." }, { "question": "What is a CMMS?", "answer": "A computerized maintenance management system tracks assets, work orders, preventive maintenance schedules, parts and labor. It gives facility managers the records they need for planning, budgeting and audits." }, { "question": "Who should take this course?", "answer": "New and developing facility managers, supervisors taking on site responsibility and technicians preparing for a management role in a critical facility." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning" ], "last_updated": "2026-11-13" }, { "id": "generator-fundamentals", "catalog_number": 456, "title": "Generator Fundamentals", "url": "https://datacentertraining.us/courses/generator-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/generator-fundamentals.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Foundational generator theory to complement hands-on operations and load-bank training.", "description": "This course covers the theory behind the diesel and gas generators used for standby power: engine and alternator basics, fuel systems, and control logic — the foundational knowledge that makes the hands-on Generator Operations & Maintenance course click faster. You'll leave able to read generator control panel alarms and understand what's actually happening inside the machine, not just which button to press.", "why_it_matters": "A standby generator is only useful if it starts, reaches stable voltage and frequency, and accepts load within seconds of an outage. Understanding how the engine, alternator, fuel system and controls work together is what lets a technician read an alarm correctly or spot a problem during a weekly inspection. Common failure points are well known: weak starting batteries, fuel that has degraded or picked up water and microbial growth, coolant heater failures and control faults. Diesel engines that run too long at light load can also suffer wet stacking, a buildup of unburned fuel in the exhaust. This course covers engine and alternator basics, fuel systems, control panels and alarms, and how that theory connects to load-bank testing.", "audience": "Facilities technicians who need generator theory before hands-on operations training.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand generator engine and alternator fundamentals", "Explain fuel system components and common failure points", "Read generator control panel logic and alarms", "Connect generator theory to real-world load-bank testing procedures", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Engine & Alternator Basics", "summary": "How a generator actually converts fuel into standby power." }, { "title": "Fuel System Fundamentals", "summary": "Fuel system components and where failures happen." }, { "title": "Control Panel & Alarms", "summary": "Reading generator control logic and alarm codes." }, { "title": "From Theory to Load-Bank Testing", "summary": "Connecting generator fundamentals to hands-on testing procedures." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=generator-fundamentals", "faqs": [ { "question": "What is wet stacking?", "answer": "Wet stacking is the buildup of unburned fuel and carbon in a diesel engine's exhaust system, usually caused by running the engine at light load for long periods. It reduces performance and can be prevented by exercising the generator at adequate load or running periodic load-bank tests." }, { "question": "Why does diesel fuel need to be tested?", "answer": "Stored diesel degrades over time, can absorb water and can support microbial growth that clogs filters. Periodic fuel sampling and treatment help make sure the generator can run for its full design time during an outage." }, { "question": "What should I take after this course?", "answer": "Generator Operations & Maintenance, which covers sizing, load-bank testing, fuel management and emergency startup in more depth. Emergency/Standby Power Systems Fundamentals covers how generators work with transfer switches." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "lithium-ion-thermal-runaway-emergency-response", "catalog_number": 457, "title": "Lithium-Ion Battery Thermal Runaway and Emergency Response Training", "url": "https://datacentertraining.us/courses/lithium-ion-thermal-runaway-emergency-response.html", "api_url": "https://datacentertraining.us/api/v1/courses/lithium-ion-thermal-runaway-emergency-response.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Recognize and respond to lithium-ion battery thermal runaway before it escalates.", "description": "As data centers adopt lithium-ion UPS batteries, thermal runaway has become a distinct emergency scenario with its own warning signs and response protocol, different from traditional lead-acid battery incidents. This course covers thermal runaway recognition, containment, and emergency response specific to lithium-ion systems. You'll leave understanding why lithium-ion response differs from lead-acid procedures, and how to coordinate correctly with fire services on a lithium-ion-specific incident.", "why_it_matters": "Lithium-ion batteries are replacing lead-acid in many UPS systems because they are smaller, lighter and last longer. They also bring a different emergency: thermal runaway, where a cell overheats and releases flammable and toxic gases, and heat can spread from cell to cell. A lithium-ion battery fire can reignite after it appears to be out. Codes and test methods have developed quickly. NFPA 855 covers the installation of stationary energy storage systems, and UL 9540A is the test method used to evaluate how thermal runaway spreads. Facility staff need to recognize early warning signs such as off-gas alarms and abnormal temperatures, know the facility's containment steps and coordinate with the fire department. This course covers thermal runaway fundamentals, early warning signs, containment and emergency response coordination.", "audience": "Facilities and emergency response staff working near lithium-ion battery installations.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Recognize the early warning signs of lithium-ion battery thermal runaway", "Apply correct containment procedures during a thermal event", "Coordinate emergency response with fire services for lithium-ion incidents", "Understand why lithium-ion response differs from lead-acid battery incidents", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Thermal Runaway Fundamentals", "summary": "What causes it, and why lithium-ion batteries behave differently under stress." }, { "title": "Early Warning Signs", "summary": "Recognizing a developing thermal event before it escalates." }, { "title": "Containment Procedures", "summary": "What to do, and not do, during a thermal runaway event." }, { "title": "Emergency Response Coordination", "summary": "Working with fire services on a lithium-ion-specific incident." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=lithium-ion-thermal-runaway-emergency-response", "faqs": [ { "question": "What is thermal runaway?", "answer": "Thermal runaway is a chain reaction inside a battery cell where rising temperature causes reactions that release more heat. The cell can vent flammable and toxic gases and may ignite. In a battery module, heat can spread to neighboring cells." }, { "question": "How is a lithium-ion incident different from a lead-acid battery incident?", "answer": "Lead-acid batteries mainly pose hydrogen gas, electrolyte and electrical hazards. Lithium-ion batteries can go into self-sustaining thermal runaway, release large amounts of flammable gas quickly and reignite. Early detection and response planning are different as a result." }, { "question": "What should staff do if a lithium-ion battery alarm activates?", "answer": "Follow the facility's emergency procedure: evacuate the area if required, notify the fire department and site management, and avoid entering a room that may contain flammable gas. The course's response coordination module covers how to prepare these procedures." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "power-distribution-systems-fundamentals", "catalog_number": 459, "title": "Power Distribution Systems Fundamentals", "url": "https://datacentertraining.us/courses/power-distribution-systems-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/power-distribution-systems-fundamentals.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 4, "duration_iso8601": "PT4H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Core power distribution theory behind PDUs, panels, and branch circuits.", "description": "Power distribution systems take facility-level power and break it down into the branch circuits that actually reach a rack. This course covers the fundamentals of that distribution chain: panels, breakers, PDUs, and load balancing, as the theory foundation for PDU architecture and monitoring work. You'll leave able to read a panel schedule, size a breaker correctly, and understand how distribution fundamentals show up in rack-level PDU design.", "why_it_matters": "Between the UPS and the server power supply, electricity passes through switchboards, panelboards, power distribution units (PDUs), remote power panels and rack PDUs. Each step has breakers, ratings and limits. Mistakes here, such as an overloaded branch circuit, unbalanced phases or a dual-corded server plugged into the same feed twice, cause many avoidable outages. A key rule in data centers with A and B power feeds is that each side must be able to carry the full load if the other fails. That means each feed normally runs at well under half of its usable capacity. Breakers carrying continuous loads are also generally limited to 80% of their rating under the National Electrical Code. This course covers the distribution chain, panels and breaker sizing, load balancing and how these connect to PDU architecture.", "audience": "Electricians and technicians who need power distribution fundamentals before working on PDU systems.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand power distribution from facility feed to branch circuit", "Read panel schedules and breaker sizing correctly", "Apply load balancing principles across distribution panels", "Connect distribution fundamentals to PDU architecture and monitoring", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Distribution Chain Fundamentals", "summary": "From facility feed to branch circuit, step by step." }, { "title": "Panels & Breaker Sizing", "summary": "Reading panel schedules and sizing breakers correctly." }, { "title": "Load Balancing", "summary": "Distributing load evenly across panels and circuits." }, { "title": "Connecting to PDU Architecture", "summary": "How distribution fundamentals show up in rack-level PDU design." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=power-distribution-systems-fundamentals", "faqs": [ { "question": "Why should each side of an A/B power feed stay under 50%?", "answer": "In a redundant design, if one feed fails, the other must carry the entire load of dual-corded equipment. If each side is loaded above 50% of its usable capacity, the surviving side can trip on overload and cause an outage instead of preventing one." }, { "question": "What is phase balancing?", "answer": "Three-phase systems work best when load is spread evenly across the three phases. Unbalanced loads waste capacity, increase neutral current and can cause one phase to trip before the others. Load balancing is covered in its own module." }, { "question": "What should I take after this course?", "answer": "Power Systems & Electrical Fundamentals covers the full power chain from utility to PDU, including redundancy strategies. UPS Systems Fundamentals is a good next step for the UPS portion." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" }, { "id": "roofing-systems-maintenance-fundamentals", "catalog_number": 460, "title": "Roofing Systems Maintenance Fundamentals", "url": "https://datacentertraining.us/courses/roofing-systems-maintenance-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/roofing-systems-maintenance-fundamentals.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Preventive roofing maintenance to protect the facility below it.", "description": "A roof leak above a data hall is a very different problem than a roof leak above an office. This course covers roofing system types, preventive maintenance scheduling, and inspection practices that catch problems before they threaten the equipment below. You'll leave with a risk-based way to prioritize roof maintenance by what's actually underneath it, not just a generic inspection checklist.", "why_it_matters": "A roof leak above an office damages ceiling tiles. A roof leak above a data hall can reach energized equipment, trigger an emergency shutdown or force a customer migration. Data center roofs also carry more than weather: condensers, dry coolers, exhaust fans, antennas and the foot traffic of technicians who service them. Most roof failures give warning signs first: ponding water, blocked drains, open seams, damaged flashing around penetrations or punctures near rooftop equipment. Common roof types such as TPO, EPDM, modified bitumen and built-up roofs each have typical weak points. Many facilities inspect at least twice a year and after major storms. This course covers roofing system types, inspection scheduling, early failure signs and risk-based prioritization of repairs.", "audience": "Facilities technicians responsible for roof inspection and maintenance scheduling.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Identify common roofing system types and their maintenance needs", "Build a preventive roof inspection and maintenance schedule", "Recognize early warning signs of roof failure", "Prioritize roof maintenance based on what's underneath", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Roofing System Types", "summary": "Common commercial roofing systems and how they age." }, { "title": "Preventive Inspection Scheduling", "summary": "Catching problems before they become leaks." }, { "title": "Early Failure Warning Signs", "summary": "What to look for during a roof inspection." }, { "title": "Risk-Based Prioritization", "summary": "Weighting roof maintenance by what's at stake below it." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=roofing-systems-maintenance-fundamentals", "faqs": [ { "question": "How often should a data center roof be inspected?", "answer": "A common practice is at least twice a year, often in spring and fall, plus after severe weather. Roofs with a lot of rooftop equipment or a history of leaks may need more frequent checks." }, { "question": "What are the most common causes of roof leaks?", "answer": "Failed flashing around penetrations and curbs, open seams, blocked drains that cause ponding, and punctures from foot traffic or dropped tools near rooftop equipment. Many of these can be found early with regular inspections." }, { "question": "How should roof repairs be prioritized?", "answer": "By risk: what is directly above critical equipment, how likely the defect is to leak and how bad the consequence would be. The course's risk-based prioritization module covers how to rank repairs so the most important work is done first." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning" ], "last_updated": "2026-11-13" }, { "id": "server-room-ergonomics-manual-handling", "catalog_number": 461, "title": "Server Room Ergonomics and Manual Handling Training", "url": "https://datacentertraining.us/courses/server-room-ergonomics-manual-handling.html", "api_url": "https://datacentertraining.us/api/v1/courses/server-room-ergonomics-manual-handling.json", "track": "Operations & Reliability Track", "category": "Operations", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 1, "duration_iso8601": "PT1H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Safe lifting and ergonomic practices for server room and data hall work.", "description": "Server and rack hardware is heavy, awkward, and often handled in tight spaces. This course covers safe lifting technique, ergonomic workstation setup, and manual handling practices specific to server room and data hall environments. You'll leave with practical habits that reduce strain injury risk during equipment installs and moves, not just generic lifting advice.", "why_it_matters": "Servers, storage arrays and switches are heavy, awkward and often installed high in a rack or low near the floor, in narrow aisles. Some modern GPU servers weigh well over 100 pounds. Lifting injuries, strains from reaching into racks and pinched fingers are some of the most common injuries in data center work. The NIOSH Revised Lifting Equation is a widely used method for judging whether a lift is safe, and it starts from a recommended maximum of 51 pounds under ideal conditions. Real data center lifts are rarely ideal, so team lifts, server lifts and good planning matter. Workstation setup in operations centers matters too. This course covers safe lifting, ergonomic workstation setup, manual handling in tight spaces and injury prevention.", "audience": "IT technicians and installation crews handling equipment in server rooms.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Apply safe lifting technique to server and rack hardware", "Set up ergonomic workstations for extended server room tasks", "Recognize manual handling risks specific to tight data hall spaces", "Reduce strain injury risk during equipment installation and moves", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "Safe Lifting Technique", "summary": "Lifting server and rack hardware without injury." }, { "title": "Ergonomic Workstation Setup", "summary": "Reducing strain during extended server room tasks." }, { "title": "Manual Handling in Tight Spaces", "summary": "Handling equipment safely in constrained data hall environments." }, { "title": "Injury Prevention", "summary": "Reducing strain injury risk during installs and moves." } ], "bundles": [ { "id": "bundle-operations-reliability", "name": "Operations & Reliability Bundle", "price_usd": 830.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=server-room-ergonomics-manual-handling", "faqs": [ { "question": "How heavy is too heavy to lift alone?", "answer": "The NIOSH Revised Lifting Equation starts from 51 pounds under ideal conditions and reduces that limit for lifts that are far from the body, high, low, twisting or frequent. Many rack-mount lifts fall well below that adjusted limit, so team lifts or mechanical lifts are often needed." }, { "question": "When should a server lift be used?", "answer": "For heavy equipment, installations high or low in the rack, and any lift where the worker cannot keep the load close to the body. Many facilities set a weight threshold above which a lift or second person is required." }, { "question": "Who should take this course?", "answer": "IT technicians, installation crews, remote hands staff and anyone who moves, racks or de-racks equipment in server rooms and data halls." } ], "related_course_ids": [ "data-center-operations-management", "disaster-recovery-business-continuity", "preventive-maintenance-planning", "incident-response-troubleshooting", "business-continuity-disaster-recovery-planning" ], "last_updated": "2026-11-13" }, { "id": "ups-systems-fundamentals", "catalog_number": 462, "title": "UPS Systems Fundamentals", "url": "https://datacentertraining.us/courses/ups-systems-fundamentals.html", "api_url": "https://datacentertraining.us/api/v1/courses/ups-systems-fundamentals.json", "track": "Power & Electrical Systems Track", "category": "Power & Electrical", "course_type": "modular", "course_type_label": "Modular Specialization", "duration_hours": 2, "duration_iso8601": "PT2H", "module_count": 4, "price_usd": 99.99, "currency": "USD", "standards": [], "summary": "Foundational UPS theory to complement hands-on operations and load testing.", "description": "This course covers UPS system fundamentals — topology types, battery interaction, and control logic — as the theory foundation that makes the hands-on UPS Operations & Load Testing course click faster. Built for technicians who want to understand the why behind UPS operating procedures, not just the steps.", "why_it_matters": "The UPS is the piece of equipment most responsible for keeping IT load running through power problems, but its displays, modes and alarms can be confusing without the theory behind them. Technicians who understand how a UPS converts, conditions and stores power make better decisions during alarms and transfers. UPS systems come in three main topologies: standby (offline), line-interactive and double-conversion online. IEC 62040-3 classifies them by how well the output is protected from input problems. Large data centers almost always use double-conversion, which feeds the load from the inverter continuously. This course explains UPS topologies, how the UPS manages its batteries, how to read control panel status and alarms, and how that theory connects to load testing.", "audience": "Facilities technicians who need UPS theory before hands-on operations training.", "prerequisites": "No prior certification required. Relevant equipment exposure is helpful.", "learning_outcomes": [ "Understand UPS topology types and how they differ", "Explain how UPS systems interact with battery banks", "Read UPS control panel status indicators and alarms", "Connect UPS theory to real-world load testing and maintenance procedures", "Certificate of completion on finish", "Self-paced — start and stop anytime", "Delivered by an IACET-accredited provider", "Volume pricing available for teams" ], "modules": [ { "title": "UPS Topology Fundamentals", "summary": "Online, line-interactive, and standby UPS, explained from first principles." }, { "title": "UPS-Battery Interaction", "summary": "How UPS systems manage and protect connected battery banks." }, { "title": "Control Panel & Alarms", "summary": "Reading UPS status indicators and alarm codes." }, { "title": "From Theory to Load Testing", "summary": "Connecting UPS fundamentals to hands-on load-bank procedures." } ], "bundles": [ { "id": "bundle-power-electrical", "name": "Power & Electrical Systems Bundle", "price_usd": 986.99, "url": "https://datacentertraining.us/bundles.html" }, { "id": "bundle-complete-catalog", "name": "Complete Data Center Professional Bundle", "price_usd": 2928.99, "url": "https://datacentertraining.us/bundles.html" } ], "language": "en", "delivery": "Online, self-paced, no completion deadline", "certificate": { "type": "Certificate of completion", "issuer": "HAZWOPER OSHA Training, LLC", "issuer_accreditation": "IACET Accredited Provider (provider-level accreditation)", "delivery": "Issued immediately on completion; downloadable and printable", "validity_period": "No fixed expiration; follow your employer's refresher policy", "verification_url": "https://hazwoper-osha.com/certificate-verification", "is_license_or_government_certification": false, "ceu_or_pdh_credit": false }, "availability": "available", "enroll_url": "https://datacentertraining.us/checkout.html?item=ups-systems-fundamentals", "faqs": [ { "question": "What is a double-conversion UPS?", "answer": "A double-conversion (online) UPS converts incoming AC power to DC and then back to clean AC for the load. The load is always fed by the inverter, so it is isolated from most utility disturbances, and there is no transfer time when utility power fails." }, { "question": "What do UPS modes like 'on bypass' and 'on battery' mean?", "answer": "'On battery' means the UPS is supplying the load from its batteries because input power is lost or out of tolerance. 'On bypass' means the load is fed directly from the bypass source, not the inverter, so it is not protected by the batteries. The Control Panel & Alarms module explains these states." }, { "question": "What should I take after this course?", "answer": "UPS Operations & Load Testing, the hands-on course on UPS operation, transfers and load-bank testing. Data Center UPS and Battery System Safety Training covers the hazards of working around UPS and battery installations." } ], "related_course_ids": [ "power-systems-electrical-fundamentals", "ups-operations-load-testing", "generator-operations-maintenance", "electrical-safety-best-practices", "batteries-dc-circuits" ], "last_updated": "2026-11-13" } ] }