• Introduction to safety protocols, emergency systems, and operational procedures for data center environments
• Overview of security, cleaning, hardware/software, IT service maintenance, cabling, power and cooling services, plumbing, and BMS monitoring

• Comprehensive overview of the design and operations of a mission-critical facility, covering hardware configurations, site validation, and layout development.
• Coverage of redundancy configurations, facility area calculations, bid package delivery, vendor selection, and commissioning processes.

• Foundational concepts of reliability, resiliency, and their relationship to downtime in mission-critical environments.
• Exploration of the critical environment, industry challenges, increasing heat densities, the grid, planning, engineering design, project management, testing, commissioning, and operations.

• Principles and practices for maintaining reliable power distribution in mission-critical facilities.
• Coverage of system evaluation, grounding and bonding, electrical distribution, transformers, switchgear, circuit breakers, electrical testing, and infrared thermography.

• Focused examination of arc flash hazards, causes, effects, and risk evaluation in mission-critical facilities.
• Training on short circuit studies, international standards, personal protective equipment (PPE), and prevention strategies.

• Basics of power production, power factor rating, and the impact of power quality on energy consumption and equipment performance.
• Exploration of power generation, the electrical energy cycle, renewable power, global standards, power quality issues, and solutions.

• Comprehensive understanding of Uninterruptible Power Supply (UPS) systems and their role in mission-critical facilities.
• Comparison of UPS types including static, delta conversion, double conversion, offline/standby, line interactive, and rotary UPS, plus UPS redundancy and batteries.

• In-depth examination of Static Transfer Switch (STS) components, configuration, installation, maintenance, and testing.
• Coverage of molded case circuit breakers, primary and secondary switch configurations, switch logic, 3-source static transfer, and monitoring features.

• Detailed view of Automatic Transfer Switch (ATS) features, requirements, control devices, uses, and safety regulations.
• Exploration of types of transfer switches, open transfer, closed transition, delayed transition, bypass isolation switches, and ATS integration.

• Necessity for standby power in mission-critical environments and generator system design, operation, and maintenance.
• Coverage of types of standby systems, load considerations, alternators, engine GenSet and cooling systems, generator sizing and redundancy, and lock-out/tag-out procedures.

• Understanding of fuel oil systems, fire detection, and fire suppression in mission-critical environments.
• Exploration of bulk storage, alternative fuel systems, fuel quality assurance, underground storage tanks, fuel distribution systems, and day tank control systems.

• Best practices for installing, operating, and maintaining data center flooring systems, with a focus on raised access floors.
• Coverage of types of loads, understructure support, seismic performance, raised floor grounding, water detection systems, air flow requirements, and energy efficiency methods.

• Management best practices for installing and operating facility cooling systems.
• Exploration of building HVAC, heat transfer, cooling calculations, psychrometric charts, CRAC and CRAH units, fans, pumps and valves, alternative cooling, and chillers.

• Industry best practices for optimizing energy efficiency through airflow management.
• Coverage of air volumes and cooling, balancing airflow, cable management, CFD calibration and validation, cooling path management, hot aisle containment, cold aisle containment, and in-row cooling.

• Strategies to maximize energy efficiency in alignment with ASHRAE standards and industry best practices.
• Exploration of DC energy consumption, PUE and DCIE metrics, Green Grid updates, heat transfer, hot aisle/cold aisle containment, and distribution of rack inlets.

• Overview of networking aspects of data center operations, from cable management to emerging IT technologies.
• Coverage of distributed generation, electromagnetic pulse, energy security, smart grid technologies, and infrastructure resilience.

• Critical intersection between mechanical and electrical infrastructure and cybersecurity.
• Exploration of IoT, IT vs OT, types of industrial control systems, evolution of SCADA, access control attack methods, case studies, and mitigation best practices.

• Overview of industry standards, regulations, and compliance frameworks relevant to mission-critical operations.
• Coverage of business continuity planning, critical infrastructure and CIP, encryption, FFIEC, IEC, ISO, NFPA, OCC, and total cost of ownership.

• Bridging the gap between technical excellence and human-centered design to reduce human error and optimize performance.
• Exploration of human factors principles, SHELL model, DIRTY DOZEN, work-as-done vs work-as-imagined, human error theories, incident investigation, root cause analysis, and lifecycle integration.

This course is designed for professionals entering or working in mission-critical environments who need a thorough grounding in how data center facilities operate. That includes data center technicians and facilities staff who are new to the role or transitioning from adjacent industries; remote hands teams who need structured technical awareness across the systems they work alongside; IT professionals moving into physical infrastructure or operations roles; and anyone hired without a data center background who needs to reach operational competence quickly and safely.

This course is not designed for engineers seeking advanced or specialist instruction in a specific discipline; the Power Professional and Cooling Professional courses provide that depth for their respective areas. It is also not suited to audiences seeking a business or commercial overview of the industry; the Business of Data Centers course is the appropriate starting point for that audience.

No. It can take someone from industry outsider to facility-ready technician, building foundational knowledge progressively across safety, infrastructure, power, cooling, and operations before introducing technical systems. Operators across the industry use this program to onboard talent from adjacent sectors including critical infrastructure, utilities, telecoms, and facilities management.

The most immediate benefit is a faster, more consistent path to operational competence for new hires. Rather than relying on senior staff to contextualize the environment for each individual, organizations can put entire cohorts through the same structured program and know that every technician has covered the same foundational material to the same standard, regardless of their prior background or the site they're joining. For operators hiring from outside the industry, this is particularly valuable: the program is designed to close the gap between no data center knowledge and facility-ready competence in a structured, measurable way.

Beyond onboarding, the program reduces operational risk. Technicians who understand why safety protocols exist, not just what they are, make better decisions under pressure and in unfamiliar situations. The safety-first sequencing of the curriculum is deliberate: arc flash, fire protection, fuel systems, and health and safety are covered before any systems training begins, because the cost of a technician misunderstanding those topics in a live environment is significant.

Organizations also benefit from the credibility the DCT certification provides externally. For operators who need to demonstrate to clients, auditors, and insurers that deployed staff are trained to a recognized standard, the DCT gives them a verifiable, industry-recognized credential to point to.

Completing 16 designated courses within the Foundations of Mission Critical Infrastructure series and passing the exam leads to the Data Center Technician (DCT) certification, an industry-recognized credential that formally demonstrates competence across data center safety, power, cooling, infrastructure, and operations.

Each course in the series includes a section of the Data Center Technician (DCT) exam rather than a standalone assessment. Learners take the exam in pieces as they progress through the material, making it more flexible and accessible than a single high-stakes final exam. Each exam section must be passed with a score of 70% or higher to achieve the Data Center Technician (DCT) certification.

Upon passing the course exam, you will receive two credentials.

The first is your official DCT certification carrying a unique certificate ID for authenticity verification and a record of the continuing education credits earned. The certification can be saved for personal records, attached to job applications, or uploaded to an internal HR or learning management system, making it straightforward for organizations to track training completion across teams.

The second is a verified digital badge issued through Credly, which can be shared directly to LinkedIn and other professional networks. For organizations running structured training programs, the digital badge gives learners a visible, shareable signal of their achievement and gives L&D teams an easy way to evidence program participation externally.

You may also add the certification's abbreviation (DCT) after your name in professional contexts, for example, in your email signature, business card, or LinkedIn headline.

Yes. DCD Academy is an IACET-accredited provider, and this course awards IACET Continuing Education Units (CEUs) that comply with the ANSI/IACET Continuing Education and Training Standard. IACET accreditation is the internationally recognized standard for continuing education and training quality.

Yes, each course in the FMCI course series results in CEUs. Courses range from .1-.4 CEUs each, with a total of 6.8 CEUs available to those who complete the entire course series. This is equivalent to 68 CPDs.

The FMCI series contains 19 courses in total. Completing 16 designated courses and passing the final exams lead to the Data Center Technician (DCT) certification.

3 courses (Networks and IT Technologies; Standards, Regulations and Procedures; and Human Factors in Data Center) are part of the series but are not required for the DCT credential. These voluntary courses provide additional depth in specific areas and can be completed as part of a broader development program.

Yes. Organizations training teams through DCD Academy can access the Workforce Development Platform, a proprietary tool that gives leaders real-time visibility into their team's capability levels, knowledge gaps, and confidence scores. Rather than relying on completion records alone, the platform turns training data into actionable workforce intelligence.

Before training begins, learners complete a diagnostics assessment that establishes a capability baseline, measuring both knowledge and confidence across the topics covered in the course. After training, the diagnostics is repeated, giving you a precise, quantifiable measure of knowledge gain and confidence improvement at the individual, team, and regional level. Leaders can monitor results through a live dashboard, filter by individual or team, and use the data to make informed decisions about where to focus further training investment.

For organizations building structured training programs or managing training across multiple sites or shifts, the platform removes the guesswork from workforce development and gives you a defensible, evidence-based picture of team readiness.

DCD Academy is the only data center training provider that combines industry-recognized certifications, practitioner-designed courses, and a proprietary Workforce Development Platform that measures team capability in real time. DCD Academy training is developed from DCD's 26 years as the data center industry's leading intelligence source, meaning course content reflects current operational realities, not static syllabuses. We train teams across 87 countries, including hyperscalers, colocation providers, enterprise operators, advisors and vendors.

Becoming a data center technician typically involves completing structured training that covers the core systems you'll work with on a live site (safety protocols, power distribution, cooling, infrastructure, and operations) followed by hands-on experience in a facility environment. You do not need a formal engineering degree or prior data center experience to start. Many of the industry's most capable technicians came from adjacent fields including utilities, telecoms, facilities management, and the armed forces. The most direct route is a structured training program like DCD Academy's Foundations of Mission Critical Infrastructure series, which can take participants from no data center background to facility-ready competence, and leads to the industry-recognized Data Center Technician (DCT) certification.

There are no universal formal qualifications required to work as a data center technician. The role is primarily defined by practical competence rather than academic credentials. What matters to employers is that you understand the systems you'll work with, that you can operate safely in a live critical environment, and that you can demonstrate a recognized standard of technical knowledge. The Data Center Technician (DCT) certification from DCD Academy is the industry's most widely recognized credential for this role. It demonstrates to employers that you have been trained to a defined standard across safety, power, cooling, infrastructure, and operations.

An effective data center technician training program should cover five core areas in a deliberate sequence. Safety must come first: arc flash, fire protection, fuel systems, and health and safety in critical environments. Skipping or deprioritizing safety training to get to technical content faster is a common mistake that creates real operational risk. Infrastructure and engineering principles come next, building the architectural understanding of how a facility is designed to manage failure. Power systems (UPS, generators, transfer switches) follow, as these are the systems technicians will physically interact with on site. Cooling and environmental management then build on that foundation. Operations and human factors close the curriculum, covering the procedural and behavioral elements that determine how well a technically competent person performs under pressure. A program that covers all five areas and assesses knowledge and confidence at each stage produces technicians who are facility-ready.

Training technicians at scale requires a program that is consistent, repeatable, and measurable across different sites, cohorts, and starting points. The common failure modes are relying on senior staff to train each new hire individually, which is inconsistent, slow, and pulls experienced people away from operational work. DCD Academy's approach combines a structured, purpose-built curriculum with on-demand delivery that fits around shift patterns, and a Workforce Development Platform that gives operations leaders real-time visibility into how every learner is progressing across every module. For organizations hiring at pace or across multiple markets, this means you can onboard large cohorts without compromising the consistency of what each person learns.

Upskilling an existing team is a unique challenge: the starting points are uneven, the knowledge gaps are often hidden, and pulling experienced staff through a full foundational program can feel disproportionate. The most effective approach starts with a baseline assessment rather than an assumption about what people already know. DCD Academy's Workforce Development Platform uses Diagnostic assessments to establish a precise picture of where each team member's knowledge and confidence actually sits across the topics that matter, before any training begins. Training is then assigned based on where the gaps are, rather than put everyone through the same curriculum regardless of what they already know. This is faster, more efficient, and produces measurably better outcomes than blanket training programs.