Certified Data Center Engineering, Procurement, and Construction (EPC) Professional (CDCEP) Certification Program by Tonex
Certified Data Center Engineering, Procurement, and Construction (EPC) Professional (CDCEP) Certification Program by Tonex is designed for professionals responsible for delivering modern data center projects from concept through turnover. The program brings together engineering coordination, procurement planning, construction execution, commissioning readiness, and project controls into one practical framework. Participants gain a clear understanding of how civil, structural, architectural, mechanical, electrical, plumbing, fire protection, controls, and telecom disciplines must align to meet schedule, quality, performance, and client expectations in complex data center environments.
The program also highlights how cybersecurity affects the delivery of digital infrastructure projects. Data centers depend on connected controls, BMS, EPMS, DCIM platforms, remote monitoring, and integrated operational networks, which means cybersecurity must be considered during design coordination, procurement decisions, system integration, and turnover planning. A weak approach to cybersecurity can expose critical facilities to operational disruption, unauthorized access, and compliance risk. This program helps participants see how technical delivery and cybersecurity resilience must move together in high-availability facilities.
Learning Objectives
- Develop an EPC execution strategy for data center delivery across design, procurement, construction, and turnover phases
- Coordinate multidisciplinary engineering interfaces to reduce clashes, delays, and scope gaps during project execution
- Manage long-lead equipment procurement, expediting activities, and supplier alignment with project milestones
- Build schedule logic that reflects fabrication durations, delivery risk, installation sequencing, and completion dependencies
- Support commissioning readiness by aligning construction completion, documentation control, and integrated systems testing needs
- Strengthen decision-making for change control, claims prevention, risk mitigation, and stakeholder coordination
- Recognize how cybersecurity requirements influence controls integration, digital infrastructure reliability, and operational readiness
Audience
- Project Engineers
- Design Managers
- Procurement Managers
- Construction Project Managers
- Commissioning Leads
- Owner’s Representatives
- Cybersecurity Professionals
Program Modules
Module 1: EPC Delivery Models and Strategy
- Define EPC delivery structures for data center projects
- Compare contracting approaches and commercial allocation principles
- Establish owner, engineer, contractor, and vendor responsibilities
- Align scope packaging with schedule and execution goals
- Review governance workflows for decisions and approvals
- Develop project execution planning for integrated delivery
- Identify constraints affecting cost, time, and quality
Module 2: Design Basis and Discipline Coordination
- Interpret basis of design for project alignment
- Coordinate civil, structural, and architectural interfaces
- Integrate mechanical, electrical, plumbing, and fire scopes
- Manage drawing reviews and technical submittal workflows
- Track design changes across connected work packages
- Resolve coordination gaps before field execution begins
- Support design maturity for procurement and construction
Module 3: Power Systems Planning and Delivery
- Review utility, standby, and backup power concepts
- Plan switchgear, UPS, transformer, and busway delivery
- Coordinate generator systems with electrical distribution networks
- Address battery systems and supporting infrastructure needs
- Evaluate installation sequencing for energized system safety
- Support testing prerequisites for critical electrical equipment
- Manage documentation for electrical completion and turnover
Module 4: Cooling Infrastructure and Mechanical Execution
- Review chilled water and direct expansion approaches
- Coordinate chillers, CRAH, CRAC, and pump systems
- Plan piping, valves, controls, and support infrastructure
- Align mechanical installation with architectural constraints
- Address constructability concerns across equipment rooms
- Prepare mechanical systems for prefunctional completion activities
- Support turnover readiness for cooling system packages
Module 5: Controls Integration and Digital Systems
- Coordinate BMS, EPMS, and DCIM implementation requirements
- Define points lists, sequences, and integration pathways
- Align controls vendors with mechanical and electrical teams
- Review telecom pathways supporting connected facility systems
- Track interfaces between controls, alarms, and monitoring
- Address cybersecurity considerations in networked building systems
- Prepare integrated systems for functional verification readiness
Module 6: Procurement Leadership and Supply Planning
- Develop procurement strategies for long-lead equipment
- Evaluate vendor qualification and technical compliance needs
- Build expediting plans around manufacturing milestones
- Track shipping risks, customs issues, and delivery windows
- Coordinate procurement status with master schedule updates
- Manage substitutions, shortages, and supply chain disruptions
- Align procurement records with project controls reporting
Module 7: Construction Sequencing and Site Execution
- Plan construction activities around access and logistics
- Coordinate trade sequencing across congested project areas
- Monitor installation readiness, permits, and work fronts
- Control field changes and unresolved coordination issues
- Support site safety, quality, and progress reporting
- Align completion activities with turnover requirements
- Improve communication between office and field teams
Module 8: Quality Assurance and Controlled Documentation
- Establish quality processes for critical facility delivery
- Manage inspections, checklists, and completion records
- Track RFIs, submittals, revisions, and approved documents
- Maintain traceability for equipment and installation status
- Support punch management across multiple system packages
- Improve turnover package completeness and document accuracy
- Reduce rework through disciplined quality oversight
Module 9: Commissioning Readiness and IST Planning
- Define commissioning scope across all facility systems
- Prepare completion strategy for prefunctional activities
- Align construction closeout with startup prerequisites
- Coordinate integrated systems testing planning requirements
- Review turnover documentation for commissioning acceptance
- Track readiness gaps affecting client handover milestones
- Support final transition to operational stakeholders
Module 10: Risk Control and Commercial Management
- Identify project risks across design and execution phases
- Manage change control processes for evolving requirements
- Review claims drivers linked to delay and disruption
- Track commercial exposure from procurement uncertainties
- Improve reporting for risk ownership and escalation
- Support mitigation planning for schedule and cost impacts
- Align project controls with decision-making governance
Exam Domains
- Program Governance and Commercial Leadership
- Integrated Technical Assurance
- Critical Infrastructure Reliability
- Supply Chain and Vendor Performance
- Turnover and Operational Readiness
- Project Risk and Recovery Management
Course Delivery
The course is delivered through a combination of lectures, interactive discussions, hands-on workshops, and project-based learning, facilitated by experts in the field of Certified Data Center Engineering, Procurement, and Construction (EPC) Professional (CDCEP). Participants will have access to online resources, including readings, case studies, and tools for practical exercises.
Assessment and Certification
Participants will be assessed through quizzes, assignments, and a capstone project. Upon successful completion of the course, participants will receive a certificate in Certified Data Center Engineering, Procurement, and Construction (EPC) Professional (CDCEP).
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified Data Center Engineering, Procurement, and Construction (EPC) Professional (CDCEP) Certification Training exam, candidates must achieve a score of 70% or higher and successfully complete the integrated project exercise.
Advance your ability to lead complex data center delivery programs with confidence. Enroll in the Certified Data Center Engineering, Procurement, and Construction (EPC) Professional (CDCEP) Certification Program by Tonex and strengthen your expertise in engineering coordination, procurement strategy, construction execution, commissioning readiness, and cybersecurity-aware infrastructure delivery.