Primavera P6 Data Center Training

Data center projects demand more than a basic construction schedule. They require precise coordination of civil, structural, architectural, electrical, mechanical, technology, and commissioning activities—all while managing aggressive completion dates and complex system dependencies.

This one-day, industry-focused Primavera P6 course teaches participants how to develop, organize, sequence, update, and analyze a realistic data center construction schedule. Using the data center lifecycle as the framework, participants learn how major scopes of work—from site preparation and underground utilities through energization, integrated systems testing, and turnover—should be represented in P6.

The course combines practical Primavera P6 techniques with real-world data center construction sequencing, helping schedulers create schedules that are credible, measurable, and useful for project execution.

Plan. Sequence. Control.

Course element Description Duration One day — 8 hoursFormatInstructor-ledDeliveryIn-person or live virtual Software Oracle Primavera P6 ProfessionalCourse levelIntermediate / industry-focusedMethodPresentation, instructor demonstration, schedule examples, and hands-on exercisesIndustry focusHyperscale, colocation, enterprise, and mission-critical data center construction

This course is designed for:

• Project planners and schedulers
• Project controls professionals
• Construction managers
• Project managers
• Owners’ representatives
• EPC and general contractor personnel
• Electrical and mechanical package managers
• Professionals transitioning into data center projects

Basic familiarity with Primavera P6 is recommended. The course focuses on applying P6 to data center construction rather than teaching every introductory software function.

By the end of the course, participants will be able to:

• Understand the complete data center construction lifecycle.
• Develop a practical EPS, project, WBS, and activity structure.
• Translate data center scope into measurable schedule activities.
• Sequence civil, structural, architectural, MEP, technology, and commissioning work.
• Identify major interfaces between utility power, substations, generators, UPS systems, cooling systems, and white-space deployment.
• Apply appropriate activity relationships, constraints, calendars, and coding.
• Establish contractual, construction, energization, and turnover milestones.
• Recognize the major drivers of the data center critical path.
• Organize the schedule by building, area, system, trade, contractor, and turnover package.
• Status the schedule and communicate progress, delays, float, and forecast completion.
• Use the schedule to support management reporting and project-control decisions.

• Module 1 — Data Center Project Lifecycle
• Module 2 — Building the P6 Schedule Framework

• Module 3 — Data Center Construction Sequencing

• Module 4 — Long-Lead Procurement and Equipment Delivery

• Module 5 — Electrical and Mechanical Systems

• Module 6 — White Space and Technology Deployment

• Module 7 — CPM Logic and Critical Path Development

• Module 8 — Commissioning and Turnover

• Module 9 — Progress Updating and Schedule Controls

Participants work with a representative data center schedule to:

• Review the WBS and activity-code structure.
• Identify missing scope and incomplete logic.
• Sequence selected civil, electrical, mechanical, and commissioning activities.
• Connect long-lead procurement to installation need dates.
• Calculate the schedule and review the critical path.
• Update selected activities using a defined data date.
• Evaluate float, forecast dates, and potential schedule risks.
• Produce a practical filtered or grouped P6 layout.

Participants receive:

• One-day course presentation
• Data center scheduling reference material
• Example data center WBS
• Construction-sequencing guidance
• Certificate of completion