F-04, Architecture
Data Center layout and space planning
Translate capacity and resilience requirements into a maintainable physical layout for racks, airflow, power and connectivity.
Objectives
- Turn workload and growth assumptions into spatial requirements
- Coordinate rack layout with airflow, power, cabling and maintenance access
- Identify layout decisions that create hotspots or single points of failure
- Define validation checks for design and installation
Audience
Infrastructure architects, Data Center planners, IT and facilities engineers, project teams and technical buyers.
Prerequisites
- Understanding of basic Data Center systems
- Ability to read a simple technical layout is helpful
Programme
01
Requirements and constraints
- IT demand, growth scenarios and capacity units
- Room geometry, structural limits, access and maintainability
- Security zoning and separation of operational flows
- Documenting assumptions, constraints and design decisions
02
Rack layout and airflow
- Hot aisle and cold aisle arrangements and containment
- Blanking, openings, bypass air control and hotspot prevention
- Rack density and equipment intake conditions
- Cooling unit placement and interaction with the room
03
Power, connectivity and validation
- Distribution paths, rack feeds and resilience boundaries
- Copper and fibre pathways, route diversity and serviceability
- Multidisciplinary reviews, inspection, testing and commissioning
- Updating drawings and records after handover
Outcomes
- Review a layout against capacity, airflow and maintainability criteria
- Spot common coordination risks between IT and facility systems
- Build a concise design validation checklist
Public references
TALINTS programme outline informed by openly accessible institutional publications.