What is a Data Center?

• The data center stack
• Types of data center

The Design Planning Process

• Main design considerations
• Developing a project plan

Scoping the Requirement

• Identifying key stakeholders
• Market and political drivers
• National and international standards
• Availability and resilience classifications
• Introduction to Availability Models (Uptime Tier, TIA 942-B Rating, BICSI Classes & Syska Hennessy Critical Levels)
• Recommendations for location, size, heights, floor loading, lighting and décor

Whitespace Floor

• National and international standards
• Structural and load requirements
• Recommended floor heights
• Airflow and sealing
• Ramps and access
• Seismic protection
• Slab floor construction considerations

Cabinets

• Requirements of a cabinet
• Security, safety and stabilization
• Clearance, accessibility and ventilation
• Cable management
• Seismic stability considerations
• Design specifications

Power

• Regulations and codes
• The meaning of N, N+1 2(N+1), etc
• Power delivery and distribution losses
• Uninterruptible Power Supply (UPS) options
• Generator considerations
• Power distribution units
• Power distribution to, and in a rack
• Remote Power Panels (RPPs)
• Emergency Power Off (EPO)
• Estimating power requirements

Cooling

• National and international standards
• Basics of air conditioning principles
• CRAHs and CRACs
• ASHRAE Operational parameters
• Under floor plenum approach
• Hot aisle/cold aisle layout principle
• Hot and cold aisle containment
• Psychrometric charts
• Min and max throw distances for under floor air
• Bypass and recirculation
• Airflow management
• Chilled water racks, CO2, free air cooling

Earthing & Bonding

• Applicable standards
• The terminology of earthing, grounding & bonding
• Equipotential bonding
• Electrostatic Discharge (ESD)
• Functional earths
• The Signal Reference Grid (SRG)

Cable Containment, Management & Protection

• Applicable standards
• Separation of power and data cables
• Administration and labelling
• Types of conduit, trunking, tray, etc, available
• Earthing and bonding
• Containment fill ratio
• Underfloor v overhead containment
• Cable management, in and to a rack
• Fire stopping

Delivering the IT Strategy

• Data center equipment
• Functions and protocols, current and future
• Data center connections
• Cabling requirements
• Cabling standards
• Cabling options
• The impact of 40G and 100G
• The impact of virtualization

Copper and Optical Fiber Cabling Connectivity

• Cabling standards
• Cable standards, 10GBASE-T, CAT6A & Cat 7A & Cat 8
• Screened vs unscreened cables
• High density patching
• Alien crosstalk
• Copper test requirements
• Design for growth management
• Channel connections
• Connection topologies
• Optical connectors, past and present
• Optical fiber management
• Types of optical cable
• Pre-terminated cabling
• Advantages/disadvantages of pre-terminating cables
• Optical component loss and link power budgets
• Application link loss
• Optical testing requirements
• Pre-terminated cabling

Safety and Manageability

• Local codes and regulations
• Fire safety plan
• ASD and detection systems
• Fire suppression systems
• Fire safety cable requirements
• Security and access control

Commission and handover

• Benefits of commissioning
• Commission process and test sequence
• Handover process and training
• Lessons learned

Power Review

• Power consumption trends
• Energy availability, security and cost
• Energy challenges facing the data center

Power Regulations

• Which regulations affect data centers?
• Environmental regulations and pressures
• Energy and environmental programs

Power Basics

• Ohm’s law, Joule’s law, the Kirchhoff laws
• Electrical parameters
• AC and DC
• Single phase and three phase
• Residual currents
• Harmonics

Power to the Data Center

• Where does the electricity come from?
• Electrical supply options
• Transformers
• Surge suppression devices
• Costs of electrical power
• Types of tariff available
• Alternate power supply options

Distribution in the Data Center

• Electrical circuit requirements
• Switching devices
• Power factor correction units
• Automatic and static transfer switches
• Main, feeder, sub-main circuits
• Power distribution units
• Remote power panels
• Final circuits
• Cable and fuse sizing
• Power distribution and associated losses
• TN-S systems
• Energy efficiency

Standby Power

• UPS components, batteries and redundant systems
• UPS options and considerations
• Static and maintenance bypasses
• Standby generators

Cooling Review

• Data Center limiting factors
• Sources of cooling inefficiencies
• Cooling trends

Regulatory Climate

• Which regulations affect data centers?
• Environmental pressures
• Cooling efficiency
• Design considerations & planning redundancy
• Overview of Computational Fluid Dynamics (CFD)
• Periodic review process

Environmental Parameters

• Standards, NEBS, ETSI, ASHRAE
• Operating environment ranges
• Rate of change
• ASHRAE psychrometric charts
• Humidification systems
• The need for sensors
• Measuring and monitoring

Collecting the Heat

• Cooling system overview
• CRACs and CRAHs
• Maximizing existing investment
• Rack v row options
• Dynamics and problems of air flow
• Liquid cooling
• Comparison of high-density cooling
• Available cooling options

Heat Rejection Or Reuse

• Heat transfer considerations
• DX systems
• Chilled water CRAHs
• Chiller options
• Adiabatic cooling
• CWS and CHWS plant
• Design considerations
• Free cooling and free – air cooling
• Commissioning maintenance
• Planned preventative maintenance

Energy Use Systems

• Energy efficiency issues
• Layers of inefficiency
• Power system provision
• Cooling system provision
• Understanding areas of improvements

IT Infrastructure

• Extending the operating envelope
• Environment zones
• Accurate IT calculations
• Energy use in the IT equipment
• Software and storage considerations
• Transformation options
• Energy efficient IT equipment

Power Systems

• Energy use in the data center
• DC power train
• Matching the support to the IT load
• Transformer efficiencies
• UPS & motor efficiencies
• DCiE for modular provisioning
• Maximizing the power factor
• Measuring and monitoring
• Infrared inspections
• Planned electrical safety inspections
• Implementing data center electrical efficiency

Cooling Efficiency

• Cooling, a cascade system
• Affinity laws and cooling equation
• CRAC and CRAH efficiencies
• Optimizing air-side systems & water-side systems
• DCiE for cooling options
• Diagnostic and site specific monitoring
• Design considerations

Data Center Metrics

• Where and what can we measure?
• The metric stack
• Metric characteristics
• Current industry metrics (PUE, CUE, WUE, ERE, RCI & RTI)
• Chained value metrics (CADE)
• Proxy metrics (FVER, DPPE, DCeP)

Efficiency Models & Best Practices

• Energy calculations
• Levels of modelling
• Modelling tools
• Sources of guidance
• Effective v Efficient
• The DC language barrier
• the multi-functional team
• Design for efficiency, operability & flexibility
• Industry recognized best practices

Design Management

• Characteristics of project management
• Key project processes
• Identifying and engaging with key stakeholders
• Setting goals
• Prioritization of activities
• Cornerstones of project management

Managing the Design Process

• What is to be delivered?
• What constraints are there?
• Managing dependencies
• Managing the tribes
• Managing conflict
• Identifying risk
• Risk and issue management
• Change management
• Reporting and communication

Managing the Design Implementation Process

• Project charter and specification
• Risk assessment and management
• Scope management
• Float and critical path
• Human resource management
• Project integration and work breakdown structure
• Time and cost management
• Handover and progressive acceptance

5 day class requiring pre-class study of approximately 20 hours.

The program will prove beneficial for professionals already designing projects for implementation within a data center facility, or those looking to advance into the data center design from associated data center technical or operational roles.

Experience of working within a data center environment is essential; preferably with two years experience in a technical IT, operational or facilities role. If you would like to discuss your experience or suitability for this program please contact us.

Learners are required to undertake pre-class study, which is fully supported by an experienced and dedicated online support team.

Learners are required to have:

• A webcam and microphone enabled laptop with unrestricted wireless internet connectivity and a pre-installed web browser
• A suitable application for reading/annotating PDFs and a suitable application for editing standard office documents such as Microsoft Word, PowerPoint, and Excel

CDCDP^® certified individuals will possess unrivalled knowledge, expertise and capability to deliver a comprehensive data center design to meet on-going operational and business needs.

• Internationally and industry recognized BTEC Level 5 Professional Award Certified Data Center Design Professional

• Continual Professional Development (CDPs)

• Identify key stake holders and understands the business needs driving the design
• Can apply industry data center design principles incorporating all aspects of a complex design
• Applies current best practices and applicable standards to ensure design compliance
• Provides a complex design that considers flexibility and scalability to address future requirements

• Designer establishes a clear baseline to initiate a complete and successful design demonstrating a level of confidence to the stakeholder
• The business can benefit from professional designers who recognize that organizational requirements must be understood to realize and initiate a successful design
• Application of regulatory and legislative standards that impact data center design demonstrates a commitment to quality and compliance
• Recognizes and addresses future requirements leading to increased confidence that the design will address the future evolution of the data center

• Masters Degree in Data Center Leadership and Management - ideal for leaders and senior managers working in data center facilities
  
  
• Certified Data Center Management Professional (CDCMP^®) – ideal for senior engineers/technicians moving into the data center management structure
  
  
• Certified Data Center Audit Professional (CDCAP^®) – gain a greater appreciation of the audit process structure ensuring the quality and compliance of the data center environments
  
  
• Certified Data Center Energy Professional (CDCEP^®) – ideal for managers to gain a greater understanding of the energy efficiency and how to implement an energy efficiency plan