Opleiding: Certified Data Center Professional - CDCP® (exam incl.) (English)

Lesmethode :

Klassikaal

Algemeen :

The CDCP course at Vijfhart is an intensive data center training that gives you all the essential knowledge to design, manage, and optimize data centers. Over two days, you gain a complete overview of infrastructure and processes, with a strong focus on practical application and preparation for the official CDCP exam. The course was developed by EPI, the global authority on data center services such as audits, certifications, and consulting. In the Netherlands, EPI courses are exclusively available via Vijfhart.

During the course, you explore the key aspects of data center infrastructure. You learn how to distinguish different types of data centers and assess their impact on business continuity. The training also covers international standards and compliance requirements, site selection criteria, construction guidelines, and supporting facilities for building a resilient data center. Topics include power distribution and redundancy, UPS systems, microgrids, transformers, and batteries. You discover how to apply load management and grounding, and how raised floors and suspended ceilings contribute to optimal airflow and cooling.

Lighting and emergency lighting are discussed not only in terms of safety but also energy efficiency. You get to know EMF sources and shielding techniques, fire protection systems, and access control. The course also explores AI-driven cooling, liquid cooling, containment, and Seasonal Thermal Energy Storage (STER). For network and cabling design, you work with redundancy solutions and TIA-942 topologies. Monitoring is another key topic, including BMS, DCIM, EMS, water leak detection, and alarm panels, tools that help you detect and resolve issues early.

Through practical case studies, you apply these concepts in realistic scenarios: designing redundant power systems, optimizing airflow with raised floors, implementing fire suppression systems, or securing physical access. The course equips you with the skills to manage existing data center environments effectively and to anticipate future technological developments.

Certification

After completing the course, you will be prepared for the internationally recognised EPI exam. The certificate is valid for three years.

Exam at the training location

As standard, you will take the exam at the training location on the final course day. The exam is delivered digitally via EXIN Online. You must bring your own laptop with a working browser and internet connection. The trainer will act as the exam supervisor.

Online exam at a later time

If you attend the course online via Microsoft Teams, are unable to be physically present on the final course day, or there is insufficient time to take the exam during the course, you will receive an EXIN Anywhere voucher. This allows you to take the exam online at a time of your choice.

This course is guaranteed to run.

Doel :

After completing the course, you will be able to design, manage, and optimize data centers in line with international standards. Upon successfully passing the exam, you earn the CDCP certification.

Doelgroep :

This course is designed for anyone working in or around data centers who is responsible for maintaining and improving their availability and manageability. That includes data center specialists, facility managers, system and network administrators, infrastructure architects, project managers, and technical consultants.

Voorkennis :

There is no prior knowledge required.

Onderwerpen :

- The mission critical site
+nbsp;+nbsp;+nbsp;- Business organization
+nbsp;+nbsp;+nbsp;- Types of data centres
+nbsp;+nbsp;+nbsp;- Importance of a data centre
+nbsp;+nbsp;+nbsp;- Elements of data centre
+nbsp;+nbsp;+nbsp;- Causes of unavailability
- Data centre standards
+nbsp;+nbsp;+nbsp;- Standards and guidelines
+nbsp;+nbsp;+nbsp;- Standards for sub-components
+nbsp;+nbsp;+nbsp;- International vs. national standards
- Data centre location, building and construction
+nbsp;+nbsp;+nbsp;- Criteria for selecting site location the data centre location
+nbsp;+nbsp;+nbsp;- Criteria for facility
+nbsp;+nbsp;+nbsp;- Supporting facilities and function
- Raised access flooring and suspended ceiling
+nbsp;+nbsp;+nbsp;- Standards
+nbsp;+nbsp;+nbsp;- Types of raised floors
+nbsp;+nbsp;+nbsp;- Loading factors
+nbsp;+nbsp;+nbsp;- General guidelines
+nbsp;+nbsp;+nbsp;- Grounding
+nbsp;+nbsp;+nbsp;- Ramp and landing platform
+nbsp;+nbsp;+nbsp;- Suspended ceiling
+nbsp;+nbsp;+nbsp;- Raised floor and suspended ceiling impact on cooling
- Light
+nbsp;+nbsp;+nbsp;- Measurements of light
+nbsp;+nbsp;+nbsp;- Standards
+nbsp;+nbsp;+nbsp;- Connecting and positioning of light fixtures
+nbsp;+nbsp;+nbsp;- Emergency light
+nbsp;+nbsp;+nbsp;- Types of emergency light
- Power infrastructure
+nbsp;+nbsp;+nbsp;- Sustainability
+nbsp;+nbsp;+nbsp;- Microgrid
+nbsp;+nbsp;+nbsp;- Transformers
+nbsp;+nbsp;+nbsp;- Generators
+nbsp;+nbsp;+nbsp;- Automatic Transfer Switch (ATS) and Static Transfer Switch (STS)
+nbsp;+nbsp;+nbsp;- Power redundancy levels and techniques
+nbsp;+nbsp;+nbsp;- Power distribution / Busbar trunking
+nbsp;+nbsp;+nbsp;- Single phase and three phase power
+nbsp;+nbsp;+nbsp;- Grounding and bonding
+nbsp;+nbsp;+nbsp;- Isolation transformer
+nbsp;+nbsp;+nbsp;- PDU form factors
+nbsp;+nbsp;+nbsp;- Ingress Protection (IP) grades
+nbsp;+nbsp;+nbsp;- Power quality parameters
+nbsp;+nbsp;+nbsp;- Power sizing
+nbsp;+nbsp;+nbsp;- High Performance Computing
+nbsp;+nbsp;+nbsp;- UPS systems
+nbsp;+nbsp;+nbsp;- UPS parallel configurations
+nbsp;+nbsp;+nbsp;- Batteries
+nbsp;+nbsp;+nbsp;- Battery Energy Storage System (BESS)
+nbsp;+nbsp;+nbsp;- Thermographic scanning
- Electro Magnetic Fields (EMF)
+nbsp;+nbsp;+nbsp;- Types of EMF
+nbsp;+nbsp;+nbsp;- Units of measurements
+nbsp;+nbsp;+nbsp;- Standards and best practices
+nbsp;+nbsp;+nbsp;- Sources of EMF
+nbsp;+nbsp;+nbsp;- Shielding
- Equipment racks
+nbsp;+nbsp;+nbsp;- Standards
+nbsp;+nbsp;+nbsp;- Dimensions
+nbsp;+nbsp;+nbsp;- Types of racks
+nbsp;+nbsp;+nbsp;- Security
+nbsp;+nbsp;+nbsp;- Power strips / rails
- Cooling Infrastructure
+nbsp;+nbsp;+nbsp;- Cooling principles
+nbsp;+nbsp;+nbsp;- Temperature and humidity
+nbsp;+nbsp;+nbsp;- Types of cooling systems
+nbsp;+nbsp;+nbsp;- Raised floor cooling
+nbsp;+nbsp;+nbsp;- Non-raised floor cooling
+nbsp;+nbsp;+nbsp;- Supplemental cooling
+nbsp;+nbsp;+nbsp;- Containment
+nbsp;+nbsp;+nbsp;- Liquid cooling
+nbsp;+nbsp;+nbsp;- Seasonal Thermal Energy Storage (STER)
- Water supply
+nbsp;+nbsp;+nbsp;- Importance of water
+nbsp;+nbsp;+nbsp;- Backup water supply
- Designing a scalable network infrastructure
+nbsp;+nbsp;+nbsp;- Importance network cabling infrastructure
+nbsp;+nbsp;+nbsp;- Planning considerations
+nbsp;+nbsp;+nbsp;- Copper cabling
+nbsp;+nbsp;+nbsp;- Fibre cabling
+nbsp;+nbsp;+nbsp;- TIA-942 cabling system topology
+nbsp;+nbsp;+nbsp;- Testing and verification of cabling system
+nbsp;+nbsp;+nbsp;- Redundancy
+nbsp;+nbsp;+nbsp;- Site-to-site connectivity
- Fire protection
+nbsp;+nbsp;+nbsp;- Common causes of fire
+nbsp;+nbsp;+nbsp;- Requirements for fire suppression systems
+nbsp;+nbsp;+nbsp;- Standards
+nbsp;+nbsp;+nbsp;- Fire detection systems
+nbsp;+nbsp;+nbsp;- Water based fire suppression systems
+nbsp;+nbsp;+nbsp;- Gas-based fire suppression systems
+nbsp;+nbsp;+nbsp;- Classes of fire
+nbsp;+nbsp;+nbsp;- Best practices
+nbsp;+nbsp;+nbsp;- Handheld fire extinguishers
+nbsp;+nbsp;+nbsp;- Requirements for signage and safety
+nbsp;+nbsp;+nbsp;- Regulatory requirements
- Physical security and safety
+nbsp;+nbsp;+nbsp;- Components for physical security
+nbsp;+nbsp;+nbsp;- Components for physical safety
- Auxiliary Systems
+nbsp;+nbsp;+nbsp;- Monitoring challenges
+nbsp;+nbsp;+nbsp;- Monitoring requirements
+nbsp;+nbsp;+nbsp;- Environmental Monitoring System (EMS)
+nbsp;+nbsp;+nbsp;- Building Management System (BMS)
+nbsp;+nbsp;+nbsp;- Data Centre Infrastructure Management (DCIM)
+nbsp;+nbsp;+nbsp;- Water leak detection
+nbsp;+nbsp;+nbsp;- Alarm panels
+nbsp;+nbsp;+nbsp;- Notification
+nbsp;+nbsp;+nbsp;- Best practices