How to Set Up an Effective Data Center Operations Lab

Creating a data center operations lab that equips students with the practical skills needed for today’s fast-growing data center industry requires careful planning, state-of-the-art equipment, and a multidisciplinary approach. Northern Virginia Community College (NVCC) provides an excellent model with its pioneering Data Center Operations program. This guide, inspired by NVCC’s initiative, outlines the steps to establish a high-impact lab for training the next generation of data center professionals.

Step 1: Define the Scope and Goals of the Lab

The first step in setting up a data center operations lab is to determine its scope and learning objectives. NVCC’s program spans HVAC, electrical systems, power distribution, and process control, providing students with a comprehensive understanding of data center operations. Consider the following:

• Identify industry-aligned skills and certifications to target.
• Collaborate with local businesses to understand workforce needs.
• Plan for hands-on training opportunities in key disciplines.

Step 2: Equip the Lab with Industry-Standard Tools

The success of a data center operations lab hinges on its ability to simulate real-world environments. At NVCC, grant funding enabled the installation of cutting-edge equipment across two campuses, ensuring students gain practical experience. Here’s how each campus was outfitted:

Loudoun Campus

1. Data Hall Classroom
   • Focus: Server and HVAC training
   • Equipment:
     • Servers and racks (externally sourced)
     • Amatrol T7082A HVAC Training Systems
   • Key Outcomes: Students learn to manage HVAC requirements for optimal server performance and address heat-related challenges.
2. AC/DC Power Classroom
   • Focus: Electrical systems training
   • Equipment:
     • Dura-Tech Electronics Workstations with powered risers (GMI)
     • Amatrol Portable Training Systems:
       • 990-ACDC1 Portable AC/DC Learning Systems
       • 990-EC1F Electric Relay Control
       • 990-DRV1F AC Drives
       • 990-MC1FSL Motor Control Systems
     • DAC 400-PAC Basic Electricity Training Systems
     • Amatrol 85-MT5SL Motor Control Trainers
   • Key Outcomes: Hands-on experience in electrical systems critical to data center operations.
3. Trainer Classroom
   • Focus: Advanced troubleshooting and process control
   • Equipment:
     • 890-PECB PLC Troubleshooting Trainers
     • T5552, T5553, T5554, and T5555 Process Control Trainers
     • 970-ME Mechanical Trainers
     • 85-MT6B Electrical Wiring Trainers
     • 85-MT7B Power Distribution Trainers
     • 85-MT2SL Electrical Machines Trainers
   • Key Outcomes: Students develop advanced troubleshooting skills for industrial-grade equipment.

Woodbridge Campus

1. AC/DC Power Classroom
   • Focus: Electrical training
   • Equipment:
     • 850-MT6B Electrical Wiring Trainers
     • Tabletop Mechatronics Trainers
     • DAC 400-PAC Trainers
     • GMI Dura-Tech Electronics Workstations with powered risers
   • Key Outcomes: Practical knowledge of electrical systems for data centers.
2. Classroom 2
   • Focus: HVAC and mechanical training
   • Equipment:
     • Amatrol T7082A HVAC Trainers
     • 970-ME Mechanical Benches
     • Wisconsin Bench Lobo Student Tables
   • Key Outcomes: Flexible training in HVAC and mechanical systems.
3. Classroom 3
   • Focus: Electrical machines and process control
   • Equipment:
     • Amatrol 85-MT5SL Motor Control Trainers
     • T5552, T5553, T5554, and T5555 Process Control Trainers
     • 85-MT2SL Electric Machines Trainers
   • Key Outcomes: Skills in operating and troubleshooting sophisticated systems.
4. Data Hall
   • Focus: Server infrastructure management
   • Equipment:
     • GMI Wall Workstations
   • Key Outcomes: Real-world experience in server maintenance and configuration.

Step 3: Provide Hands-On Learning Opportunities

Hands-on training is the cornerstone of an effective lab. At NVCC, the combination of portable systems and industrial-grade trainers allows students to:

• Master foundational skills with portable trainers.
• Progress to advanced troubleshooting using full-scale equipment.
• Gain confidence through simulated real-world scenarios.

Step 4: Align with Industry Standards

Certifications and industry standards ensure students are workforce-ready. The labs at NVCC are designed to prepare students for certifications in HVAC, electrical systems, and process control. Educators should:

• Customize training scenarios to align with certification requirements.
• Partner with industry leaders to validate curriculum relevance.

Step 5: Measure Outcomes and Adapt

The impact of a data center operations lab can be measured through student success and workforce placement rates. At NVCC, the labs have:

• Strengthened the local workforce pipeline for data center operations.
• Prepared students for high-demand careers in Northern Virginia, a global hub for data centers.

Conclusion

Setting up an effective data center operations lab requires strategic planning, investment in advanced equipment, and a focus on real-world training. By following NVCC’s example, educators can create programs that not only meet industry needs but also empower the next generation of data center professionals with the skills to excel in this critical field.