Data Center Electrical Design & Standards Engineer

Quality Technology Services, LLC; Ashburn (VA); On-site; USD 110,000 - 140,000; Full time

Benefits offered by this job

Medical, dental, vision insurance

401(k) retirement plan

Paid holidays

Paid time off

Volunteer days

Education assistance

Job summary

Quality Technology Services, LLC is seeking a Development Project Engineer- Design & Standards (Electrical Engineer) to support design, preconstruction, and construction on data center projects. The role involves interfacing with facilities, contractors, designers, engineers, and operations staff to ensure design standards are met.

The position requires a Bachelor's in electrical engineering with 2+ years in electrical design or construction, familiarity with NEC and arc flash studies, and the

Qualifications

• Bachelor's degree in electrical engineering required.
• Experience in design for data centers and construction environments preferred.
• Ability to communicate complex technical issues clearly to leadership.

Responsibilities

• Review drawings for adherence to design standards.
• Collaborate with design teams to ensure compliance with codes and AHJs.
• Define project scope and communicate requirements with the design team.
• Support procurement and construction teams through RFI and VE processes.
• Coordinate with SCCAF studies and arc flash analysis.
• Travel up to 10% as needed.

Skills

Electrical design

Data center design

Coordination & arc flash

Short circuit analysis

Education

Bachelor's degree in electrical engineering

Job description

Quality Technology Services, LLC is seeking a Development Project Engineer- Design & Standards (Electrical Engineer) to support design, preconstruction, and construction on data center projects. The role involves interfacing with facilities, contractors, designers, engineers, and operations staff to ensure design standards are met.

The position requires a Bachelor's in electrical engineering with 2+ years in electrical design or construction, familiarity with NEC and arc flash studies, and the