About the job
ITAC Power Systems specializes in delivering comprehensive engineering and construction solutions tailored for Process and Industrial clients undertaking complex capital projects. Our extensive expertise encompasses power systems services, custom machine fabrication, and fall protection equipment. Established in 1988 with a vision and a modest $5,000 loan, ITAC has evolved into an ENR-Ranked Top Design Firm, employing over 450 professionals across six offices in Virginia, North Carolina, and South Carolina. We partner with Fortune 500 companies to provide innovative design-build solutions across various sectors including power generation, utilities, chemicals, food and beverage, forest products, advanced manufacturing, and minerals and metals.
At ITAC, our mission is to enhance lives. For our team members, this translates into providing essential resources and flexibility to achieve a rewarding career while enjoying a fulfilling family life. As a 100% employee-owned company, every employee participates in our Employee Stock Ownership Plan (ESOP) and Direct Stock Ownership, creating a unique opportunity for shared growth and success. We offer a competitive benefits package along with numerous employee incentives, fostering a culture of care and support akin to family.
We seek passionate, driven individuals with an innovative mindset and a desire for professional growth. If you thrive in challenging, fast-paced environments, you will find your place within our collaborative team dedicated to making life better. For more information, visit itac.us.com.
Job Description:
ITAC Power Systems is in search of a skilled Senior Power Systems Commissioning Engineer with significant hands-on experience in testing, commissioning, and troubleshooting protection and control systems. This position is field-centric, requiring an adept engineer proficient in working directly with power system hardware and software on-site, ensuring the validation of system performance and the safe, reliable operation of complex electrical power systems.
The ideal candidate will possess a solid understanding of protective relaying theory, SCADA systems, and distributed control systems, complemented by direct experience in commissioning intricate auto-transfer systems, generator paralleling switchgear, distributed generation systems, microgrids, and other advanced power system architectures.

