Lead Protection & Control Engineer

About the role

Power your Future with Qualus as a Lead Protection & Control Engineer. As a Lead Substation P&C Engineer, you’ll serve as the technical subject matter expert, leading the design of high-voltage substations that power communities and critical infrastructure. You'll develop innovative, code-compliant engineering solutions, mentor junior engineers, and help drive technical excellence across complex utility projects. Working closely with clients and across cross-functional teams, you'll influence project success from concept through construction while ensuring the highest standards of quality, safety, and reliability. This is an ideal opportunity for an experienced engineer who enjoys solving challenging technical problems, developing others, and making a lasting impact on the future of the electric grid. This position may be performed remotely from within the United States. While remote candidates are encouraged to apply, candidates located near one of the following Qualus office locations and available for a hybrid schedule are preferred: Chattanooga, TN; Farmington, UT; Fort Worth, TX; Lake Mary, FL; Raleigh, NC; Reno, NV; Ridgeland, MS; Trussville, AL; Westborough, MA. Qualus is a leading pure-play power solutions firm and innovator at the forefront of power infrastructure transformation, with differentiated capabilities across grid modernization, resiliency, security, and sustainability. The firm partners with utilities, commercial, industrial, data center, and government clients, and renewable and energy storage developers, offering comprehensive solutions through boutique and integrated advisory, planning, engineering, digital solutions, program management, energy efficiency and specialized field services. Qualus also provides software and technology enabled services and develops breakthrough solutions for critical power industry challenges such as distributed and variable resource integration, emergency management, and secure data exchange. The firm has over 2,000 professionals, with offices throughout the U.S. and Canada.

Responsibilities

• Design substation protection and control systems utilizing applicable codes and client standards (if available). Typical design to include one-line diagrams, three-line diagrams, AC and DC schematics, logic diagrams, functional diagrams, panel layouts, wiring and connection diagrams, interconnection diagrams, communications systems, bill of materials, and SCADA systems.
• Develop protective relaying and control system designs for transmission and distribution substations.
• Develop relay protection schemes, relay settings criteria, control philosophies, and associated engineering calculations.
• Create equipment and material specifications for procurement of