Senior Substation Protection and Controls Engineer

Leidos•Walled Lake, MI

1d•Remote

About The Position

We are looking for a Lead Substation Protection & Controls Engineer to join our team. As a Lead Substation Protection & Controls Engineer, you’ll own complex P&C designs across 12–500 kV systems, applying advanced digital logic and AC/DC circuit expertise to engineer solutions that protect the modern grid and enable renewable integration. If you’re ready for high‑voltage challenges and high‑visibility impact, this is your next step. This position will be a member of a design team comprised of engineers, designers, and CAD technicians and will work with client standards to implement design.

Requirements

Bachelor’s degree in electrical engineering, or related degree with eight (8+) or more years of substation protection control design experience.
Experience in leading and executing substation protection and control projects.
Ability to communicate clearly and professionally with internal teams and clients to support project needs.
Proven ability to meet deadlines and stay organized in fast‑paced or high‑pressure situations.
Demonstrated ability to work effectively in a team environment, contribute to group success, and provide leadership when needed.
Self‑starter who can take initiative and work with minimal supervision.
Strong analytical abilities with a track record of solving engineering challenges both independently and collaboratively.
High level of computer competency and comfort working with engineering tools and software.
Willingness to travel to project sites and client locations as needed.
Candidates must live in Canada, be willing and able to travel to customer sites in the United States as needed.

Nice To Haves

Engineer Intern (“EI” or “EIT”) professional certification.
Professional Engineer (“PE”) License.
Master’s degree in related field.
Field testing/commissioning experience.

Responsibilities

Lead and support the delivery of substation protection and control design projects, ensuring technical excellence and on‑time performance.
Create and refine relay one‑line diagrams that define protection zones and system topology.
Develop detailed AC schematics that capture current, voltage, and protection device relationships.
Produce DC control and protection schematics that ensure safe and reliable operation of substation equipment.
Design control panels, wiring diagrams, and physical layouts that support efficient construction and long‑term maintainability.
Build accurate BOMs aligned with project criteria, equipment standards, and client requirements.
Perform rigorous QC checks on wiring and schematic designs to ensure accuracy, safety, and constructability.
Contribute from early scoping through final design, implementation, and energization support.
Provide technical guidance during installation, testing, and commissioning activities.
Apply National Electrical Safety Code requirements to ensure safe and compliant designs.
Interpret and implement utility‑specific standards across all design deliverables.
Partner with design staff to produce complete, accurate drawing packages for every project.
Comply with quality control and safe work practices and maintain compliance with project scope, schedule, and budget.