Power Systems Engineer - Transmission & Reliability

Wayne State University; Idaho; Sur place; USD 67 000 - 136 000; Plein temps

Avantages offerts par ce poste

Fridays off

4x10 schedule

Résumé du poste

Idaho National Laboratory seeks an Electrical Engineer to advance electrical controls and systems at the Materials and Fuels Complex. The role focuses on transmission and distribution, energy generation, storage, and recovery, with collaboration across disciplines to ensure safe, reliable power delivery.

The position emphasizes hands-on design, testing, and integration, with opportunities to influence equipment selection and system performance in a high-hazard environment.

Qualifications

• Level 1 requires ABET-accredited B.S. in electrical/power engineering with 0 years experience.
• Level 2 accepts ABET-accredited degree with 2 years experience, or Master’s with 0 years, or PhD with 0 years.
• US Citizenship and ability to obtain/maintain an DOE 'L' clearance are required.

Responsabilités

• Perform detailed analyses on current power transmission and distribution systems.
• Apply electrical engineering theories to secure, resilient power systems.
• Design, develop, and install industrial electrical power systems.
• Collaborate with customers to evaluate system alternatives and risks.
• Provide design output reviews and obtain approvals.
• Maintain configuration management and write system design descriptions.

Connaissances

Power systems analysis

Electrical safety

Collaboration with customers

Formation

ABET-accredited B.S. in electrical/power engineering

ABET-accredited degree with Master’s (optional)

PhD (optional)

Description du poste

Idaho National Laboratory seeks an Electrical Engineer to advance electrical controls and systems at the Materials and Fuels Complex. The role focuses on transmission and distribution, energy generation, storage, and recovery, with collaboration across disciplines to ensure safe, reliable power delivery.

The position emphasizes hands-on design, testing, and integration, with opportunities to influence equipment selection and system performance in a high-hazard environment.