AI-Native Electrical Engineer

Job description

ABOUT THE ROLE

Join an energy technology team building high-voltage power systems. You will take early-stage prototypes through design, testing, and iteration to create deployable alpha hardware for design partners.

WHAT YOU'LL DO - Turn lab-scale prototypes into structured, testable hardware systems ready for customer evaluation. - Design high-voltage DC power conversion, switching, and distribution systems, including architectures using silicon carbide devices. - Model and validate electrical, thermal, and system-level behavior with tools such as SPICE and PLECS. - Lead hands-on lab bring-up, debugging, and characterization using high-power equipment. - Use AI tools, including agents and language models, to accelerate design, testing, and iteration. - Coordinate PCB fabrication, component sourcing, and packaging with external partners. - Make pragmatic system-level tradeoffs across performance, thermal management, reliability, and manufacturability.

WHAT WE'RE LOOKING FOR - At least 2 years of experience designing, prototyping, and testing power electronics systems. - Experience taking hardware from prototype through simulation, bring-up, validation, and iterative improvement. - Practical experience with electrical simulation tools such as SPICE or PLECS. - A degree in electrical engineering or demonstrated aptitude in power electronics. - Hands-on gate-driver design experience for fast-switching architectures. - Strong system intuition and the ability to weigh electrical, thermal, and mechanical tradeoffs. - Experience integrating AI tools, such as agents or models, into a technical workflow. - Knowledge of high-voltage and high-power systems, including 800V-class architectures, SiC, or GaN; experience in EVs, charging, solar, or battery storage is useful.

COMPENSATION & BENEFITS

Base salary is $175,000 to $250,000 annually. Visa sponsorship is not available.

LOCATION

On-site in Detroit, Michigan.