AI-Driven Power Electronics Engineer

Theron Solutions; Michigan; On-site; USD 120,000 - 180,000; Full time

Job summary

Theron Solutions is seeking an AI-Native Electrical Engineer to mature early prototype hardware into deployable alpha systems for design partners. This hands-on role focuses on high-voltage power electronics, design for manufacturability, and close collaboration with external partners.

You will own prototype-to-alpha transitions, design 800V-class power systems using SiC, and validate performance via SPICE/PLECS. Detroit relocation is anticipated, with a fast-paced, prototype-driven environment.

Qualifications

• 4+ years designing, prototyping, and testing power electronics systems.
• Experience in EV, EV charging, solar or battery storage.
• Experience with high‑voltage / high‑power switching systems (e.g. 800V, SiC).

Responsibilities

• Own the transition from prototype → alpha product; iterate lab-scale systems into customer-ready hardware.
• Design and build 800V-class power systems; develop power conversion, switching, and distribution architectures using SiC devices.
• Model, simulate, and validate performance with SPICE/PLECS; iterate rapidly on designs.
• Lead hands-on bring-up, debugging, and characterization using high-power equipment.
• Leverage AI-native workflows to accelerate design, testing, and iteration cycles.
• Coordinate end-to-end hardware execution with PCB fabrication and external partners.
• Drive system-level tradeoffs across performance, thermals, reliability, and manufacturability.

Skills

Power electronics design

System-level thinking

Hands-on bring‑up

Lab debugging

Bias for action

Education

Bachelor's in Electrical Engineering

Tools

SPICE

PLECS

Gate-driver design

Job description

Theron Solutions is seeking an AI-Native Electrical Engineer to mature early prototype hardware into deployable alpha systems for design partners. This hands-on role focuses on high-voltage power electronics, design for manufacturability, and close collaboration with external partners.

You will own prototype-to-alpha transitions, design 800V-class power systems using SiC, and validate performance via SPICE/PLECS. Detroit relocation is anticipated, with a fast-paced, prototype-driven environment.