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# AI-Native Electrical Engineer

- **Company:** True Talent Solutions LLC
- **Location:** Detroit, MI, United States
- **Experience:** Experienced
- **Contract:** Permanent contract
- **Skills:** Board Bringup, Artificial Intelligence, Software Debugging, Language Modeling, Systems Architecture, Enterprise Vocabulary Services (EVS)
- **Published:** November 7, 2026
- **Apply:** https://www.juju.com/job/28_25303_b395aef4d282110c6fe2f5848a2e15ac

## About the Role

* At least 2 years of experience designing, prototyping, and testing power electronics systems, with experience taking hardware from prototype through validation.
 * Hands-on skills in circuit design, gate drivers for fast-switching architectures, and high-voltage or high-power systems.
 * Experience with electrical simulation tools such as SPICE and PLECS, and familiarity with technologies such as SiC or GaN.
 * A degree in Electrical Engineering or demonstrated aptitude in power electronics.
 * Strong intuition for electrical systems and the ability to reason across electrical, thermal, and mechanical tradeoffs.
 * Experience integrating AI tools into an engineering workflow.
 * Background in EVs, EV charging, solar, or battery storage is useful.
 * Curiosity demonstrated through hands-on projects, such as Formula SAE, is welcome.
 * Must be authorized to work in the United States without visa sponsorship.

## Description

Join an energy technology team developing high-voltage power systems. You will turn early-stage prototypes into testable alpha hardware for initial design partners, combining hands-on engineering with AI-enabled workflows., * Refine lab-scale prototypes into structured, testable hardware systems ready for customer evaluation.

 * Design high-voltage DC power conversion, switching, and distribution architectures, including systems using SiC devices.
 * Model and validate electrical, thermal, and system-level performance using simulation tools such as SPICE or PLECS.
 * Lead hardware bring-up, debugging, and characterization with high-power equipment, addressing switching, timing, sensing, and protection challenges.
 * Use AI tools, including agents and language models, to accelerate design, simulation, testing, and iteration.
 * Coordinate PCB fabrication, component sourcing, and packaging with external partners.
 * Balance performance, thermal requirements, reliability, and manufacturability in system-level design decisions.