Lead ADAS Hardware Engineer — Remote (Quarterly Travel)

Cherry Bekaert LLP; Dexter (MI); Remote; USD 140,000 - 190,000; Full time

Job summary

Cherry Bekaert LLP seeks a Lead Hardware Engineer for electrical and mechanical development in the ADAS space. The role is remote within the USA with quarterly travel, full‑time, and requires collaboration across electrical, mechanical, embedded software, and manufacturing teams.

You will own the electrical architecture, oversee sensor interfaces, and supervise the hardware development lifecycle from schematic review to bench bring‑up. Hands‑on bench work and production support are essential.

Qualifications

• 6+ years developing electromechanical products with hands‑on depth.
• At least one physical product carried from requirements through production and field support.
• Hands‑on bench skills including schematic/board review, soldering/rework, and measurement tools.
• Proficiency in 3D CAD with GD&T and tolerance analysis.

Responsibilities

• Own the electrical architecture from schematic review through bench bring‑up and failure diagnosis.
• Specify and troubleshoot embedded/PC‑based controls and sensor data acquisition (CAN, USB, I2C/SPI, RS‑232/485).
• Write Python/C/C++ utilities to support hardware development.
• Guide mechanical enclosure, mounts, and fixtures; manage alignment tolerances for calibration accuracy.
• Apply DFM/DFA early, support pilot builds and production ramp with suppliers and manufacturers.
• Root‑cause field and manufacturing failures and feed learnings back into design.

Skills

Electromechanical product development

Electrical depth

Mechanical responsibility

Bench skill

3D CAD with GD&T

Tolerance analysis

Tools

DMM

Oscilloscope

Logic analyzer

Soldering/rework

Job description

Cherry Bekaert LLP seeks a Lead Hardware Engineer for electrical and mechanical development in the ADAS space. The role is remote within the USA with quarterly travel, full‑time, and requires collaboration across electrical, mechanical, embedded software, and manufacturing teams.

You will own the electrical architecture, oversee sensor interfaces, and supervise the hardware development lifecycle from schematic review to bench bring‑up. Hands‑on bench work and production support are essential.