Lead ADAS Hardware Engineer — Remote + Travel

Cherry Bekaert LLP; Charlotte (NC); Remote; USD 120,000 - 180,000; Full time

Job summary

Cherry Bekaert LLP is seeking a Lead Hardware Engineer (Electrical/Mechanical) for ADAS calibration equipment. The role combines electrical board design, sensor interfaces, embedded controls, and mechanical enclosures in a remote-ready, hands-on context.

You will own the electrical architecture, develop embedded/PC-based controls, guide mechanical design, and work with suppliers and contract manufacturers to drive design-for-manufacture and scalable production.

Qualifications

• 6+ years developing electromechanical products.
• At least one physical product carried from requirements through production and field support.
• Hands-on bench skill: schematic/board review, harness fabrication, soldering/rework, DMM/scope/logic analyzer.
• Practical 3D CAD with GD&T and tolerance analysis.

Responsibilities

• Own the electrical architecture (boards, harnesses, power distribution, batteries, sensor interfaces) from schematic review through bench bring-up and failure diagnosis.
• Specify and troubleshoot embedded/PC-based controls and sensor data-acquisition systems; write Python/C/C++ utilities.
• Guide mechanical design of enclosures, mounts, fixtures, and own alignment tolerances for calibration accuracy.
• Apply DFM/DFA early; support pilot builds and production ramp; partner with fabricators and contract manufacturers.
• Root-cause field and manufacturing failures and feed learnings back into design.
• Help stand up the hardware-development function — standards, supplier relationships, and team-building.

Skills

Electromechanical engineering

Bench testing

3D CAD GD&T

Automotive ADAS

Vehicle sensor systems

Tools

CAN

USB

I2C/SPI

RS-232/485

Python

C/C++

Job description

Cherry Bekaert LLP is seeking a Lead Hardware Engineer (Electrical/Mechanical) for ADAS calibration equipment. The role combines electrical board design, sensor interfaces, embedded controls, and mechanical enclosures in a remote-ready, hands-on context.

You will own the electrical architecture, develop embedded/PC-based controls, guide mechanical design, and work with suppliers and contract manufacturers to drive design-for-manufacture and scalable production.