Top Engineering Jobs

Design, implement, and automate scalable ADAS/AV software tests (HIL/SIL/VIL); analyze vehicle diagnostics; ensure compliance with ISO 26262/SOTIF/FM VSS; collaborate to triage and debug Linux/QNX platform issues; build test frameworks and execute automated validations.

Design, develop, test, and deploy embedded C/C++ software for the automotive Body domain. Implement Software Defined Vehicle requirements, create drivers and BSP, integrate components, debug issues, develop interfaces, author unit/component/integration tests, archive code in Git, and support system integration, telematics, and vendor interactions within an agile Scrum team.

Use CAE methods to perform structural analysis of chassis components and systems (stiffness, strength, durability, NVH). Lead virtual strategies, supplier CAE coordination, develop tools and procedures, collaborate across functions, and present actionable design recommendations.

Procures and launches controls engineering programs; designs, evaluates, and debugs manufacturing control systems (PLCs, HMIs, vision, robotics); works with vendors and cross-functional teams; supports deployment, run-offs, preventative maintenance scheduling, and continuous improvement to improve quality, cost, responsiveness, and safety. Hybrid: 3 days in-office.

Lead cluster hardware and software development and release activities: define requirements, coordinate supplier and milestone deliveries, run DFMEA and DRBTR, validate ECUs and infotainment systems, manage ECRs/PRTS, support prototypes and production releases.

Lead steering systems test for chassis controls: define Behavioral Test Specifications, develop/execute manual and automated tests (HIL and virtual), create test scripts, analyze nightly runs, report defects in Jira, and coordinate cross-functional validation and Agile activities.

Lead development of scalable, high-coverage software tests and automation for ADAS/AV platform. Build and maintain HIL/SIL/VIL test environments, analyze full-vehicle diagnostics, ensure safety standard compliance, collaborate with software and hardware teams to debug Linux/QNX systems, create test frameworks and scripts, perform FMEA and root-cause analysis, and assist in issue triage and log analysis.

The Brake Systems Integration Engineer leads virtual engineering for braking systems, focusing on co-simulation, model integration, and innovative technology development within automotive projects.

As a Senior Software Engineer, you'll design and implement scalable, low-latency software for GM's ADAS features, collaborating on complex systems and mentoring other developers.

Lead a team to build software and metrics for evaluating autonomous driving performance. Develop algorithms, oversee evaluation methodologies, and drive technical direction in collaboration with cross-functional teams.