Top Engineering Jobs

Support setup, validation, and commissioning of welding/joining systems for a new vehicle program. Validate weld parameters, troubleshoot quality issues, support supplier readiness, create process documentation, mentor technicians, and drive continuous improvement to ensure structural integrity and production readiness.

Develop engine performance simulation models using GT-SUITE, conduct lab data analysis, and manage engine calibration and optimization projects.

Manage a team to develop and deliver control software (C, MATLAB/Simulink) and automated test scripts for automotive thermal systems. Lead HIL testing and verification, support vehicle testing/data acquisition, drive issue containment and corrective actions, and supervise a team of engineers to meet schedule and quality targets.

Validate low-level HWIO embedded software on hardware benches: create and run validation plans, perform regression and root-cause analysis, document defects, collaborate with development and QA teams, and improve test coverage and tooling for controller releases.

Design, develop, and verify embedded software for high-voltage energy transfer in electrified vehicles. Implement physics-based controls, diagnostics, and controller communication using C and MATLAB/Simulink. Apply BDD/TDD and automated test tools to validate functionality at controller, system, and vehicle levels. Hybrid role (3 days in-office).

Lead design, development, validation and release of hydraulic controls hardware for transmissions. Drive continuous improvement projects, lead product issue investigations, coordinate prototype manufacture and delivery, manage supplier specifications for build-to-print parts, and support quality, validation, NVH and project management across cross-functional teams.

Lead SRE work to ensure high readiness of hybrid on-prem/cloud test benches. Implement SLOs/SLIs, automate provisioning (DHCP/PXE/NTP), build observability and alerting, stabilize data ingestion paths, eliminate manual toil through IaC and automation, and mentor peers to improve resilience and recovery.

Lead design, implementation, integration, and delivery of vehicle-side OTA embedded software using C++. Define and decompose system requirements, drive architecture and defect resolution, support integration and validation, troubleshoot vehicle integration issues, and mentor team members while promoting engineering best practices.

Lead architecture and delivery of analytics frameworks and developer tooling that aggregate simulation and road data to enable scalable quantitative analysis, monitoring, and validation for autonomous vehicle development. Drive platform performance, automation, shared libraries, cross-team integration, and mentor engineers to improve engineering velocity and system reliability.

Lead validation testing for ADAS controllers, collaborate with teams to develop test plans, manage projects, and ensure timely delivery of validation results.