Top Tech Jobs & Startup Jobs

Lead development, integration, validation, and production release of vehicle-level calibrations for propulsion, braking, steering, ADAS, and body systems. Define calibration strategy and requirements, analyze large vehicle datasets, drive model-based workflows (MIL/SIL/HIL), coordinate cross-functional and supplier integration, support testing and launch activities, and establish calibration processes, QA, and change management to deliver production-ready vehicle motion control performance.

Design, develop, and integrate ROS2-based autonomy software including motion planning, computer vision, sensor processing, GUIs, and inter-process messaging. Produce maintainable C++ code, write requirements and design docs, develop unit/regression tests, select hardware, mentor junior engineers, and support programs including off-site travel.

Lead hydraulic cylinder resourcing, redesign, validation, and production release for mobile equipment. Manage projects from scope through production, define technical requirements, collaborate with suppliers, perform hydraulic and structural analyses, oversee testing and validation, drive supplier development, release engineering changes, and support production launch and field issue resolution.

Design, develop, and integrate autonomy and active-safety software for embedded vehicle systems. Implement real-time control, motion planning, computer vision, sensor processing, and API-level embedded C/C++ code. Use model-based tools (MATLAB/Simulink/TargetLink), create requirements and design documentation, support suppliers and testing, and mentor junior engineers.

Lead emissions certification and compliance for ICE and battery-electric vehicles, managing OBD-II approval, in-use testing, warranty reporting, regulatory interactions (EPA/ARB), schedules, data quality, corrective actions, risk mitigation, contractor coordination, and executive briefings.

Lead continuous improvement and quality engineering activities to eliminate process waste, resolve complex quality issues, and improve manufacturing processes. Apply statistical methods, lean and Six Sigma (DMAIC) to increase yield, reduce defects, perform capability studies, establish control plans, drive corrective/preventive actions, and support PPAP, receiving inspections, and ISO/IATF compliance.

Lead development and validation of system-level mechanical simulations, integrate multi-physics and co-simulation tools, correlate virtual models with test data, define durability and verification plans, and communicate results to cross-functional teams to meet program objectives.

Lead and grow a multidisciplinary engineering team to develop, verify, and implement vehicle control systems (engine, hybrid/electric, suspension, material handling, autonomy). Drive technical strategy, budgets, P&L, supplier/customer interactions, process controls, and adoption of new technologies. Provide mentorship, research, feasibility studies, and ensure industry compliance across on-road and off-road vehicle platforms.

Lead engineering work on active safety, ADAS, and unmanned ground vehicle systems. Develop control strategies using model-based tools, write embedded C/C++ software, perform simulation/HIL testing, transfer designs to vehicle testing and production, create requirements/test plans, mentor junior engineers, and support proposals and cross-team collaboration.

Lead design and development of embedded software for connected heavy vehicles, including telematics, OTA updates, networking, video streaming, and vehicle integration. Provide technical leadership, establish architecture and best practices, drive Agile delivery, and perform hands-on vehicle validation and troubleshooting in manufacturing and field environments.