Chassis Control Software Integration Engineer

Ford Ford · Auto · Dearborn, MI +1 · Ford Next Businesses

Develops and integrates in-house chassis control software for Ford vehicles, focusing on safety, performance, and driving dynamics. Requires expertise in embedded C/C++, Model-Based Design (Matlab/Simulink), automotive networks (CAN/LIN), and modern software workflows (Git, HIL).

What you'd actually do

  1. Lead the end-to-end development of Ford’s in-house chassis software. You will design requirements, develop model-based features, auto-generate production-ready C-code, and integrate it into Tier-1 software environments.
  2. Work across complex, distributed vehicle architectures. You will ensure seamless communication and integration between electronic braking, steering, and active suspension systems.
  3. Implement and enforce strict coding standards (e.g., MISRA-C), perform static code analysis, and validate software on Hardware-in-the-Loop (HIL) simulators and prototype vehicles.
  4. Identify bottlenecks in our current pipeline and design new automated testing tools, scripting environments, and deployment workflows to scale our productivity.
  5. Work side-by-side with System, Feature, and Calibration Engineers to debug, root-cause, and resolve complex electromechanical issues during critical launch phases.

Skills

Required

  • Embedded software development (C/C++ or Model-Based Design)
  • Matlab and Simulink for control algorithm development
  • Automotive communication networks (CAN/LIN) and UDS
  • Vector tools (CANoe or CANape)
  • Software Configuration Management tools (Git/GitHub)
  • Automated test environments (HIL/Bench testing)
  • Mechatronic or chassis systems experience

Nice to have

  • Functional safety standards (ISO 26262)
  • Static code analysis tools (Polyspace)
  • MISRA-C compliance
  • Systems engineering (requirements, architecture)
  • Failure Mode Avoidance disciplines
  • Leadership and mentorship
  • Problem-solving resilience
  • Communications and project management skills

What the JD emphasized

  • safety-critical
  • production-ready software
  • strict coding standards
  • critical launch phases