Vehicle Controls Ecu Platform Functional Safety Architect

Ford Ford · Auto · Dearborn, MI +1 · PD Operations and Quality

Seeking a Vehicle Controls ECU Platform Functional Safety Architect to develop cutting-edge vehicle control systems, focusing on Functional Safety solutions for Inverter System Controllers and Drive Motor Controllers. The role involves architecting and designing safety mechanisms, configuring BSW components, leading security and stability configurations, advanced debugging, performance engineering, and software integration. Responsibilities also include defining and executing safety verification and authoring critical safety documentation.

What you'd actually do

  1. Apply ISO 26262 (Parts 4, 5, 6, 9) to design, implement, and review safety mechanisms for both in-house and supplier-sourced ECU platforms.
  2. Configure BSW components (Diagnostics, Watchdog, NVM, MemMap) and define ASIL/QM partitioning to ensure "freedom from interference" across powertrain ECUs.
  3. Lead the configuration of Memory Protection Units (MPU) and Safety Management Units (SMU) to ensure cross-program commonality and system stability.
  4. Master low-level troubleshooting of processor resets and software glitches to identify root causes and implement permanent solutions.
  5. Define and execute Fault Injection Testing (FIT) using HIL and SIL environments to validate diagnostic coverage.

Skills

Required

  • Embedded C
  • debugging automotive embedded systems
  • ISO 26262
  • safety-certified MCUs
  • compilers
  • makefiles
  • CI/CD automation
  • runtime debuggers
  • Python

Nice to have

  • FMEDA
  • FIT analysis
  • torque monitoring
  • high-voltage interlocks
  • battery management safety
  • CPU load distribution in multicore architectures
  • Agile/SAFe methodologies
  • supplier technical purchasing interfaces (ESOW, DIA)
  • OBD tools (DET, CANalyzer, etc.)

What the JD emphasized

  • ISO 26262
  • safety mechanisms
  • ECU platforms
  • BSW components
  • ASIL/QM partitioning
  • Memory Protection Units (MPU)
  • Safety Management Units (SMU)
  • processor resets
  • software glitches
  • Fault Injection Testing (FIT)
  • HIL
  • SIL
  • diagnostic coverage
  • ECU Technical Safety Concept (TSC)
  • ECU Software Safety Specification (SSS)
  • Hardware-Software Interface (HSI)