Adas Software Engineer

Ford Ford · Auto · Dearborn, MI +1 · Research and Advance Engineering

Responsible for delivering key software framework functionality in the development of Advanced Driver Assist System (ADAS) technologies at Ford. This involves working closely with ADAS feature teams to deliver software solutions, contributing to the design and implementation of core infrastructure frameworks on embedded devices in C++, developing offboard support tooling in Python, and designing/executing test tooling for software verification and validation. The role also includes facilitating integration, testing, and debugging on target embedded hardware, and shaping production software development processes. Experience with AUTOSAR, MISRA, ROS, QNX, and automotive sensors (camera, radar, lidar) is required.

What you'd actually do

  1. Responsible for delivering key software framework functionality in the development of Advanced Driver Assist System (ADAS) technologies at Ford.
  2. Responsible for delivering industry-leading software development capabilities to support high-demand features.
  3. Work closely with the ADAS feature teams to deliver software solutions to support the development of critical software products.
  4. Participate in the design and implementation of core infrastructure frameworks on embedded devices in C++.
  5. Contribute to development of offboard support tooling in Python.

Skills

Required

  • Master’s degree or foreign equivalent in Computer Science, Electrical Engineering, Software Engineering or a related field and 5 years of experience in the job offered or a related occupation
  • Develop AUTOSAR and MISRA compliant embedded software in modern C++ for automotive applications
  • Utilize Python and bash scripting to create embedded and offline tooling
  • Employ MATLAB scripts and tools for embedded development and data processing
  • Develop software within a ROS environment and use ROS tools for logging and visualization
  • Manage version control effectively by leveraging GitHub features to work with large and complex multilanguage codebases
  • Perform testing and debugging of embedded software on embedded hardware using QNX tools
  • Handle Ethernet, CAN, and CAN FD data for embedded communication, logging, debugging, and testing, utilizing tools CANalyzer and CANoe Vector tools
  • Design and develop algorithms for automotive features and tooling using sensor data camera, radar, and lidar inputs
  • Develop production embedded software in RTOS development environments
  • Utilize enterprise requirements management software (Jama or Polarion), to develop and review requirements and establish traceability

What the JD emphasized

  • Develop AUTOSAR and MISRA compliant embedded software in modern C++ for automotive applications
  • Develop software within a ROS environment and use ROS tools for logging and visualization
  • Perform testing and debugging of embedded software on embedded hardware using QNX tools
  • Handle Ethernet, CAN, and CAN FD data for embedded communication, logging, debugging, and testing, utilizing tools CANalyzer and CANoe Vector tools
  • Design and develop algorithms for automotive features and tooling using sensor data camera, radar, and lidar inputs