System Integration Engineer

HRU-Tech

  • Madison Heights, Michigan
  • 3 days ago

    Highlights

    B.S. degree in Electrical Engineering, Mechanical Engineering, Computer Science, Computer Engineering. · Map vehicle functions to the systems, hardware, software, sensors, actuators, communications, and interfaces that implement them.

    Numbers & Facts

    LocationMadison Heights, Michigan

    Description

    Systems Integration Engineer

     

    Responsibilities / Qualifications:

    ·       3-5 years of systems integration experience required. Preferably 5 or more.


    ·       Experience with complex embedded, electromechanical, autonomous, or distributed-control systems. Will consider candidates with 5+ years of experience.


    ·       B.S. degree in Electrical Engineering, Mechanical Engineering, Computer Science, Computer Engineering.


    ·       Develop and maintain system and subsystem architectural descriptions for an L4 autonomous off-highway vehicle, including:

    • Physical hardware architecture
    • Compute hardware
    • Sensors and actuators
    • System and subsystem functions
    • Functional interfaces
    • Physical connectivity
    • Communication networks and protocols
    • Functional inputs and outputs
    • Hardware/software allocation

    ·       Define and document system boundaries, interfaces, dependencies, assumptions, and interactions.


    ·       Map vehicle functions to the systems, hardware, software, sensors, actuators, communications, and interfaces that implement them.


    ·       Support development and maintenance of interface-control information and functional/physical architecture.


    ·       Work with the safety engineer to provide the design information necessary to map identified hazards and safety requirements into the actual system architecture.


    ·       Experience supporting FMEA/FMECA desirable.


    ·       Work directly with third-party suppliers to obtain and integrate:

    • Component/subsystem architecture and interfaces
    • Functional behavior
    • Failure behavior
    • Safety mechanisms
    • Assumptions and dependencies
    • Supplier safety analyses and safety-case information
    • Identify gaps or inconsistencies between supplier information and the vehicle-level architecture.
    • Experience with autonomous vehicles, robotics, defense ground vehicles, or safety-critical embedded systems preferred.
    • INCOSE certification (ASEP/CSEP/ESEP) or demonstrated equivalent systems-engineering experience preferred.

    EOE (Veteran/Disability)



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