Design, develop, test, maintain engineering software solutions for hybrid/electronic systems and automotive/aerospace or related embedded products. Conduct software development using Model Based Development processes on Hardware in Loop (HIL) test benches, debugging with HIL Perspective HW benches, dSpace (Control Desk/Automation Desk) or similar product like National Instruments, ETAS, Vector HIL systems. Develop software on Model Based Development (MBD) environment using Python, MATLAB/Simulink. Verify ECU-Level functional requirements using a HIL systems test bench for various in-house ECUs. Verify System-Level functional requirements per system requirements using a dSPACE systems test bench or similar product like National Instruments, ETAS, Vector HIL systems. Develop standard interface between various in-house test properties and a dSPACE test bench. Develop test scripts to automatically test ECU functional requirements for each ECU software release. Develop test scripts or model in Matlab or Simulink or Stateflow to simulate real-world system conditions and failure modes associated with system functions. Design and conduct functional and verification tests for electronic systems; identify and mitigate major system failure modes and effects. Electrically integrate connectors, sensors, actuators, electric motors, power electronics, vehicle control Electronic Control Units (ECUs), battery or ECU management systems, battery chargers, ECU Loads and Gensets into test facilities and vehicles. Interface with engineering, manufacturing and service colleagues to ensure test requirements are specified and implemented correctly.
