Experienced Embedded Software Engineer
required to join an existing programming and control team using Model Based Design methodology for battery solutions using C and C++.
Skills Embedded software development experience in industry. MATLAB and Simulink modelling and simulation. Experience developing software test plans and implementing software unit testing and integrated Testing using MIL, SIL and HIL. Masters or PhD in Electrical, Electronic or Software Engineering, ideally relating to automotive and stationary energy storage application. C, C++, Python and scripting. MCUs, such as Infineon, TI, NXP or ST. Lower layer modules or drivers. Debugging tools and troubleshooting both software and hardware. Github, Gitlab, Bitbucket or other version control. AUTOSAR architecture and RTE. Vector or ETAS AUTOSAR configuration tools. Algorithms implementation in AUTOSAR and Auto-Code generation. Automotive communication protocols ETH, CAN, Flexray. CANape, CAN analyzer, Control Desk, ECU Diagnostics.
Role Low level software development, integration, verification, and debugging, including MCAL, MCU, CAN, SPI, LIN, ETH, I2C, PWM, etc. Design and develop complex platform software for powertrain electronic control units. Configurating DEM, DCM, NM, NvM, UDS modules for Diagnostics. Developing complex driver, OTA, and other functions as needed.
#J-18808-Ljbffr
required to join an existing programming and control team using Model Based Design methodology for battery solutions using C and C++.
Skills Embedded software development experience in industry. MATLAB and Simulink modelling and simulation. Experience developing software test plans and implementing software unit testing and integrated Testing using MIL, SIL and HIL. Masters or PhD in Electrical, Electronic or Software Engineering, ideally relating to automotive and stationary energy storage application. C, C++, Python and scripting. MCUs, such as Infineon, TI, NXP or ST. Lower layer modules or drivers. Debugging tools and troubleshooting both software and hardware. Github, Gitlab, Bitbucket or other version control. AUTOSAR architecture and RTE. Vector or ETAS AUTOSAR configuration tools. Algorithms implementation in AUTOSAR and Auto-Code generation. Automotive communication protocols ETH, CAN, Flexray. CANape, CAN analyzer, Control Desk, ECU Diagnostics.
Role Low level software development, integration, verification, and debugging, including MCAL, MCU, CAN, SPI, LIN, ETH, I2C, PWM, etc. Design and develop complex platform software for powertrain electronic control units. Configurating DEM, DCM, NM, NvM, UDS modules for Diagnostics. Developing complex driver, OTA, and other functions as needed.
#J-18808-Ljbffr
