Lead Autosar BSW-Microcontroller Development-4

Key Responsibilities

• Perform MCAL configuration and integration with strong hands-on expertise.
• Apply strong knowledge of Functional Safety (ISO 26262 Part 6), including MPU, BIST, redundant core memory configuration, and safety-compliant software development practices.
• Configure and integrate the following AUTOSAR/MCAL modules:
  • MCAL (DIO, Timer, Clock)
  • GPT / ICU / PWM
  • ADC
  • SPI and I2C
  • CAN / CAN FD / FlexRay
  • DMA
  • WDG Timer
  • Flash / EEPROM
• Execute ECU configuration, code generation, BSW integration, build, and validation activities.
• Configure MCU-specific features, including:
  • CDD development and integration for eConverter (DCDC and OBC)
  • Clock configuration
  • Interrupt configuration
  • Memory configuration
  • Multicore configuration
  • Watchdog configuration
  • DMA configuration
  • Peripheral configuration
  • Reset and start-up configuration
• Debug BSW and MCAL integration issues and perform root cause analysis at the register, driver, and hardware levels.
• Develop, configure, and integrate AUTOSAR Basic Software (BSW) modules.
• Collaborate closely with hardware, application software, system integration, and validation teams to ensure successful ECU delivery.

Requirements

• Extensive hands-on experience in MCAL configuration and integration.
• Strong experience in AUTOSAR Classic BSW Development and Configuration.
• Strong understanding of MCU peripherals, registers, interrupt handling, memory mapping, and multicore architecture.
• Strong experience with at least one of the latest-generation automotive MCU families: Infineon AURIX TC4x (Highly Preferred); Infineon AURIX TC3xx; TI C2000; STM Stellar SR6 P6.
• Hands-on experience with AUTOSAR configuration tools, including EB Tresos Studio and Vector DaVinci Configurator / DaVinci Developer.
• Good understanding of automotive communication protocols, including CAN/CAN FD/ FlexRay / LIN.
• Strong Embedded C programming skills with a focus on automotive embedded systems.
• Proven debugging and troubleshooting skills using Lauterbach TRACE32, Hardware debuggers, Diagnostic logs, Hardware traces.
• Strong analytical, problem-solving, and integration skills with the ability to work effectively in a cross-functional automotive software development environment.

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