Embedded Software Engineer – MCU AUTOSAR & Functional Safety

We are seeking a versatile Embedded Software Engineer to work across the full depth of MCU-based automotive software-from bare-metal BSP development and AUTOSAR Classic integration to safety-critical multi-core partitioning. This role demands both breadth and depth: you will bring up hardware, configure complex middleware stacks, and ensure that safety mechanisms meet the highest automotive integrity levels.

If you want to touch every layer of an MCU software platform, from the first JTAG connection to ASIL-D certified safety modules, this is your role.

Key Responsibilities:

Your work will span three interconnected domains of MCU software engineering:

• Hardware Bring-up & BSP: Lead the initial power-on and functional validation of MCU platforms. Develop and maintain Board Support Packages based on SoC drivers, including I/O configuration, system initialization sequences, and Flash driver development. Utilize JTAG for low-level debugging and trace.

• AUTOSAR Classic Integration: Integrate and configure the full ICC1 software layer, including:

• Diagnostics: DEM, DCM, J1939, OBD

• Communication: COM, Routing, SecOC, Network Management (NM)

• Memory & Calibration: NVM (Flash, Calibration), XCP

• System Services: RTE, Lifecycle, OS, Logging/DLT, Time-Sync (PTP)

• Reference Applications: Develop and maintain reference applications to validate stack functionality.

• Multi-Core & Functional Safety: Implement MPU configurations and safety mechanisms for ASIL-D compliant modules. Develop and validate safety-critical versions of software components across multi-core MCU architectures (ASIL-D and QM partitions).

Candidate Profile:

We need an engineer who is equally comfortable with a soldering iron's data sheet and an AUTOSAR configuration tool-someone who can bridge the gap between hardware and middleware.

Core Requirements:

• Low-Level C/C++: Mastery of C and C++ for bare-metal and RTOS-based embedded environments.

• Hardware Bring-up: Proven experience in powering on MCU/SoC platforms and validating hardware-software interfaces.

• Driver & BSP Development: Strong background in writing peripheral drivers and Board Support Packages.

• JTAG & Debugging: Expert-level experience with hardware debugging tools (e.g., Lauterbach Trace32) and trace analysis.

Preferred Qualifications (Nice to Have):

• Classic AUTOSAR: Experience with AUTOSAR Classic architecture, ICC1/ICC3 layers, or AUTOSAR configuration tools (e.g., Vector DaVinci, EB tresos).

• Functional Safety (FuSa): Experience with ISO 26262, particularly ASIL-D development and freedom from interference concepts.

• ASPICE: Familiarity with Automotive SPICE processes and quality standards.

• Multi-Core Systems: Understanding of multi-core partitioning, core pinning, and shared resource management in safety-critical contexts.

Why Join Us?

This role offers a rare opportunity to work across the entire MCU software stack-from the silicon interface to safety-certified application layers. You will be instrumental in building the robust, safety-proven foundation that next-generation vehicles depend on for their most critical functions.