Develop embedded software components for RTOS-based SDKs, including: Low-Level Drivers (LLDs), HALs, RTOS abstraction layers, and BSPs
Example/demo applications to showcase peripheral functionality and performance
Support post-silicon validation (AVV) by: Creating validation test apps that reuse RTOS SDK components
Bringing up first silicon and validating critical peripherals (ADC, PWM, CAN, LIN, watchdogs, etc.)
Supporting automation of lab and CI-based test execution
Collaborate across teams – work closely with architecture, hardware, safety, and tools teams to align software with silicon capabilities and roadmap
Contribute to reference software and tooling to aid customers in bootstrapping their own designs
Analyse and debug complex issues using emulators, silicon, and debug tools like OpenOCD, J-Link, or Lauterbach
Provide feedback into next-gen MCU architecture, based on software validation findings
Contribute to the wider RISC-V software ecosystem, helping to ensure support for the architecture in various open-source projects

8-12 years of hands-on experience in embedded systems software development
Strong skills in C/C++ programming, with basic familiarity in assembly
Good understanding of RTOS concepts (task scheduling, ISRs, semaphores, etc.)
Experience debugging complex multicore systems, experience with debugging tools (OpenOCD, Segger J-Link, Lauterbach)
Experience porting or developing on FreeRTOS, Zephyr, AUTOSAR OS, or similar platforms
Familiarity with bare-metal development, memory-mapped IO, and driver development
Experience in bring-up and debugging on real silicon or FPGA platforms
Knowledge of automotive interfaces and protocols: CAN, LIN, SPI, I2C, UART
Practical exposure to test automation, scripting (Python/bash), and version control (git)

Opportunity to work on cutting-edge RISC-V platforms with real industry adoption
A fast-paced, engineering-driven environment with minimal red tape
Mentorship from veteran CPU and embedded software engineers
Direct involvement in building safety-critical systems from the ground up
Exposure to a full-stack SoC development lifecycle: from pre-silicon to production-ready
Flexible growth path – whether you want to specialize deeply or lead in the future

Embedded Software Engineer

Key skills