vom 18.02.2026
This project consists of two technical work packages aimed at enhancing the quality, reliability, and testability of embedded firmware. The first work package focuses on building HIL test environment, while the second centers on implementing a comprehensive unit?testing framework. An automotive background is not required. However, strong hands on coding skills in embedded C/C++ or Python are essential.
Tasks: Design, implement, and validate a Hardware?in?the?Loop (HIL) test environment to enable automated and reproducible testing of embedded firmware running on STM32 platforms. The engineer will be responsible for defining the HIL architecture, developing target?specific components, creating host?side tooling, and ensuring full integration of the setup. Designing the architecture and system interfaces of the HIL environment. Bringing up STM32F4/H7 hardware including BSP and peripheral configuration. Developing and integrating custom Zephyr RTOS drivers. Creating device tree definitions, overlays, and configuration layers. Building Python-based test automation and host control scripts. Validating the entire HIL setup, ensuring deterministic and automated test execution.
Requirements: Establish a structured unit?testing framework for embedded firmware components to ensure code quality, maintainability, and regression prevention. This includes defining the testing approach, implementing test suites, and integrating everything into automated build workflows.
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