Yanis Mahmoud
I am an Expert Software Engineer at ERNI Deutschland GmbH with extensive experience developing software platforms for medical devices and lab automation systems. My background includes R&D and software development in C++ and Python, with a strong focus on software architecture, distributed systems, and test automation.
Beitrag
As embedded systems become more complex and interconnected, test automation must evolve to handle dynamic behavior and close hardware–software interaction. In safety-critical domains such as medical devices, strict regulatory requirements intensify these challenges.
This talk shares practical experience for building reliable, compliant test automation frameworks. It highlights how parameterized environments support scalable validation across emulated and physical hardware, and how Hardware-in-the-Loop (HIL) techniques enable realistic system verification.
Key takeaways:
- Applying integration and system testing practices in regulated embedded environments.
- Designing flexible, parameterized setups for scalable validation.
- Ensuring compliance, traceability, and efficiency across the test lifecycle.