Responsibilities
- Develop Simulink models representing the complete signal processing chain of MEMS sensors.
- Design and implement algorithms to test and validate model accuracy and efficiency.
- Work closely with internal teams to gather and integrate new functional requirements.
- Translate validated models into optimized low-level code for embedded systems.
- Engage with stakeholders to collect feedback and define enhancements for future models.
- Maintain and support existing models through updates, debugging, and performance improvements.
- Analyze hardware measurement data to verify and refine model behavior.
- Conduct peer reviews to ensure code and model quality within the team.
- Build in-depth knowledge of sensor signal processing workflows and system architecture.
Benefits
- Solve complex technical challenges in the fast-growing semiconductor and MEMS industry, contributing to global automotive innovations.
- Join a motivated engineering team shaping the future of safety-critical sensor applications in vehicles.
Responsibilities
- You create Simulink based models describing the entire signal chain of a MEMS sensor.
- You implement and develop algorithms for testing and verifying model performance.
- You actively collaborate with internal customers and collect new requirements from them.
- You compile the verified models into performant low-level code.
- You are in close contact with internal stakeholders, collecting inputs for new models.
- In addition to generating new models, you also provide maintenance and continuous support for existing models.
- You evaluate hardware measurement data required for model validation.
- You carry out peer reviews with members of your team.
- You develop a deep understanding of Bosch sensor signal chains.
Benefits
- You will tackle challenging problems in a highly relevant and innovative growth sector (semiconductors/MEMS) with a tangible impact on a global scale.
- As part of an eager team, you will shape how cutting-edge MEMS sensors are used in the automotive industry for safety critical applications.
