PhD inertial MEMS wafer level test and design with a focus on stiction and robustness (w/m/div.)

As part of a doctoral program, you will develop wafer-level inertial MEMS test content and design test chips focused on stiction and robustness. You collaborate across disciplines to translate innovative testing techniques into product-ready solutions. This role supports your PhD with hands-on experimentation and close ties to university topics, while aligning with Bosch’s engineering and innovation culture. You will work with cross-functional teams to shape MEMS characterization methods and contribute to real-world products.

• Develop wafer-level inertial MEMS test content for characterization
• Design and characterize inertial MEMS test chips with focus on stiction and robustness
• Develop innovative testing techniques transferable to real products
• Collaborate with interdisciplinary teams and document results
• Contribute to PhD research under university supervision
• Support measurement setups and data analysis to validate test content

• Master in Physics, Electrical Engineering, Communications Engineering, Software Engineering, or similar field
• experience with FPGA systems and tools
• background in analog electronics; circuit design and simulation experience (e.g., Ansys, Comsol)
• understanding of electrical measurement techniques
• programming skills in C++, Python, MATLAB
• knowledge about semiconductors and MEMS
• languages: English and German (B2)
• strong team player and ability to work in interdisciplinary teams
• self-organized way of working

• team player
• interdisciplinary collaboration
• self-organized
• FPGA systems and tools
• analog electronics
• circuit design and simulation (Ansys, Comsol)