MEMS Designer for inertial MEMS Sensors
Pubblicato il 04-10-2026 - Bosch Group in Venezia
Bosch Sensortec is the technology leader in sensing solutions based on microelectromechanical systems (MEMS) and dedicated to the consumer electronics world. Our success in MEMS sensors and solutions is built on a remarkable team driven by passion, innovation and flexibility.
There is more than one good reason to join #BoschSensortec. We not only have cutting-edge product technology and an employee-oriented corporate culture, we also offer you attractive working conditions and first-class career opportunities.
We offer you many different working fields and career paths — and we provide individual possibilities to enable you to turn your passion into real innovations.
What will you take care of? You will be working in the Milan Design Center of the Bosch Sensortec Division, where you will have the chance to:
- Take responsibility: Based on specific customer requirements you are designing the mechanical and electrical behavior of new MEMS structures.
- Model based design : You are carrying out dedicated simulations to optimize the designed MEMS structures with focus on gyroscopes.
- Drive the future: You are developing new algorithms for design optimization and improve simulation methods.
- Be part of the team : You are part of a cross functional engineering team. In addition to the design, the analysis of cause chain reactions is required.
- Networking : Beside the coordination of all design and simulation tasks the close cooperation with project management and technology development is a crucial key-factor for success.
What distinguishes you?
- Education : Master of Science or PhD in Mechanical Engineering, Mathematics, Physics or equivalent
- Languages : Fluent English (B2 as minimum level), German as a plus.
- Software Skills: Proficient coder. Experience with MATLAB/Python and Finite Element Simulation tools required. Additional Simulink skills preferred.
- Working style : autonomous self-organized working in a complex development environment. Structured concept