In this role, you design the mechanical and electrical behavior of MEMS structures for customer requirements, focusing on gyroscope-related designs. You run model-based simulations to optimize MEMS performance and develop new algorithms to improve design optimization and simulation methods. You join a cross-functional engineering team, coordinating design and measurement activities while collaborating with PM and technology development to drive innovation at the Milan Design Center.

performance-related premio additional benefits

Design mechanical and electrical behavior of MEMS structures based on customer requirements

Perform model-based simulations to optimize MEMS designs, with emphasis on gyroscopes

Develop new algorithms for design optimization and enhance simulation methods

Collaborate in a cross-functional engineering team and analyze cause-and-effect within designs





Coordinate design and simulation tasks with project management and technology development

Master of Science in Mechanical Engineering (or PhD)

Fluent English (minimum B2); German is a plus

Proficient coder;

experience with MATLAB/Python and Finite Element tools; Simulink preferred

Autonomous, self-organized work style in complex development environments

Experience in MEMS design and model development for inertial MEMS sensors (FEM, Matlab) with 3–5 years

Experience designing and conducting lab experiments; cross-functional teamwork autonomous and self-organized excellent presentation skills cross-functional collaboration

MATLAB

Python

Finite Element Simulation tools

MEMS Designer for inertial MEMS Sensors pavia, lombardia, it

📌 Mems Designer For Inertial Mems Sensors (Bardi)
🏢 Robert Bosch
📍 Bardi