The role involves managing the end-to-end lifecycle of high-precision mechatronic cells and robotic service modules. The individual will architect modular mechanical and electrical systems adaptable to various autonomous vehicle service applications. Responsibilities include leading the integration of research and development prototypes into high-volume production environments. The position requires designing specialized end-effectors and proprietary hardware interfaces for physical manipulation tasks. Additionally, the role entails performing full-stack debugging across programmable logic controllers, host software, mechanical assemblies, and electrical circuits.

Candidates must hold a Bachelor or Master of Science degree in Mechatronics, Electrical Engineering, Mechanical Engineering, or an equivalent field. A minimum of eight years of experience in automation or equipment engineering is required, specifically focusing on mechatronic subsystems and modular machine design. Proficiency in debugging full-stack systems, including PLC logic and high-level programming languages like C# or Python, is necessary. The role also requires the ability to collaborate effectively with cross-functional teams to define requirements and ensure solution compatibility.