Steering wheel electronics product development. Key player in design and maintain mechatronic systems integrating mechanical, electrical, and software engineering principles. This role spans multiple engineering disciplines, including materials, optics, electronics, and mechanics, as steering wheels evolve into complex components of vehicle ADAS and comfort systems. Collaborate with cross-functional teams to design, develop, and implement mechatronic systems and prototypes. Analyze and troubleshoot complex mechatronic systems, identifying and resolving technical issues. Ensure requirements from the customer are properly negotiated and cascaded into the Autoliv product development process and ASPICE base processes. Contribute to the design and selection of mechanical components and materials for mechatronic systems. Perform system testing and validation to ensure robustness, reliability, and safety. Document designs, processes, and outcomes for knowledge sharing and continuous improvement. Define interface requirements between various sub-systems of the steering wheel in collaboration with other engineering departments. Lead the product development of the steering wheel system. Design and engineer electrical interfaces, HMI, capacitive interfaces, ergonomics, vehicle network communications, and material compatibility within the steering wheel system. Support software and hardware development teams to ensure ECU implementation meets customer requirements. Participate in software code reviews and hardware design reviews. Develop product requirements and specifications. Develop end-of-line specifications. Lead design for manufacturing of the mechatronics system. Lead DFMEA and ISO26262 activities.

Main activities: Managing and developing the company's projects, contributing my experience and knowledge to the engineers in charge of the project and providing the resources so that delivery dates are met, programming in different languages and 3D mechanical designs.