What you will move in this role:

• Define system arquitecture, communication interfaces and component specifications for optimal efficiency of inductive charging systems
• Create and review system requirements and test cases to create a functional architecture ensuring traceability aligned with project goals
• Collaborate with hardware, software and mechanical teams to ensure compliance with safety and regulatory standards
• Conduct design trade-offs, risk analysis and root cause analysis (troubleshooting, analysis of CAN traces) for optimal system performance
• Support system operation/commissioning through lab prototype testing and field trials in the vehicle
• Work actively on the development of new technologies for inductive charging systems

What skills and experience you should bring:

• Bachelor or Master’s degree in Electrical Engineering, Electronics, or related field
• 5+ years of experience in system engineering, preferably in the automotive environment
• Professional experience with system engineering methodologies and lifecycle (V-model)
• Strong knowledge of automotive/wireless communication interfaces (CAN, Ethernet, WLAN)
• Familiarity with functional safety and automotive development processes
• High level of motivation, good technical knowledge, problem-solving and very good cross-functional communication skills

What makes us unique:

We are passionate about E-Mobility and have the vision to make a positive contribution to our environment and society. This drives us every day to realize innovative ideas in global teams.

Do you share our fascination for E-Mobility and would like to become a part of our success story? Do you enjoy implementing your own ideas with a lot of creative freedom? Then we are looking forward to your application (including CV, school and university certificates and cover letter) to: