Electrical Design Engineer – Automotive & Wireless Charging

About the role

Join Molex’s Connected Mobility Solutions team as an Electrical Design Engineer. You will help create next‑generation automotive electronics and wireless‑charging systems that enable safer, smarter, and more connected vehicles.

Key responsibilities

• Design and develop automotive electronic hardware, including wireless‑charging solutions.
• Translate customer requirements into innovative product concepts, architectures, and prototypes.
• Drive hardware development from concept through validation to production release.
• Apply engineering analysis, simulation, and risk‑assessment techniques to improve performance and reliability.
• Lead technical discussions and design reviews, providing guidance on best practices.
• Partner with manufacturing, quality, mechanical, and supplier teams to ensure seamless product launch.
• Support customer‑facing activities such as validation testing and on‑vehicle integration.
• Contribute to continuous‑improvement initiatives that enhance quality, cost‑effectiveness, and development efficiency.
• Ensure compliance with automotive standards, customer specifications, and Molex quality management systems.
• Champion innovative solutions that deliver long‑term value for customers and the business.

Required profile

• Bachelor’s or Master’s degree in Electrical Engineering, Electronics & Communication Engineering, or a related discipline.
• Experience in automotive electronic product design and development.
• Proficiency in schematic design, PCB development, and hardware validation.
• Working knowledge of automotive communication protocols such as CAN, LIN, I2C, and SPI.
• Experience using Altium Designer or equivalent CAD platforms.
• Understanding of EMC/EMI design considerations and hardware troubleshooting.
• Demonstrated ability to collaborate within cross‑functional engineering teams throughout the product lifecycle.

Required skills

• Automotive communication protocols (CAN, LIN, I2C, SPI)
• Altium Designer (or equivalent CAD tool)
• PCB design and layout
• Schematic capture
• Hardware validation and testing
• EMC/EMI design considerations
• Electronic design simulation and risk‑assessment techniques
• Wireless charging / wireless power transfer knowledge