Objective
Responsible for EMC development activities for Cockpit, ADAS, and Centralized Computing hardware products, supporting EMC design and problem resolution throughout the entire product lifecycle, from architecture definition and hardware development to testing and validation.
Ensure products meet vehicle-level and component-level EMC performance requirements through EMC design reviews, simulation and analysis, test debugging and corrective actions, as well as supplier technical reviews.
Task1. EMC Design & Development
- Participate in EMC reviews during architecture and design phases
- Support EMC optimization for schematic and PCB layout design
- Identify EMC risks and provide improvement recommendations
- Support EMC development activities throughout product lifecycle
2. EMC Simulation & Analysis
- Perform EMC simulation and analysis
- Support EMC assessments for high-speed interfaces, power networks and harnesses
- Analyze EMC issues and define mitigation solutions
3. EMC Testing & Problem Solving
- Support EMC test planning and execution
- Track EMC testing progress and issue closure
- Lead EMC failure analysis and corrective actions
- Support vehicle-level and component-level EMC troubleshooting
4. Supplier Technical Review
- Review supplier EMC designs
- Monitor EMC validation activities
- Review EMC test results and corrective actions
- Drive EMC issue resolution with suppliers
5. Technical Support
- Support development teams in EMC-related technical issues
- Provide EMC consultation for projects
- Support complex technical problem analysis
Education
- Master degree in electronic/electro-technic, computer science or similar course of studies
- Fluent English and Chinese is mandatory; German language knowledge is an advantage
- Minimum 5 years of automotive EMC development experience
- Experience in automotive ECU development projects
- Familiar with EMC testing and debugging activities
- Experience in EMC issue analysis and resolution
- Experience in Cockpit, ADAS or Domain Controller projects
- EMC simulation experience
- Supplier technical review experience
- Solid understanding of electromagnetic compatibility mechanisms, including emission sources, coupling paths and victim systems
- Ability to translate EMC requirements into practical hardware design guidelines
- Good understanding of grounding, shielding, filtering and return path design principles
- Knowledge of EMC considerations for high-speed digital circuits, power electronics and mixed-signal systems
- Ability to identify EMC risks during architecture, schematic and PCB design phases
- Understanding of automotive hardware development processes
- Familiarity with schematic review and PCB layout review from EMC perspective
- Understanding of interactions between EMC, signal integrity, power integrity and thermal design
- Ability to work closely with hardware developers to improve product EMC robustness
- Strong capability in EMC root-cause analysis and troubleshooting
- Ability to correlate laboratory test failures with actual design weaknesses
- Experience in analyzing complex EMC issues and defining corrective actions
- Ability to evaluate effectiveness of mitigation measures through simulation, testing and engineering judgement
- Ability to assess EMC design quality of supplier-developed hardware
- Experience reviewing EMC design concepts, validation strategies and test results
- Ability to identify technical risks and drive corrective actions with suppliers
- Capability to challenge technical assumptions and ensure engineering rigor
- Ability to evaluate the real vehicle impact of EMC, electrical performance and environmental test deviations
- Understanding of the relationship between component-level performance and vehicle-level behavior
- Ability to balance technical risk, development timing and product maturity
- Practical engineering judgement to support technical decisions and deviation evaluations
