Objective
- Responsible for mechanical, thermal and integration development activities for Cockpit, ADAS and Centralized Computing hardware products.
- Support product development from concept definition through vehicle integration and production release by driving mechanical design reviews, thermal solution development, packaging studies, harness integration and supplier technical evaluations.
- Ensure products achieve targets for thermal performance, structural robustness, manufacturability, serviceability and vehicle integration compatibility across different carline projects.
1. Mechanical & Thermal Development
- Participate in mechanical and thermal architecture definition
- Define mechanical and thermal requirements for hardware products
- Review enclosure, packaging and cooling concepts
- Support structural and thermal optimization throughout development lifecycle
2. Vehicle Packaging & Integration
- Define ECU packaging concepts for Cockpit, ADAS and Centralized Computing products
- Coordinate package development with vehicle integration and carline teams
- Evaluate installation space, mounting concepts and serviceability requirements
- Ensure vehicle integration compatibility and release readiness
3. Thermal Management & Cooling System Integration
- Develop thermal management strategies for high-performance computing platforms
- Review air-cooling and liquid-cooling concepts
- Evaluate coolant interfaces, cooling paths and packaging constraints
- Support thermal validation and cooling system optimization
4. Harness & Connector Integration
- Define connector and harness integration requirements
- Review connector location, cable routing and serviceability
- Support harness packaging studies and integration reviews
- Ensure electrical and mechanical interface compatibility
5. Supplier Technical Review & Development Support
- Review supplier mechanical and thermal designs
- Assess structural robustness and thermal effectiveness
- Identify design risks and track corrective actions
- Support technical discussions and design maturity reviews
6. Validation & Product Release Support
- Support environmental, vibration and thermal testing
- Analyze test failures and support root cause investigations
- Evaluate product maturity and release readiness
- Support engineering changes and production release activities
Education
- Bachelor’s degree or above in Mechanical Engineering, Vehicle Engineering, Thermal Engineering, Mechatronics, Electronic Packaging, or related engineering disciplines
- Fluent Chinese and good English communication skills are required
- Minimum 5 years of experience in mechanical, thermal or product development engineering
- Experience in automotive ECU, Cockpit, ADAS or computing platform development
- Experience supporting products from concept phase to production release
- Experience in ECU packaging and installation concept development
- Experience working with vehicle integration or carline engineering teams
- Familiarity with vehicle packaging constraints and serviceability requirements
- Experience in thermal solution development for electronic products
- Familiarity with thermal simulation and thermal validation
- Experience in resolving thermal issues during development
- Experience reviewing supplier designs and technical solutions
- Experience in issue tracking and design maturity assessment
- Experience working with cross-functional engineering teams
Specific Knowledge
1. Mechanical Design & Packaging
- Electronic product mechanical design fundamentals
- ECU packaging and installation concepts
- Material selection and structural robustness considerations
- Assembly, tolerance and serviceability design
- Design for Manufacturability (DFM)
2. Thermal Engineering & Cooling Solutions
- Electronic thermal management principles
- Thermal path design and thermal resistance concepts
- Heat sink, vapor chamber and thermal interface material applications
- Air-cooling and liquid-cooling solution fundamentals
- Thermal performance assessment and optimization
3. Vehicle Integration & Harness Integration
- Vehicle packaging principles and installation requirements
- Connector and harness integration concepts
- Mechanical interface management
- Vehicle integration constraints and release processes
- Cross-domain integration considerations
4. Product Validation & Problem Solving
- Reliability and environmental robustness considerations
- Failure analysis and root cause investigation
- Technical risk identification and mitigation
- Engineering judgement and structured problem solving
5. Technical Review & Collaboration
- Design review and technical assessment capability
- Supplier technical review capability
- Cross-functional communication and collaboration
- Ability to balance performance, packaging, thermal and manufacturing requirements
