苹果Thermal Engineer
任职要求
Minimum Qualifications • BS or MS in Mechanical Engineering or related field. • 1-5 years experience in passive thermal design of consumer electronics with a strong background in thermal systems/components and their manufacturing processes. • Experience with thermal testing and test equipment (DAQ, wind tunnel, IR camera, power …
工作职责
In this role, you'll be the in-region thermal expert, utilizing your deep knowledge of system-level and module-level thermal design and validation. Collaboration is key, as you'll work closely with U.S.-based peers on technology evaluation, design investigation, and process development for new products. Responsibilities also include guiding and executing thermal testing at OEM and supplier factories, from test setup, data analysis to report preparation. Experience in passive device thermal design is highly valued. Establish and manage relationships with thermal suppliers to identify emerging technologies and collaborate on developing innovative solutions aligned with Apple's product roadmap needs. Lead the way in suggesting and adopting innovative ideas to improve the productivity and quality of thermal components. Provide in-region expertise for root cause analysis and corrective action of system thermal failures and defective thermal parts/materials. Train engineers at OEM and vendor factories to produce high-quality products using well-defined specifications, advanced production processes, and up-to-date validation tools and codes.
1.Contribute to the definition, documentation, and tracking of vehicle-level requirements based on legal, technical, and customer-driven inputs 2.Support the planning and execution of vehicle validation activities (e.g., crash, NVH, durability, thermal, performance) 3.Assist in benchmark studies of competitor vehicles with focus on system performance, efficiency, packaging, and innovation 4.Coordinate with system teams (e.g., chassis, body, E/E, powertrain) to ensure alignment with overall vehicle targets 5.Create and manage target sheets, validation roadmaps, risk assessments, and technical documentation 6.Present technical results and progress to internal stakeholders and contribute to project milestone deliverables
1. Establish and develop a reliable, innovative and efficient CFD workflow and apply that workflow to product projects 2. Develop and perform windtunnel testing methodology and excection 3. Develop aerodynamic performance of the products jointly with design, vehicle dynamics and total vehicle 4. Develop all fluid systems from an fluid dynamics perspective 5. Ensure thermal management solidity and efficiency together with vehicle dynamics and powertrain 6. Is in charge of one or multiple projects (product or methodology projects) 7. Manages the resources allocated to the project 8. Derives project specific goals and strategies to achieve those goals jointly with process partners 9. Represents all group relevant topcis within the overall project team
1. Plan, coordinate, and execute total vehicle and sub-system tests to validate performance, durability, safety, quality, functions and compliance with relevant standards 2. Support vehicle development from concept through to final validation, including prototype and pre-series testing 3. Take responsibility for the release recommendation (sign-off) of tested systems or components, based on test results and performance evaluation 4. Define and implement test procedures based on technical requirements and regulatory guidelines 5. Operate and monitor vehicle testing equipment and data acquisition systems 6. Analyze test data, document results, and provide detailed technical feedback to development teams 7. Work closely with internal departments, suppliers, and external testing service providers 8. Contribute to continuous improvement of testing methodologies, processes, and tools
1. Tracking SiC power module technology trends, defining power module process technology roadmap; 2. Leading team to complete pre-research of advanced process technologies, organize technical cooperation with universities and research institutes; 3. Leading team to develop advanced power module processes, output process files; 4. Support product development team to finish product development and import to factory for mass production; 5. Support mass production process teams to solve major process issues, improve reliability and yield.