苹果Molding Process Engineer

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.

封装机械仿真、应力、翘曲、热仿真等管理，封装仿真能力建立 封装材料开发，Modulus、CTE、Tg测试，材料在先进封装应用评估 对接制程与工艺部门， 先进封装开发仿真支持 先进封装散热能力测试，热仿真模型优化与校正 先进封装可靠性研究，先进封装产品可靠度风险预防 仿真发展战略制定，加强仿真能力建设，如电性仿真、Molding flow仿真 仿真能力Paper与Patent研究与提案

THE ROLE As battery design engineer, you will participate into Tesla future battery development from sketch concept to mass production with cross functional team around the world. The role requires strong engineering/physics fundamentals and the tenacity to apply that to hands-on problem solving. Tesla designs battery from the first principles. So you need to make every design decision from concrete engineering analysis, such as tolerance stack-up for every millimeter space, mechanical stress analysis, thermal heat transfer map, electrical resistance calculation. Tesla moves quickly, so being self-motivated and disciplined is critical. You must be passionate, but direction changes quickly, so you must also be resilient, boundaryless, and ready to adapt all the while being excited to do so. This role is for the hands-on do-it-yourself type personality wherein you take direct responsibility and direct action; be the first to jump into “driver’s seat” when solving problems.  You must be comfortable being outspoken and assertive while maintaining healthy and trusting working relationships with your peers and suppliers. This role requires people skills amongst the technical skills. This role requires a chameleon, a high aptitude, boundaryless “do whatever it takes” even if it’s not a typical mechanical design engineer role. You need to be the person that everyone says, “that person is awesome; they know how to get stuff done!” You should be as comfortable with gloves and hard hat as you are with a keyboard in front of you. RESPONSIBILITIES What You’ll Do • Work with cross functional team to define battery specification (dimensional, functional, performance, manufacturing) • Design complex parts and assemblies, from 3D/2D concept to prototyping and assembly • Benchmark and developing new technologies, supported with early process development • Owning basic testing and analysis; supporting advanced testing and analysis • Root cause test failures and propose corrective actions •Close, active supplier relationships •Develop and execute new technologies that improve product metrics (performance, cost, mass), independently identify and lead improvements to existing products •Support local supply-chain parts readiness & quality, need to wear multiple hats at times and overlap with SIE/Quality teams. •Sustaining design work including BOM changes, part revisions, drawing revisions, scrappy bench-tests to characterize part/product problems, factory or field teardowns, etc. •Domestic and international travel to support production launch and ramp (supplier visits, on-site at Tesla factories, etc.)

In this highly visible role, you will utilize your mechanical design engineering skills to bring products to the market. Your responsibilities as Mechanical engineers is to design next generation of input device products, portable and desktop computers, and modules to support the Mac and iOS product lines. Your responsibilities will span from technology development, concept generation to detailed design, analysis and testing through mass production ramp. Developing initial product layouts and new technology concepts. Detailed design of mechanisms and sensors Support technology investigations and development Building prototypes to validate function, manufacturability, and robustness Perform FEA or coordinate FEA activities to evaluate and optimize design concepts Analyze data generated from builds and lab experiments Participate in design reviews to generate and receive constructive feedback Perform tolerance analyses to predict performance of mechanisms, sensors, and cosmetic Create specifications, detailed design and 2D documentation of all parts and assemblies Work with operations teams to evaluate and develop supply chains capable of Manufacturing new subsystems and products Interacting with vendors to develop manufacturing processes and tooling concepts Define testing requirements and equipment and analyze the data produced Support build activities including finding root cause for failures and solutions for issues that impede build progress