平头哥平头哥-Physical design CAD Engineer-上海

1. 负责物理设计平台infrastructure功能的维护、优化，及用户需求响应。 2. 负责或参与平台新功能的开发、测试和项目部署，并积极跟进用户问题和敏锐捕捉新需求。 3. 负责对接相关EDA供应商，定义需求并推动EDA完成开发、评估测试和导入部署。

THE ROLE Interior Engineering Team at Tesla is responsible to design and engineer all interior components inside the Interior Cabin. We are subdivided into 11 internal groups all supporting each other concurrently to execute Tesla Interior Product development programs. Our core responsibility lies in taking a product from Cradle to grave – all the way. This involves Concept creation, Concept Engineering, Production Engineering, Tooling & Manufacturing, Validation and Testing, Launch and Ramp and eventually support with Field reliability. We support the full lifecycle of the Products. Though we are split into different sub-groups to facilitate project execution and future innovations, the team is completely made up of Mechanical and Electromagnetical Engineers only. RESPONSIBILITIES • Design and engineer sub-components for all interior commodities. • Achieve customer-driven interior system targets for luxury, function, cost and weight. • Execute local changes, initiated by the Global Interiors team, of parts and systems according to Tesla Change Management process. • Implement processes and quality to achieve world class execution of automotive interior craftsmanship and fit & finish. • Support the global team in design optimization with the appropriate analytical and physical assessments. • You will be required to prototype parts using 3d printing, put assemblies together in our prototype lab and work on modifying production parts with product changes if needed for testing and evaluation purposes. • You will collaborate with key suppliers and to support overall vehicle launch milestones and prototype/production build events. • Your will collaborate with cross functional teams within the Tesla Vehicle Engineering, Manufacturing Engineering and Procurement groups to ensure interior system manufacturing and assembly feasibility and serviceability, and ensure competitive supplier manufacturing, quality and pricing. • You will be responsible for utilizing product engineering processes such as DFMEA and technical documentation - DVP&R and ensure Tesla and supplier manufacturing quality control plans are executed accordingly. • Follow up with suppliers regarding system/part level validation, quality control plans and the engineering elements of PPAP. • Support the homologation team for relevant component approval (e.g. CCC, GB testing) Long Story short – You will work as a Mechanical Design Engineer under a Mentor.

The Role As an Engineer in the Seat Engineering Department, you will be responsible for Design Engineering from concept to End of Life as well as problem solving of existing products within the seating realm. Typical commodities include seating structures, mechanisms, actuators. A seat can be defined as a product which enables comfortable support for vehicle occupants. In some sense it can be viewed as a moving robotic structural art piece. In this role, you will partake in a wide range of engineering aspects: including Materials [Steel, polymers composites, carbon fiber, alloy, etc.] manufacturing equipment, firmware/software, production processes, general mechanical design, supply chain enablement, Quality improvement and so on. You will strongly apply your existing skillset while learning a lot. Team members typically play dual roles as experts and polymaths. Each team member typically uses their particular expertise as their superpower to complement the team. Overall, we employ an ethos of “get the Job done!” The Team operates globally and has many locations (Fremont, Shanghai, Berlin). In this current regard you shall primarily operate in Shanghai. Particular focus for this Role: Material Science / Engineering / Mechanical engineering background with a passion. Understanding the physical make up of materials at elemental level. You are both theoretical and empirical. Expertise in Metal Materials, Polymers, Fibers etc. Understanding of Manufacturing processes and industrialization scenarios. Is serious about sustainability. Has a feel for customer values as it relates to Luxury expectations, performance, durability etc. Responsibilities As an integrated part of Tesla’s Vehicle Engineering team, you will conceptualize + design + engineer + manage Seating Structure & Mechanism parts and products. You shall be part responsible. Primary responsibilities and activities: Problem understanding and defining. Concept generation and evaluation including feasibility confirmation. Strategic product planning. Architecture planning and development Packaging & layout within vehicle architecture Manage and negotiate product attributes for Safety, Functionality, Comfort, Craftsmanship, Cost, Mass, Schedule, Sustainability (to name a few). Develop Validation plans to ensure full product compliance. Product validation including Prototype Making and Testing. 3D CAD generation e.g., in CATIA as well as 2D drawing making. Use and Interpret CAE simulation results and integrate into product design. Detail Design including datum & fixation strategy, GD&T. Bill of Materials Making and owning. Product optimization with the appropriate analytical and physical assessments. Utilize design tools such as DRBFM / DFMEA to enable robust products against their

As a Mechanical Design Engineer within the Vehicle Integration team, you will work with the design engineering, manufacturing and program teams during development and sustaining phases of the program to ensure compatible designs and product-level attribute optimization (styling, cost, mass, manufacturability, performance, service, NVH, reliability, etc.). You will work with virtual and physical representations of the product in order to validate key decisions and further refine the design prior to releases for tooling and production. As the design matures, you will work with virtual and physical representations of the product in order to validate key decisions and further refine the design prior to releases for tooling and production. Responsibilities Mechanical design and packaging of components to meet product and system level requirements while optimizing for product attributes. Lead product integration reviews,mediation in trade-off situations in order to ensure design solutions are in sync with product attribute targets. Support and execution of virtual builds, package bucks, prototypes and pre-series production. Top-level product CAD and BOM management, use best practices for ensuring CAD completeness and compatibility, support release process. Support PLM and change management process. Key Skills and