特斯拉2026届-车辆动力学实习生 Vehicle Dynamics Intern
任职要求
• Good technical written and spoken English • BS in Automotive Engineering • Formula SAE Electric, Baja SAE, or other automotive team/technology is a major plus • Experience in physical chassis tuning and excellent driving skill is a plus • Vehicle dynamics experience with expertise in passenger vehicle drive and tuning, with a desire for excellence is a must. • Vehicle instrumentation and data analysis • An insatiable desire to develop ultimate vehicle performance characteristics • Strong organizational and interpersonal skills • Experience working in a complex, dynamic and fast-paced enviro…
工作职责
The Role Serve as part of the Vehicle Attributes team to develop ride, steering, handling and braking attributes for all Tesla vehicles including utilizing Passive and Active systems as appropriate to the targets set, and Road and Track evaluations and tuning required for all world market conditions. Working between quantitative (data acquisition) and qualitative (subjective) reporting, the successful candidate will guide efforts between modeling, design, and controls towards developing Tesla character and DNA in all our class leading products. Duties include planning, managing and executing tests, product lifecycle management and working cross functionally with teams such as modelling, design, and firmware engineering, which require timely and actionable feedback. Inventory control and parts tracking from Bill of Materials for both production and prototype parts will also be necessary to support development and launch success in the factory. This is a hands-on role requiring a high level of autonomy, proven ability and flexibility. Responsibilities • Provide design, controls and architectural feedback to ensure that Tesla attribute targets are met. • Support developments of other vehicle areas (e.g. NVH, Simulations, Range, Mass). • Generate engineering data (run logs and reports) for all activities. Participate in design, program, and product reviews and provide supported feedback. • Manage and execute testing programs, working cooperatively and efficiently communicating within a dynamic and interactive environment.
1.基于优化算法的全场景自动驾驶控制算法研发，涵盖结构化道路/非结构化场景的轨迹优化与动态避障。 2.支持主线研发和量产项目规控算法交付任务，解决非凸优化、高维状态空间下的运动规划问题。 3.实时闭环的算法架构设计与实现，工程软件规范化与质量效率提升。 4.高效自动化算法开发迭代工具设计与实现，建立自动化评测体系，量化评估控制算法的舒适性、安全性及动态场景适应能力。
1. 协助整理悬架系统（空簧CDC，全主动悬架）的问题清单；跟踪悬架软件问题闭环进度，协助维护问题跟踪看板，汇总阶段性进展报告； 2. 支持问题复现环境搭建，包括台架/实车，记录测试数据并分类归档，输出问题总结表； 3. 参与悬架控制需求文档，如FR、控制逻辑说明的模板维护与基础数据录入；参与悬架系统的设计与仿真，协助完成控制策略的开发与验证； 4. 运用MATLAB/Simulink搭建主动悬架系统的控制逻辑模型及实车调试； 5. 协助制定悬架系统的测试用例，完成测试数据预处理； 6. 跨部门沟通悬架调教团队需求，协助组织技术评审会议并维护行动项清单。
1、负责动力总成相关产品的项目开发管理，负责整车需求确认与分解； 2、编制产品设计任务书，明确开发计划、目标、成本与质量； 3、搭建项目开发团队，制定达成计划节点，管控开发过程重点问题； 4、组织各阶段的开发工作的评审及验收过阀； 5、项目文档的管理（存放，权限，对外输入输出）； 6、与内部及外部供应商的技术项目开发会议及任务管理。
1、负责动力三电（电池、电机、电控）全生命周期质量安全管控及质量绩效改善； 2、负责动力三电（电池、电机、电控）工艺对标、先进性研究及推动供应商改善工艺； 3、负责动力三电（电池、电机、电控）供应商质量提升帮扶及技术攻坚，专项解决重大问题； 4、负责对接市场质量问题快速分析及快速改善； 5、负责动力三电（电池、电机、电控）总成故障模式FTA分析及质量预防、成熟度的管控。