特斯拉｜2027届-软件集成实习生，车身控制-上海

Software Integration Intern, Body Controls 到岗时间要求：2026年10月底或11月 实习时间要求：一周五天全勤，至少3个月，6个月及以上优先考虑。 毕业时间：2027年应届生 转正机会：在表现优异且通过面试考核的前提下可转正 英文要求：流利，需与美国团队日常会议沟通 Position Description Body controls systems integration interns within the vehicle software organization work side by side with various cross-functional teams to support the design and development of body controls systems. This role utilizes hardware, software and system design fundamentals to support product design, vehicle behaviors definition, prototype bring-up, and validation, with a software focus. Body controls integration interns are responsible for supporting overall functionality and performance of body controls systems throughout product life cycle. Systems this role will be responsible for include doors, trunk, frunk, windows, seating, lighting, mirrors, wipers, heaters, steering wheel controls, and other actuators and sensors. Responsibilities Understand and debug hardware and software interactions during design, launch, and deployment of products or features Bring-up and debug early software and hardware prototypes through characterizing the systems and ensuring systems perform to requirements Support validation teams in developing component and system level test plans to meet product requirements Distill vehicle product requirements into actionable software requirements Define system hardware and software interfaces Perform field data analytics to improve design and performance of the system Analyze changes to assess impact to systems by summarizing impacted devices, interfaces and process in the hardware and software domain Communicate technical direction for electrical, software, manufacturing, mechanical design, and service teams Help various cross-functional teams understand how their systems and related decisions impact different vehicle systems Requirements Must Have Pursuing Bachelor’s degrees or above in Mechatronics, Electrical Engineering, Computer Engineering, Systems Engineering, or equivalent Strong C/C++ comprehension Comfortable with Electrical Engineering fundamentals Excellent at hands-on debugging complex subsystems involving network microprocessors and software-controlled electrical or electromechanical devices Comfortable analyzing data to improve design and performance of a system Strong written and verbal communication skills Have an exceptional capacity for managing simultaneous activities and challenges Preferred to Have Experience in mechatronics Experience with CAN tools such as Vector CANape and PCAN explorer Experience with LIN communications Experience in DFMEA, HARAs, and fault trees Experience with Python programming Basic understanding of mechanical engineering fundamentals