特斯拉0-2年毕业生 - Electronic Validation Engineer 电子工程师
任职要求
• Bachelor's or Master's degree in Electrical, Power Electronics, Electronics, Mechatronic, or similar fields required. MS degree in engineering a plus. • Preferably in a hands-on role such as Failure Analysis / Quality / Service in consumer electronics or automotive industry • The successful candidate for this position must have a broad technical background with the ability to work with engineering, manufacturing, service, and suppliers across a wide variety of issues. Strong interpersonal and communication skills are an absolute requirement to establish effective working relationships within Tesla and outside. • Exceptional problem solving and Failure Analysis, strong attention to detail and analytical thinking. • Proficient in PCBA level troubleshooting and debugging; experience in embedded systems such as ARM microcontroller or FPGA a plus • Knowledge in applying statistical methods and tools to manage, synthesize, and interpret data. • Programming Languages & Tools: Python, Minitab, JMP or similar are a strong plus • Previous experience in a fast-paced, high pressure manufacturing environment a plus.
工作职责
Electronics Validation Engineer Tesla Electronics Test and Automation Group (ETAG) is the main point of contact to ensure the highest quality vehicle, silicon and robotics electronics for our customers. Our mission is to develop test automation equipment, architect software automation framework, and provide hardware/software/data infrastructure for Tesla electronics communities worldwide. We are seeking a multi-faceted Electrical Engineer who will be responsible for all aspects of validating, identifying, analyzing, root causing, implementing countermeasures, and reporting on issues affecting all low voltage PCBAs from APAC markets. Main components including, but not limited to, body controllers and car computers. This candidate will work with test/design engineers within the group to quickly mitigate and implement countermeasures at suppliers and factories to improve quality, reliability, durability of the products. The ideal candidate will be a hands-on problem solver with excellent analytical and organizational skills, who thrives in an environment that encourages and rewards superior work. You should be passionate about innovation and developing new skills, and excited to take on the challenge of contributing to the next generation of engineering tools and systems. Primary Responsibilities • Work with quality engineers, supplier engineers and suppliers to monitor products performance, identify trending issues. Prioritize based on Severity, occurrence, and/or cost of each failure modes • Detailed failure analysis, identifying root-cause of problems – Perform board-level debugging to isolate faults for physical FA • Apply knowledge of electrical engineering and PCBA manufacturing to drive containment and corrective action implementation into production / design / supplier / Firmware. • Participate in continuous improvement activities and take preventive actions. • Share Lessons Learned from previous field issues; Provide upfront feedback by participating in design reviews to ensure product performance, reliability, and manufacturability issues are identified and risks mitigated. (DFMEAs) • Take part in ongoing optimization of the products and processes (performance, cost, technology) Qualifications /
THE ROLE We are looking to hire a test engineer focused on Battery Electronics for our Hardware Testing team. As a Battery Electronics Test Engineer, you will work with a passionate and multi-disciplinary group of engineers while learning how to build and use hardware, firmware, and software solutions to validate Tesla Battery Electronics products to rigorous internal and automotive-industry standards. We are interested in diverse candidates of relevant experience, and we will prioritize curious and driven engineers with strong problem solving, communication, and collaboration skills. RESPONSIBILIES · Design, build, instrument, and automate testing equipment for electrical, thermal, and mechanical testing · Work together with Design Engineers, Reliability scientists, Material scientists, Quality, and Service to identify failure modes and generate design validation and reliability test plans · Perform validation and reliability testing at the component and system levels, simulating realistic and accelerated stress conditions · Collaborate with test technicians as peers to achieve test objectives · Investigate Battery Electronics assembly and subassembly failures to drive product development and test improvement · Identify and execute experiments targeting new technologies or critical failures · Interface and simulate complex vehicular systems to validate firmware/hardware interactions · Create novel ways to apply skills learned in the test lab to benefit vehicle products
The Role We are seeking a student who is passionate about artificial intelligence and algorithms to join our technical team, participate in the design and development of real-world projects, enhance your professional skills, and accumulate valuable practical experience. As an AI Algorithm Engineer, you will collaborate closely with senior algorithm engineers and data scientists, delve into cutting-edge technologies in the field of artificial intelligence, and transform theoretical knowledge into practical abilities through real projects. Responsibilities • Participate in the algorithm design and development of AI-related projects, including but not limited to areas such as deep learning, natural language processing, computer vision, and reinforcement learning. • Build, train, and optimize AI models, and assist the team in completing model evaluation and data analysis. • Read, understand, and write cutting-edge papers in related fields, explore new technologies, and attempt to implement them. • Assist the IT Application team in completing data processing, feature engineering, and other digital tasks. • Learn and master the team's existing code repos and toolchain, and complete the development and optimization of specific modules. • You will collaborate closely with senior algorithm engineers and data scientists, delve into cutting-edge technologies in the field of artificial intelligence, and transform theoretical knowledge into practical abilities through real projects.
到岗时间要求：2025年9月或10月初 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：2026年及以后 转正机会：在表现优异且通过面试的前提下可转正。 Start Date: September or early October 2025. Duration: Minimum 3 months, with preference given to 6 months or longer. Availability for a full-time commitment (5 days per week). Expected Graduation: 2026 or later. Path to Full-Time: Outstanding performers may transition to a full-time role after a successful evaluation and interview. What to Expect The Role As a Software Development & Integration Intern on the Battery Management System (BMS) Team, you will have the opportunity to accelerate the delivery of quality Tesla products to consumer markets. You will be responsible for architecting, designing, and implementing firmware on high voltage systems. Your effort to create and improve battery management functions will have a direct impact on the reliability and convenience of the Tesla products as well as the customer experience. The Tesla battery team is extremely focused on the quality of users’ indicators (i.e. range, SOC, power, etc.) which directly plays into the overall experience and safety of the system as a whole. The team strives to create robust, efficient firmware and your responsibility is to ensure the code quality extremely high. You will also play an important role in our future technologies roadmap, including firmware support on different platforms and new products (packs, cells, etc) and those techs may also lead the whole industry to a new epic. What You'll Do Responsibilities • Develop, debug, and test software in C/C++ or other languages (e.g., Python, Java) for high voltage system applications. • Design, implement and test cutting-edge algorithms according to different standards for run-time control system. • Develop multiple systems interaction functions for new power features. • Participate in code reviews and troubleshooting sessions to ensure reliability and safety. • Document software design, implementation, and testing processes. • Develop Software-in-the-Loop infrastructure in a object-oriented fashion, making high degree of re-use of existing objects and objects that are highly reusable. • Follow safety protocols and industry standards for electrical systems. What You'll Bring
About Tesla Motors Tesla Motors is an aggressive young company. We design and manufacture advanced electric vehicles, battery packs, and drive systems that are changing the future of transportation. We are building technically strong, fast-moving teams that pride themselves on superior execution. Job Summary Tesla is looking for an amazing graduate who is passionate about computer engineering, machine learning and latest technological solutions and desires to work with automation controls development team (CAE – Core Automation Engineering). The candidate will have the opportunity to take part in innovative projects which will be directly connected with advanced manufacturing at Tesla factories. CAE team creates elegant software and automation solutions to build and assemble Tesla products in all manufacturing areas of the factory (Body in White, Paint, Casting, General Assembly, Drive unit, Battery workshops). The candidate will apply academical knowledge about computer science, databases, data collecting and processing in industrial area and be involved in digitalization and development of Tesla’s production lines. CAE team provides a valuable experience at Tesla by joining projects that are critical to their future successes Responsibilities Develop advanced software solutions supporting next-generation control systems Leveraging machine learning, or advanced analytics in production environment Manufacturing equipment integration with factory systems like MES, MFS, FM, PDM, etc. Design systems with future scalability in mind, ensuring they can adapt to new technologies, production increases, or evolving operational demands Drive Continuous Innovation by connecting Tesla needs with latest industrial trends Comply with company rules and regulations, strictly follow work instructions, actively identify safety hazards, promptly report safety hazards and accidents, propose safety improvement suggestions, and continuously improve to create a safe and healthy working environment.