苹果Thermal Manufacturing Quality Engineer

Role： Tesla Energy is looking for a motivated Firmware Integration Engineer to bring the next generation of Residential and Industrial charging products to the market. As a member of the Firmware Integration team, you will be responsible for delivering high quality firmware, software, and hardware to the manufacturing line. You will architect the software solutions for manufacturing quality Energy products (e.g. Powerwall, Megapack) in our factories. Rethink manufacturing processes and test equipment dependency with our in-house product and design teams. Engineer a software stack capable of ultra-high volume production capacity across our entire supply chain. Ensure flexibility within our product design and manufacturing test functionality to achieve critical business objectives. You will have the opportunity to solve challenging problems on the production line and in the field. Collaborate closely with hardware, manufacturing, and service engineering to design firmware and automation solutions for a seamless commissioning experience. You will show outstanding organizational and communication skills and an eagerness to learn in an ever-evolving environment. Manage your projects with a positive attitude and be a team player in a collaborative work environment. Responsibilities： · Develop, enhance and debug new and existing software in C, Python, or Golang. · Perform hardware and firmware integration of current and next generation Tesla charging systems. · Author product test specification of home and commercial charging products for optimal coverage at each step in the assembly process. · Design robust and exhaustive test procedures for high voltage power electronics, battery modules, thermal systems, and solar product assemblies. · Contribute to software architecture design, development of software applications, and integration into manufacturing processes and production lines. · Track and communicate project status and risks to the wider organization. Interact with engineers from multiple teams. · Hands-on with hardware bring up, debug issues and devise solution paths. · Provide technical and leadership excellence for the team. You will make critical decisions and lead from the front with support from experienced engineers. · The position duties may require travel to Tesla and/or supplier factories.

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.)

The Role: The Service Tooling team is responsible for managing the full lifecycle of custom service and commissioning tooling hardware, supporting the rapid deployment and maintenance of Tesla’s Energy storage and charging solutions. This role ensures effective project execution, cost control, product delivery, and quality assurance throughout the development process. This Technical Program Manager will oversee tooling programs from concept to production, coordinating with cross-functional teams, vendors, and manufacturing sites to meet project timelines and cost targets. Responsibilities include defining project scope, managing schedules, mitigating risks, and ensuring tooling solutions meet quality and safety standards. This is an opportunity to become part of a fast-growing world-class organization, supporting the latest commercial energy technologies. We are setting the standard that will continue to transform and revolutionize the commercial energy industry. Responsibilities: Start-to-finish hardware ownership: Specification, architecture, design, simulation, schematic, layout, prototype, validation, and manufacturing of circuit boards/panel electronics. Thoroughly document design requirements, calculations, power budgets, validation results, procedures on how to use, testing plans, etc. Rapidly iterate as electrical design requirements and product features/interfaces mature over time. Design service and commissioning tooling for user interface robustness. Drive mechanical enclosing requirements and collaborate with Mechanical engineers on safely and efficiently encasing electronic tool designs. Propose custom technical solutions to drive application customization for our Energy storage products. Ability to travel to commissioning sites, containment sites, and Giga factories 10-15% of the time.

Thermal Module Quality Engineers will be fearless leaders capable of working with multi-functional teams to identify risks, explore solutions, reach consensus and implement mitigations as quickly and efficiently as possible. You will evaluate dimensional, functional, and cosmetic challenges through statistical analyses to make data-driven decisions as well as: - Drive quality readiness at the factory for development builds and mass production. Drive all quality issues in development builds to timely closure. - Collaborate with design, engineering teams to set appropriate quality control/Inspection/metrology stations on the production line. Drive IQC, IPQC, OQC and ORT - Drive qualification efforts in a wide variety of areas such as metrology, function inspection, cosmetic during module assembly. - Perform failure analysis to understand thermal failure modes and implement preventive measures. - Lead quality related functions for a program and serve as a project manager to push efforts at supplier locations. - Write, assess, and audit validation tests both internally and at the vendors. - Drive vendor process performance improvements through objective measurements using yield gap analysis. - Drive inspection optimization