1563 jobs found

We are seeking a multi-faceted Mechanical Engineer who will be responsible for all aspects of identifying, analyzing, root causing, developing/designing and implementing countermeasures and reporting on issues affecting various vehicle systems like Exteriors, Interiors, Lights, Body, IP, etc. The Fleet Root Causing Engineering team’s mission is to improve customer experience of Tesla products by eliminating fleet issues, in collaboration with a large cross-section of other engineering teams. Engineers on the team are responsible for one or more vehicle systems for Model S/X/3/Y, Cybertruck, Semi and future programs. This is a very hands-on individual contributor role with duties focused on failure analysis and root cause activities. To be effective, the Fleet Root Causing Engineer will either need to be intimately familiar with the detailed behavior of these components and systems and the tools and equipment used in their design and manufacture or be a quick learning generalist...

Tesla’s Finance team combines traditional financial planning and analysis with broader business decision-making and strategy, directly supporting Tesla’s leadership. Finance is embedded in daily operations, supporting both near-term execution and long-term planning. Team members are expected to analyze data and provide recommendations and to lead cross-functional decision-making and implementation of the recommendations.  Tesla Finance is lean and dynamic, comprised of five subgroups:  Corporate Finance, Energy Finance, Engineering Finance, Manufacturing Finance, and Sales, Marketing and Service (SMS) Finance.  We encourage rotation across subgroups for high performers. The Role Analyzing key performance indicators, especially revenue, cost of sales, operating expenses and capital expenditures (includes developing financial models and decision-making tools) Providing strategic insights and conclusions based on this analysis Guiding planning and resource management...

Tesla's Infotainment EE team designs the multi-media compute platforms behind the cabin experience in every Tesla vehicle — driving high-resolution displays, immersive audio, camera and sensor fusion, inter/intra-networking, and on-vehicle AI inference. We are seeking a detail-oriented and enthusiastic electronic design engineer with a strong background in computer system design, validation, and support. In this role, you will own next-generation infotainment motherboards end-to-end, balancing performance, power, cost, EMC, and automotive reliability to deliver a best-in-class experience worldwide. The Role Translate product and performance requirements into compute, memory bandwidth, display, audio, networking, peak power, and storage targets Lead parts selection for critical components — SoC, memory, storage, power-management, display, microprocessor, Ethernet switch, audio controller, etc. Implement open-ended electrical discussions into concrete circuit design...

A fog-free windshield, clean cabin air, a clear camera lens at highway speed — these are only possible with the hardware that senses and controls the vehicle's environment. That hardware delivers a comfortable, healthy cabin and keeps the vision system clean for FSD, and the Sensing Hardware Team is looking for the engineer who will own it across millions of vehicles, in climates you can't always predict. This role spans the sensing and driver electronics behind three connected systems — HVAC climate control, cabin air quality, and camera/optical-surface cleaning (including condensation management): the sensors for temperature, humidity, air quality, contamination, ambient light, and solar load, and the electronics that act on them (heaters, fans/blowers, valves, wiper/washer actuation, defog, defrost). You define both outcomes quantitatively, then build the hardware that guarantees them. On the cabin side, as FSD frees people from the wheel, clean air and stable climate stop...

Every input a Tesla takes — from the road beneath it or the person inside it — is a signal your hardware has to get right. The road pushes back through the steering rack; a driver reaches for a button without looking. Both are physical acts the car must read perfectly, millions of times a day — and both come down to the same craft: translating force, torque, position, and proximity into a signal the car can act on. Vehicle-dynamics sensing — handwheel angle/position, steering torque, rack position, suspension travel, wheel speed, brake pad position and pressure, inertial state — feeds FSD and vehicle control. As the chassis moves to steer-by-wire, brake-by-wire, and active suspension, these signals lose their mechanical fallback — your sensor becomes the safety-critical source of truth, and it has to be right every time. Human-interaction sensing — solid-state buttons, capacitive touchpads, electromechanical door handles and switches, stalk and seat sensors, proximity sensors —...

The New Programs Engineering team works at the front end of the design and development cycle by studying, simulating, building, and proving Tesla’s future vehicle concepts. New Programs Engineers interact with cross-functional partners from the Design, Vehicle Engineering, and Powertrain Engineering groups to develop 3D designs, mules, prototypes, and demonstrators used for informing downstream engineering efforts. This is a product design engineering position where product design expertise and fundamental first principles approach to problem solving are far more important than extensive automotive industry specific experience. The Role Product Definition – Document product plan of record. Identify risks and key decisions. Gather data, feedback, and customer input to present to design, engineering, and leadership to facilitate key product decisions Own vehicle system level attributes in the first stage of product definition and present tradeoffs to leadership in...

Tesla’s Solar and residential energy products are reducing reliance on the grid around the world. The Residential Energy Retail Partnerships team serves as the point of contact for our growing base of retail customers and spans end-to-end ownership across research, identification, development, capture, delivery, deployment, and fulfillment of all contract terms. Our ideal candidate is a self-starter that has a passion for making customers deliriously happy, blazing new trails for Tesla’s residential energy retail partnerships, and growing revenue and brand awareness. In this role, you will work with leadership to achieve retail partnership and deployment goals while collaborating with stakeholders across engineering, business, legal and regulatory teams. Demands a strong analytical skill set to drive customer adoption, propose new business models, and forecast accurate deployment timelines. Success will require systems thinking, creativity, and excellent communication skills to...

We are seeking a Technical Program Manager to own the Change Adoption & Sustainment domain within Tesla’s Industrial Storage Operational Excellence (OPX) team. In this role, you will be the end-to-end owner of verifying that changes deployed by the IS OPX team actually land in the field, are sustained over time, and produce the outcomes they were designed to achieve. You will manage all three initiative types within your domain — reactive work (adoption failure remediation and drift corrections), proactive work (change readiness assessments and post-launch verification plans), and measurement-driven work (sustained adoption rate analysis and outcome validation). While the other cross functional teams design, build, and roll out changes — you verify those changes landed, are being followed, and actually worked. When changes don’t stick, you own the remediation. You are the person who closes the loop between “we deployed it” and “it’s actually working.” The Role Own the...

The Tesla Energy Service Team is a group of highly skilled, uniquely talented people passionate about working together towards the goal of accelerating the world’s transition to sustainable energy. A Field Manager is primarily engaged in the supervision, mentorship, guidance, and inspiration of the local installation team so they continually develop and deliver to Tesla standards. The Field Manager will provide day-to-day supervision to the installation team and coordinate the post-design process and construction for the installation, maintenance, alteration, repair, and/or replacement of Tesla energy products with heavy emphasis on utility and regional staff coordination. The Role Exercise independent judgment and discretion in the customary and regular management of the installation team to meet departmental goals via appropriate allocation of workload, effectively managing resources and tracking goals with regards to safety, quality and efficiency Participate in...

Consider before submitting an application This position is expected to start August or September 2026 and continue through fall term (ending approximately December 2026) or starting in January continuing into Winter/Spring 2027 if available. We ask for a minimum of 12 weeks, full-time (40 hours/week) and on-site, for most Interns. Our Intern program is for students who are actively enrolled in an academic program. Recent graduates seeking employment after graduation and not returning to school should apply for full-time positions, not Interns. International Students: If your work authorization is through CPT, please consult your school on your ability to work 40 hours per week before applying. You must be able to work 40 hours per week on-site. Many students will be limited to part-time during the academic year. Our team puts large neural networks into production for efficient real-time inference on compute-constrained edge devices—CPU, GPU, and Tesla’s custom AI ASIC. You...

We are seeking a highly motivated and detail-oriented Equipment Technician to join our data collection team. The ideal candidate will play a crucial role in building and maintaining data collection hardware. Your primary responsibility will be to ensure the consistent manufacturing, troubleshooting, and maintenance of data collection equipment. Shifts: 8:00AM-4:30PM or 4:00PM-12:30AM or 12:00AM-8:30AM Schedules: Sunday-Thursday and Tuesday-Saturday The Role Assemble prototype and production-level data collection hardware, ensuring consistent quality Perform all levels of assembly, including building, testing, and inspecting custom wire harnesses with high attention to detail Collaborate with various teams to design, implement, and test new hardware configurations Develop and maintain best practices for manufacturing and deployment, identifying areas for improvement to maximize quality and reduce downtime Troubleshoot and resolve issues with hardware,...

Tesla Energy is looking for a highly skilled and motivated engineer to perform and drive mechanical and enclosure design activities for its utility scale energy storage and supercharging products. The role entails strong fundamentals, a passion to push the boundaries of technology and the tenacity to make your designs successful. Tesla operates under compressed timelines, so being self-motivated, disciplined, and resilient is critical. We aim to recruit the most talented engineers to accelerate the world’s transition to sustainable energy. The Role Modeling and design of mechanical components and assemblies including sheet metal, structural metals, plastics, environmental sealing materials, fasteners, and other components Mechanical design analysis including structural finite element analysis, design for assembly, design for manufacturing, and design for test Work with cross-functional teams to refine specifications and achieve product performance, aesthetic,...

The Hazardous Waste Operations Supervisor will supervise hazardous waste handling at Tesla’s Page-Kato Campus in Fremont CA and ensure that operations comply with Tesla Standard Operating Procedures (SOPs) and federal, state, and local hazardous waste regulations. The Hazardous Waste Operations Supervisor will identify and implement continuous improvement opportunities to reduce business risk and disposal costs. The ideal candidate is an excellent communicator, self-driven and works well with cross-functional team environments. The ideal candidate also takes pride in his/her analytical abilities, organization skills, attention to detail and ability to solve problems. He/she appreciates a setting where superior work is encouraged, recognized, and rewarded. The Role Supervise the Page-Kato campus hazardous waste operations team, lead weekly team meetings, and provide training and coaching to team members including written feedback and performance reviews Oversee daily...

At Tesla Energy, shipping fast without compromising reliability means one thing: brilliant test automation. As a Senior Test Automation Engineer focused on high voltage power electronics, you'll design and own automated systems that validate Tesla's residential and industrial energy products — from concept silicon to global deployment. You write the frameworks that run thousands of tests while engineers’ sleep. The Role Design, build, and maintain scalable automated test frameworks (Python/Pytest, Robot Framework, LabVIEW/TestStand) for high-voltage power electronics systems Own end-to-end Automated Test Equipment development — from instrument driver abstraction to test orchestration, data capture, and report generation Design reusable, modular test libraries for hardware bench testing and production line screening — enabling teams to spin up new test coverage quickly Develop firmware and embedded test code for custom test fixtures and HIL setups —...

As a Hardware Test Engineer in our Vision Hardware Camera Cleaning team, you'll dive deep into cutting-edge R&D, pushing the boundaries of vehicle autonomy through innovative experimentation and analysis. This isn't your standard, repetitive testing gig—it's a dynamic role at the heart of Tesla's research and development efforts, where you'll collaborate with cross-functional teams to explore novel designs, simulate complex scenarios, and validate next-gen features that redefine transportation. Expect to tackle ambiguous problems, prototype solutions, and contribute to groundbreaking advancements in autonomous driving technology. The Role Develop validation plans and comprehensive test strategies to validate hardware performance under real-world conditions, ensuring robustness and reliability in dynamic environments Build and iterate on custom mechanical test rigs and validation setups using 80/20 framing, 3D printers, machining tools, and shop fabrication methods to...

Tesla is looking for an experienced and motivated senior electrical designer to join our Construction Design team in Fremont, CA. As part of the EPC group, this team is focused on designing, collaborating, and building the first home of Optimus while continue to support critical vehicle programs. The electrical design team is responsible to create and maintain CAD models of the power distribution system infrastructure and tool equipment. This position is for full-time, on-site. The Role Manage electrical Revit contents (templates and families) and Revit views Responsible for preparing electrical permit and construction drawings: Power plan drawings, underground and aboveground raceway design drawings, grounding layout drawing, lighting layout drawings Modeling electrical infrastructure per projects level of detail (LOD) needs; create material take-offs Participate in design and construction phases, including schematic design, design development,...

Our team productionalizes ML models - we train and deploy large neural networks for efficient inference on compute-constrained edge devices (CPU / GPU / AI ASIC). The nature of this role is multi-disciplinary - you will work at the intersection of machine learning and systems by building the ML frameworks and infrastructure that enable the seamless training, deployment, and inference of all neural networks that run on Autopilot and Optimus. The Role Build robust AI frameworks to lower neural networks to edge devices Build robust AI infrastructure to train and fine-tune networks for Autopilot and Optimus on large GPU clusters Deploy state-of-the-art neural networks on heterogenous compute, including Tesla’s in-house AI ASIC, with an aim to maximize network performance while minimizing latency Collaborate with AI scientists and compiler engineers to effectively compress large models to run in low precision Design and implement custom GPU kernels (CUDA /...

As a member of the Inference Infrastructure team, you will own the systems that power AI model development, validation, and deployment across custom AI hardware at scale. Your work sits at the intersection of large-scale distributed infrastructure and cutting-edge AI hardware — building the platform that Compiler, AI, and Optimus teams depend on to develop & validate models on next-generation chips. This is not a supporting role; from cluster orchestration & hardware fleet management to inference pipelines & developer tooling, you will design and own foundational systems that directly determine how fast the org can move from a trained model to a validated, deployed artifact. The Role Own & scale the AI inference cluster — the physical and software platform that runs AI workloads on custom AI hardware across thousands of boards Build & improve job scheduling, hardware onboarding, and cluster self-healing systems that keep the fleet running at 95%+ uptime Design &...

The Sensing Hardware Team is seeking a hardware engineer specializing in motion sensing with 3+ years of industry experience. The role will primarily focus on developing motion sensing technologies for FSD (full-self driving), vehicle control, and safety features. As a Sensor Hardware Engineer, you will be responsible for the overall performance of the sensing system and its features at any point in the product life cycle; serve as the owner of a given sensing system to address any issues discovered from development through deployment; understand and debug hardware and software interactions from prototyping through product launch; and manage priorities and support a host of projects simultaneously. The Role Specification generation: distill sensor product requirements into constraints and actionable engineering systems design discussions Collaboration: lead cross-functional sensor design discussions with electrical, software, supply chain, manufacturing, thermal,...

Autonomy begins with sensing. Tesla's vehicles depend on a diverse array of sensing systems, from spatial perception (vision, radar) and motion sensing (IMU) to user interaction, environmental monitoring, and chassis sensing, to perceive and interact with the world. At the core of every one of these systems is a circuit board that must be engineered to the highest standard. This role owns that foundation. As part of the Sensing team, you will design, validate, and industrialize circuit boards, rigid, flexible, rigid-flex, and beyond, that enable Tesla's autonomous driving and intelligent vehicle features. You'll translate high-level system requirements into board-level designs that meet aggressive cost, size, and reliability targets across a uniquely broad portfolio of sensor technologies. The scope is rare: few roles touch this many sensing domains, form factors, and production scales in one seat. If you want to see your boards ship in millions of vehicles and directly advance...