847 jobs found

As a Technical Program Manager on the Electronic Systems Team, you'll drive hardware development for Tesla's Displays—the dynamic interfaces that power human-machine interaction, bringing real-life AI to vivid life and revolutionizing connections with intelligent systems. Your mission: Deliver program success through precise planning, execution, and communication, while enabling seamless cross-functional collaboration in our fast-paced, mission-driven environment. If you excel in ambiguous, high-velocity settings and are passionate about global-impact projects, this role fits. You'll sit at the nexus of cutting-edge AI, advanced hardware, and Tesla's mission to build a world of amazing abundance—leading high-visibility programs from concept to mass production with clarity, speed, and accountability for elite engineering teams. The Role Ensure engineering program goals, scope, and requirements are clearly defined, documented, and aligned with stakeholders Build program...

The Business Development Lead is a dynamic role that requires a broad range of skillsets and experience. This role is responsible for owning and executing strategic initiatives and projects, developing new business models, and synthesizing complex problems into executive-level decision points for Tesla’s Residential Direct installation business. Strong candidates will be well-versed in residential energy markets and technologies (solar, storage, home charging, V2X, etc.) and bring a structured approach to problem-solving, strong executive-level communications, and a history of successfully managing a wide array of projects and stakeholders. Working on Tesla’s Residential Energy Business Development team requires wearing many hats and adapting to a fast-paced environment. Besides a rock-solid work ethic and a strong team-oriented personality, team members must display creativity, passion, and a desire to break new ground in a constantly shifting landscape. The Role Lead...

The Staff Technical Program Manager, Camera Hardware is a senior technical program leader within the Autopilot and Electronic Systems Engineering organization. This role owns end-to-end strategy and execution for Camera Hardware and Camera Cleaning product development across vehicle programs and is expected to operate with a high degree of autonomy, technical judgment, and organizational influence. Beyond day-to-day program tracking, the Staff TPM sets the program architecture for how camera hardware is planned, validated, released, and launched; drives cross-functional decision-making at the system and vehicle level; and elevates team execution quality through process design, risk leadership, and executive-ready communication. This is a staff-level role for a leader who can define the plan of record, resolve ambiguity, and deliver complex electromechanical systems at Tesla scale. The Role Own end-to-end strategy and execution for Camera Hardware and Camera Cleaning...

Tesla Energy is looking for a Sr. Software Engineer to join the team responsible for system software for Megapack. Megapack is Tesla’s fastest-growing product and is proving increasingly critical to supporting today’s unprecedented load growth from electrification and new AI data centers. Our team ensures the software glue holding everything together is reliable, secure and scalable for our current and upcoming industrial storage products. We build solutions for firmware updates, advanced commissioning and diagnostic tools, site networking, secure control communications and other middleware. Candidates may have deeper experience in embedded and low-level systems or in networking, communication protocols and security. Strong programming knowledge, excellent debugging skills and the ability to ramp up quickly are critical to success in this role. The Role Develop and build a variety of features, tooling and drivers for Megapack system software Contribute across areas...

Opticaster’s mission is to accelerate the world’s transition to sustainable energy by optimizing how batteries are charged and discharged to maximize value for customers and the grid. Our advanced algorithms determine the best times to store and use energy, considering electricity prices, solar generation, and grid conditions. These optimizations power Tesla’s energy products, including Megapacks, Powerwalls, Virtual Power Plants, and microgrids. With a global fleet of over 500,000 residential systems, our software operates at scale, requiring robust and efficient solutions. Opticaster also plays a key role in supporting grid stability through programs like demand response and by integrating with Autobidder to actively participate in energy markets. Opticaster is a customer-facing product: the software you build directly shapes how hundreds of thousands of homes and energy sites store, use, and export energy every day. As a Software Engineer on Opticaster, you will build the...

Tesla’s mission of accelerating the world’s transition to sustainable energy is only successful if we can encourage the purchase and adoption of our cutting-edge products. In doing so, we need to ensure that the experience of ordering, buying, and servicing these products is seamless and effortless for our customers. Tesla’s financial systems enable seamless customer payments and support critical internal processes, such as refunds and reconciliation. Our team is dedicated to creating user-friendly, frictionless components and websites while ensuring our APIs and integrations are developer-friendly for partners. Tesla Financial Applications are built with TypeScript, React, and React Native, and we collaborate closely with internal teams to deliver well-documented, highly reliable payment components. We value a strong work ethic, empathetic communication, and a team-oriented mindset. Our team members bring creativity, passion, and a drive to innovate in a dynamic technology...

Come join the Manufacturing Test and Engineering software team and help us accelerate the world’s transition to sustainable energy! As a member of our team, you will develop software for in-house designed test equipment that is responsible for ensuring the functionality of products Tesla manufactures and sells to customers, collaborating closely with other engineering disciplines, design teams, and manufacturing teams. You will play a critical role in launching and ramping up the products that Tesla makes, ensuring that the product meets all specifications to delight customers around the world. The Role Work in a fast-paced environment where you will have the opportunity to exercise your creative thinking skills to solve complex problems Play a key role in all aspects of product design and validation, going beyond software development to make a meaningful impact on the company’s success Write software in LabVIEW, Python, and/or Go to thoroughly validate Tesla...

The Sr. Mechanical Design Engineer role within the Aerodynamic Prototype team will lead the design, build & test of physical models in coordination with the Aerodynamics Engineering team. Tesla places a strong emphasis on vehicle aerodynamic optimization, not only for efficiency & range, but for wind noise as well. Our group works closely with Design & other engineering groups to achieve maximum performance with minimal compromise to other attributes. The Aerodynamic Prototype team is small, highly motivated & thrives in a rapid engineering environment. This role offers the rare opportunity to participate in the development of new & genuinely cutting-edge vehicles. You must have a genuine passion for engineering the best EVs in the world. The Role Lead the design & create build plans for wind tunnel models that align with the aerodynamicists’ test plans & program deliverables Execute build plans by designing, releasing & coordinating the build of test properties for...

We are a small, fast team of capable Engineers. We specialize in architecture layouts and detail design of mass efficient castings and forgings like gearboxes and motor housings. We also work in plastics, sheet metal and bolted joint designs. Our work often has us reach across borders to our neighboring teams inside the drive unit and the rest of the vehicles where our Drive Units are used. Fast time to market is part of our DNA and we deliver products much faster than industry standard. The Tesla Semi is no exception. The Role Bring leadership and contribute a high level to the design and development of semi-truck and heavy-duty transmission designs and architectures Work with vehicle and production line integration teams to ensure successful assembly and service with the greater vehicle Work with reliability teams to diagnose and address and improve designs based on test results or issues in the field Develop designswith a heavy concentration on design for...

Tesla is seeking a Software Engineer to join our Wireless Software Engineering team. In this role, you will be part of a team responsible for delivering an unparalleled WiFi experience for the next generation of Tesla vehicles. We are looking for a highly motivated, inquisitive, and driven engineer who will take an ownership approach to shaping the user experience. The Role Contribute to Tesla’s wireless connectivity stack – WiFi Develop telemetry and analytics platform enabling data collection, analysis and visualization of data reported from Tesla fleet Contribute to test automation frameworks to validate existing and new connectivity features Provide support to QA, manufacturing, and other software teams Root-cause issues reported by QA teams and customer feedback Contribute to rapid prototyping and evaluation of Tesla’s next generation wireless platforms Implement continuous improvements and best practices within the team, and larger organization...

Tesla’s Power Electronics group is looking for a skilled and motivated electrical engineer to design and develop Power Electronics converter hardware intended to be used in Tesla powertrains and energy products. The Role Architect, design, build and industrialize power converter hardware for use in automotive and energy products applications Start to finish ownership of hardware – from specification to design, prototype, reliability validation and production Capture hardware requirements, build detailed circuit and switching models of power converters, select components, design schematics, PCB layout, build prototypes and validate hardware Collaborate with systems architecture, mechanical, PCB layout, manufacturing, reliability, and firmware engineering teams to successfully design, test, validate and manufacture power converters for Tesla products Architecture and modeling of new power electronics topologies that have superior performance Requirements...

As a member of the Vehicle Controls team, you will work closely with our Fleetnet Team on advancing the capability of Tesla’s in-house fleet-management algorithms that will optimally manage day-to-day operations of our fleet of Robotaxis to maximize customer happiness and operational efficiency. You will apply a combination of strong skills in statistical analysis and operations research, to help develop state-of-the-art systems. You will work on problems including developing optimal matching and dispatching policies, and real-time fleet management logic for the Tesla Robotaxi experience. The Role Analyze large-scale data from our fleet to identify opportunities to improve operational efficiency of the Robotaxi fleet (pickup times, deadhead miles, etc.) Design and implement optimization algorithms to manage Robotaxi fleet operations Collaborate with Tesla Fleetnet Software Engineers to implement and deploy these algorithms at scale Design and implement test...

The Optimus Simulation team is at the forefront of advancing humanoid robotics by building a high-fidelity virtual world where Optimus can safely learn, adapt, and improve. Our mission is to recreate the complexities of the real world in simulation, enabling scalable testing, rapid iteration, and accelerated development of the Optimus autonomy stack. We design and deploy cutting-edge simulation systems that blend accurate physics modeling, photorealistic rendering, and intelligent virtual agents, creating environments that challenge Optimus in the same way the physical world would. These simulations allow us to rigorously evaluate behavior, uncover edge cases, and drive continuous improvements in autonomy and decision-making. As a member of this team, you will play a pivotal role in shaping the future of humanoid robotics. Your contributions will directly accelerate Optimus’ ability to operate effectively in real-world environments by closing the gap between simulation and...

Analysis Engineers on the Battery Team are at the leading edge of the next generation Tesla products. In this role, you will be responsible for analyzing and optimizing the performance of revolutionary vehicle and energy storage battery designs. The Battery team help pushing cell performance limits to make incredible products. You will be an innovative and skilled problem solver – using all analytical tools available to you. Where these tools are insufficient or do not exist, you will develop novel methodologies to enable fast and accurate solutions. You will be brilliant both technically as an individual, and as an active member in a diverse and challenging cross-functional team environment. The role requires strong fundamentals, a passion to push the boundaries of technology and the tenacity to make designs successful. Our design requirements push the limits of physical possibility, which requires you to be extremely detail oriented in supporting the design engineers making...

The Vehicle Dynamics Modeling team are the system architects of our vehicles' driving dynamics. We are at the heart of what makes a Tesla objectively drive like a Tesla. Our work spans the full spectrum of simulation and analysis: from rapid, first principles calculations in Python scripts, to high-fidelity multi-body dynamics models in Dymola. Using this powerful suite of in-house and commercial tools, we predict and shape the lateral, longitudinal, and vertical dynamic behaviors from the earliest architectural concepts to the final production tuning. Our work is central to the engineering process, providing data-driven insights that guide design decisions and ensure our vehicles deliver a world-class experience. We operate in a highly collaborative environment where we challenge assumptions, learn from one another, and continuously improve our methods to solve the next generation of engineering challenges. The Role Develop, validate, correlate, and deploy vehicle dynamics...

The Drive Inverter team designs the power electronics that move Tesla’s cars - quickly, efficiently, and reliably. Delivering hundreds of kilowatts of power from the battery to the motor, the drive inverter integrates high voltage power electronics, low voltage circuits, controls, functional safety, thermal management, and mechanical packaging. Electronic Design Engineers on the Drive Inverter team deliver component designs to ensure the system-level performance of the industry’s highest production volume traction inverters. The Role End-to-end ownership of new inverter PCBA designs including specifications, architecture, schematic capture, PCB layout, board bring up, validation, and overseeing reliability and functional testing Collaboration with cross functional teams (mechanical, firmware, test, reliability etc.) to see products through high volume manufacturing Design and execute high voltage and high current validation of new inverter designs Debug complex...

We’re seeking top engineers to design paradigm-shifting battery cells— the heart of every Tesla product— and the biggest lever on affordable, abundant, and performant EVs for all. Our vertically-integrated program is industry one-of-a-kind: the opportunity to drive architectures from the ground up, influence roadmap & full product portfolio, and master technical challenges in manufacturing at orders-of-magnitude greater volume than is typical for automotive systems. The role requires strong 1st principles, a passion for advancing state-of-the-art, and the tenacity to ensure the success of your ideas. Our team habitually defies convention and designs to the limits of physics. You’ll align inputs from multiple disciplines (supply chain, electrochemistry design, manufacturing & quality engineering) to develop new cell products, set & validate to requirements, and launch into mass production. Tesla moves fast: self-motivation, discipline, collaboration, and strong communication are...

Tesla charging is one of the fastest, biggest and more reliable charging network in the world and our job is to build our mobile and web charging and other ownership experience for our customers. You will be responsibel for creating a flawless experience and developing new features for our applications that convey the same. You will take full ownership of features from architecture design to robust implementation, delivering delightful and polished experiences that make our app not just functional but magical. The Role Design, code, debug and own features from concept to release on mobile and web app Work closely with design, vehicle, product, firmware and backend teams to create seamless user experience Own the full development lifecycle of mobile features: requirements, design, implementation, testing, deployment, and maintenance Continuously improve app performance, usability, and customer delight Work on other areas of Tesla ownership experience on app...

Tesla's residential & commercial energy efforts drive the global shift toward sustainable power. This team delivers an efficient & cohesive user experience (both customer and installer) across our flagship products — Megapack, Solar Roof, Solar Panels, and Powerwall. In this role, you'll build a suite of backend infrastructure and tooling to streamline the ordering & payment process, facilitate permitting procedures, reduce onsite deployment time, and advance performance tracking abilities. These features directly accelerate system design and enhance product engagement, increasing the global adoption of renewable energy generation/storage solutions. The Role Build scalable applications to support the entire residential & commercial energy experience, including journey from system design, ordering, purchasing, installation and ownership/maintenence Troubleshoot & resolve application issues underpinning the core energy services ecosystem and related dependencies...

The Tesla Vehicle Dynamics Controls team works on design and implementation of control algorithms and software that delivers the world-class vehicle dynamics attributes Tesla vehicles are known for. The control algorithms at Tesla are strongly physics oriented, so the role requires an individual that can apply first-principles analysis and advanced control techniques for the design and implementation of novel, industry-leading vehicle motion control systems (specifically, controlling brake, suspension, steering, aero, and powertrain systems).  This role will also require working cross-functionally with various groups including Chassis Hardware, Vehicle Dynamics and Modeling, Firmware, Systems Integration, and Self Driving teams. Some well-known systems our team has developed and shipped include an industry-first Steer-by-Wire and Rear-Steer system on the Cybertruck, Track Mode and torque vectoring for the Plaid Model S, Tesla’s in-house stability control (VDC), multi-motor traction...