Electronics Hardware Engineer Jobs

About Hark Hark is an artificial intelligence company building advanced, personalized intelligence. One that is proactive, multimodal, and capable of interacting with the world through speech, text, vision, and persistent memory. We're pairing that intelligence with next-generation hardware to create a universal interface between humans and machines. While today's AI largely operates through chat boxes and decade-old devices, Hark is focused on what comes next: agentic systems that interact naturally with people and the real world. To get there, we're developing multimodal models and next-generation AI hardware together - designed from the ground up as a single, unified interface for a new era of intelligent systems. About the Role The Embedded Software team is responsible for the software running on Hark’s next generation of AI hardware, and we are looking for an experienced DevOps Engineer to join our team. You will be working cross functionally with the Firmware, Device Software, QA, Manufacturing and Operations team. You will architect and implement our CI/CD pipelines, create and maintain build and release infrastructure, develop internal tools, manage automation and artifacts, and constantly improve our build, deployment, and infrastructure for all Hark devices. Responsibilities Develop, maintain, and optimize our CI/CD pipelines to support embedded software delivery, including internal clients Administer build infrastructure, including job configuration, plugin management, and performance tuning. Monitor and troubleshoot build systems, ensuring high availability and rapid response to issues. Scale infrastructure to meet growing demands and proactively address performance bottlenecks. Ensure security, compliance, and best practices across build and deployment systems. Manages device OTA, scheduled rollout, and fleet management Requirements 5+ years of practical experience in DevOps for Embedded Systems and/or consumer electronics products Advanced

About the job Turn complex engineering changes into controlled, traceable actions that keep advanced AI hardware moving forward. As an Engineering Change Analyst, you’ll coordinate product and manufacturing changes across complex hardware. You’ll bring structure and momentum to every change. You’ll help ensure changes are complete, reviewed and implemented correctly. Your work will improve visibility and maintain accurate product records. You’ll coordinate ECRs, ECOs and Deviations throughout their lifecycle. You’ll also support impact assessments, change reviews and clear communication across teams. This role puts you at the centre of engineering, manufacturing, quality and supply chain. You’ll see how decisions become controlled product changes. The team and culture You’ll join Configuration Management within Manufacturing Operations. The team owns product configuration, engineering change control, product data governance and PLM processes. Day to day, you’ll work across technical teams and manufacturing partners. You’ll track actions, surface blockers and keep changes progressing. Good decisions depend on accurate information and clear ownership. You’ll help teams understand impacts, document decisions and resolve issues before changes move forward. What we’re looking for Essential Experience in engineering change control, product lifecycle management, or manufacturing operations. Experience using PLM, ERP, or engineering data management systems, with a solid understanding of bills of materials (BOMs), part numbering, revision control, and engineering documentation. Strong organisational skills and attention to detail, with the ability to coordinate multiple changes, track actions to completion, and escalate issues appropriately. Strong written and verbal communication skills, with the confidence to collaborate across Engineering, Manufacturing, Quality, and Supply Chain teams. Desirable Experience in electronics, semiconductors, computing, or complex hardware pr

What you'll do We're looking for a Senior Mechanical Engineer for Midjourney Medical — from precision electromechanical assemblies up to the large-scale structures and mechanisms that hold everything together and make it move. This role spans the full range of scale: one week you might be refining a compact transducer mount, the next you're architecting a structural frame or designing the motion system that positions hardware within it. This is a hands-on role on a small cross-functional team. You'll take problems from whiteboard sketch to working hardware yourself — designing in CAD, prototyping in the shop, testing, iterating, and integrating with research teams, electrical and software engineers along the way. We move fast and expect you to drive your own work: identifying what needs to happen next, making sound engineering calls without waiting for permission, and shipping hardware that works. Own parts of the mechanical systems end to end — structures, mechanisms, and electromechanical integration Design large-scale structures: frames, weldments, enclosures, and support systems, with attention to stiffness, weight, manufacturability, and serviceability Design mechanisms: linkages, motion stages, actuation systems for precise, reliable positioning and articulation Integrate transducers, electronics, cabling, and thermal management into large physical systems Perform engineering analysis (tolerance stack-ups, structural/FEA, mechanism kinematics) to de-risk designs before committing to hardware Build and test relentlessly — 3D printing, rapid prototyping, and hands-on fabrication are core to how you'll validate designs Select parts and materials for system-level integration, balancing performance, cost, and lead time Drive projects independently from concept through validation, and collaborate closely with a small cross-disciplinary team to hit project goals What we're looking for Bachelor's degree in Mechanical Engineering or a related field 5+ years of experien

At Carbon, our mission goes beyond 3D printing. We are enabling creators everywhere to make what the world needs, right now. Our company is built on the idea that diverse fields of study must come together to solve intractable problems. We have grand ambitions to create technology that will influence industry around the world. You will be joining a diverse team with a vibrant culture, where team success is as important as celebrating individual contributions. Help us change the world and we will help you change yours. We are looking for a Firmware Engineer to lead our technical team and architect our firmware development. This role requires strong skills in firmware architecture, driver development, requirements specification, and embedded control systems, along with enough electronics knowledge to work fluently with hardware teams. This is an in office role with 4-5 days expected in office in Sunnyvale California. Flexible working from home is allowed and expected during different phases of our projects. Responsibilities Lead the firmware engineering team and represent firmware priorities in cross-functional design discussions Partner with Electrical, Mechanical, Software, and Systems Engineering to design, validate, and ship products, including: Writing drivers and state machines for custom PCBs (with EE) Building firmware within mechanical design constraints (with ME) Integrating firmware into the software update pipeline, help develop firmware build systems, and debugging firmware to software communication (with SWE) Debugging test hardware and resolving customer issues (with Systems) Write firmware to actuate smart hardware devices, including sensor integration, signal processing, motor control, and feedback control system design Develop and maintain real-time C/C++ firmware on TI/ARM platforms using TI-RTOS Build unit, board, and regression tests in C++ and Python using test-driven development Define and implement firmware development best p

About the Team DoorDash Labs, established in 2018, serves as the innovation hub for DoorDash, focusing on developing automation and robotics solutions to enhance last-mile logistics. The team's mission is to create technologies that support and augment human networks, aiming to improve efficiency for Dashers, merchants, and consumers alike. We’re ruthlessly focused on business impact. We are a highly senior team composed of former pioneers from a variety of different robotics industries. As of 2025, DoorDash has completed 10B lifetime deliveries. We’re focused on how to do the next 10B even better. The DoorDash Air team is bringing drone delivery to reality. To make this happen, we’re building a strong electrical team to design high reliability, high power density converters, and fault-tolerant controls electronics. Come join us to build a new class of aircrafts and deploy at scale. About the Role We are looking for an Embedded Software Engineer to lead the development and bring-up of ARM-based microcontroller platforms across our robotics products. This is a high-ownership role, directly responsible for building the low-level firmware that powers our platforms. You will design, implement, and validate firmware for motion control, sensor integration, communications, power management, and safety-critical functionality. This role comes with a strong expectation of hands-on board bring-up, low-level debugging, and cross-disciplinary collaboration with electrical and systems engineers. You're excited about this opportunity because... Own the firmware bring-up and integration for new embedded platforms (e.g. ARM Cortex-M series). Develop and maintain bare-metal firmware and RTOS-based applications for robotic subsystems (motor control, sensors, telemetry, power systems). Write and maintain robust, maintainable, and well-documented C/C++ code for embedded targets. Collaborate with the electrical engineering team on hardware bring-up, schemati

About the Team The OpenAI Robotics team is focused on unlocking general-purpose robotics and pushing towards AGI-level intelligence in dynamic, real-world settings. Working across the entire model stack, we integrate cutting-edge hardware and software to explore a broad range of robotic form factors. We strive to seamlessly blend high-level AI capabilities with the constraints of physical systems to improve peoples’ lives. About the Role OpenAI Robotics depends on high-quality real-world robot data from a large, live operational environment. That environment has many deployed workcells, changing configurations, and little tolerance for downtime. We are seeking a Field Engineer to help keep that environment running well. You will own the day-to-day technical health of robotic workcells used in ongoing data acquisition operations, diagnose and resolve failures across hardware and software, and build the practical tools, documentation, and support workflows that make operators and technicians more effective. The work is close to the floor, close to the failure modes, and close to the research impact. This role sits at the intersection of software, robotics hardware, and live operations. The best people in it are practical, technically sharp, calm under pressure, and motivated by making real systems work reliably at scale. This role will be based in San Francisco, CA 5 days per week and offer relocation assistance to new employees. In this role, you will: Serve as an engineering owner for keeping a fleet of robotic workcells online in daily operation. Diagnose, fix, mitigate, or escalate issues spanning mechanics, electronics, controls, software interfaces, logs, and configuration. Partner closely with technicians, operators, and engineering teams to improve scalable fleet support processes. Build or spec lightweight hardware and software tools that improve monitoring, diagnostics, recovery, and handoffs. Create documentation, SOPs, and diagnostic playbooks that turn en

About Us: Samara Aerospace is revolutionizing satellite design by addressing the challenges of deploying and managing large satellite constellations. Our innovative Hummingbird spacecraft bus offers a modular and scalable platform that streamlines satellite production and deployment, significantly reducing launch costs. Hummingbird's compact architecture maximizes launch capacity, making it the most efficient and agile spacecraft in the industry. At the core of our technology is the patented Multifunctional Structures for Attitude Control (MSAC) system. Unlike traditional wheel-based pointing control systems, MSAC utilizes actuators embedded in the hinges of deployable solar panels to provide 3-axis attitude control and active jitter cancellation. This design eliminates the need for spinning wheels, reducing mass and potential points of failure, while enhancing pointing precision. Role: The Electrical Engineering team at Samara is seeking an Electrical Engineer to lead the design, layout, and testing of printed circuit boards for spacecraft electronics at our headquarters in San Francisco. This is a startup environment where you will own designs end-to-end, from early concept through production. A strong problem-solving background, hands-on testing skills, and experience with high-density PCB design and electronics integration. You'll work closely with experienced electrical, mechanical, and embedded software engineers to ensure the Hummingbird satellite's electronics are robust, manufacturable, and ready for the space environment. Responsibilities: Own PCB Design from circuit design, schematic capture, and PCB layout through bring up testing. Conduct trade studies that balance electrical performance, signal integrity, thermal management, manufacturability, cost, and schedule. Collaborate with embedded software engineers during board bring-up, debugging, and hardware-software integration. Support spacecraft and board-level integration, including hands-on assi

What if the work you did every day could impact the lives of people you know? Or all of humanity? At Illumina, we are expanding access to genomic technology to realize health equity for billions of people around the world. Our efforts enable life-changing discoveries that are transforming human health through the early detection and diagnosis of diseases and new treatment options for patients. Working at Illumina means being part of something bigger than yourself. Every person, in every role, has the opportunity to make a difference. Surrounded by extraordinary people, inspiring leaders, and world changing projects, you will do more and become more than you ever thought possible. Position Summary: As a Systems Support Engineer, you will work in a dynamic, team-oriented environment and help improve genomic analysis tools used in cutting edge research. Working within Illumina’s Systems Engineering and Integration team, you will be responsible for investigating and resolving system-level platform issues and supporting system verification and validation activities for planned platform changes. Responsibilities: Hands-on testing and integration of systems in a laboratory environment: hardware, software, chemistry, and application components Use mechanical, optical, fluidics, electronics, and chemistry knowledge to troubleshoot system-level sequencing instrument issues Collaborate with all functions within development teams (Engineering, Chemistry Development, Consumables, Software, Field Service, Manufacturing, etc.) Provide product support for pre- and post-launch activities Perform testing and troubleshooting to gather data and make technical recommendations Support investigation experiments and design verification test plans Use of Confluence, Ji

NVIDIA has continuously reinvented itself over two decades. Our invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing. NVIDIA is a “learning machine” that constantly evolves by adapting to new challenges that are hard to tackle, that only we can pursue, and that matter to the world. This is our life’s work, to amplify human creativity and intelligence. We are now looking for a System Design Engineer in the Graphics Product Team. In this role, you will be working with a team of HW/SW engineers to develop NVIDIA GPU/CPU/SoC based products for GPU cards, Datacenters, automotive, robotics, industrial PC, consumer electronics, etc. NVIDIA has continuously reinvented itself over two decades. Our invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing. NVIDIA is a “learning machine” that constantly evolves by adapting to new challenges that are hard to tackle, that only we can pursue, and that matter to the world. This is our life’s work, to amplify human creativity and intelligence. We are now looking for a System Design Engineer in the Graphics Product Team. In this role, you will be working with a team of HW/SW engineers to develop NVIDIA GPU/CPU/SoC based products for GPU cards, Datacenters, automotive, robotics, industrial PC, consumer electronics, etc. What You'll be Doing: Build system hardware products around GPU, CPU & Tegra SoC. Collaborate with cross-functional team to pursue the balance of product cost, performance, and schedule under the guidance of system architects and product architects. Drive initial bringup and test, lead the debug efforts.

About Mach Industries Founded in 2023, Mach Industries is a rapidly growing defense technology company focused on developing next-generation autonomous defense platforms. At the core of our mission is the commitment to delivering scalable, decentralized defense systems that enhance the strategic capabilities of the United States and its allies. With a workforce of approximately 350 employees, we operate with startup agility and ambition. Our vision is to redefine the future of warfare through cutting-edge manufacturing, innovation at speed, and unwavering focus on national security. We are dedicated to solving the next generation of warfare with lethal systems that deter kinetic conflict and protect global security. The Role Mach's Summer 2027 Engineering Internship, Electrical is open for future engineers and builders who want to work with us. This is a paid, in-person, 12-week internship. Depending on your background and team placement, you might work on: Electrical design — circuit design, power electronics, PCB/PCBA development, and electrical architectures for next-generation systems PCBA development — schematic capture, PCB layout, component selection, board bring-up, debugging, and design for manufacturing Embedded systems — firmware, microcontrollers, real-time systems, sensors, and interfaces for hardware platforms Prototyping & manufacturing — building, assembling, reworking, and iterating on electrical hardware from prototype through production Testing & validation — developing test setups, running experiments, analyzing data, and validating electrical systems under demanding conditions Power & controls — power distribution, motor control, sensing, signal conditioning, and control systems Systems integration — integrating electrical hardware with mechanical, embedded, autonomous, and other system components Engineering too

About Mach Industries Founded in 2023, Mach Industries is a rapidly growing defense technology company focused on developing next-generation autonomous defense platforms. At the core of our mission is the commitment to delivering scalable, decentralized defense systems that enhance the strategic capabilities of the United States and its allies. With a workforce of approximately 350 employees, we operate with startup agility and ambition. Our vision is to redefine the future of warfare through cutting-edge manufacturing, innovation at speed, and unwavering focus on national security. We are dedicated to solving the next generation of warfare with lethal systems that deter kinetic conflict and protect global security. The Role Working with avionics means working at the heart of the vehicle — the core that connects and enables every other subsystem. This role is inherently collaborative, bridging (GNC), software, mechanical, and thermal disciplines to create a unified platform with the required defense capabilities. Every function depends on a robust and compatible avionics architecture, where everything needs to be developed and extensively tested, making this position critical to the vehicle’s overall performance and mission success. It’s a uniquely challenging role that balances diverse technical demands focused on electronics & software, that integrates complex systems, and ensures every component works together seamlessly to deliver cutting-edge unmanned capabilities. Key Responsibilities Development and integration of Avionics systems Define and maintain functionality of avionics systems with vehicle, system iterations and updates Develop and manage high-level block diagrams to represent system functions and interfaces Collaborate closely with vehicle teams to define electrical and system requirements Design and provide technical support for Iron-birds, prototypes, and special projects Troubleshooting avionics systems in both hardware and software, and develo

Hyliion is committed to creating innovative solutions that enable clean, flexible and affordable electricity production. The Company’s primary focus is to develop distributed power generators that can operate on various fuel sources to future-proof against an ever-changing energy economy. Job Purpose The Manager, Electrical Engineering is responsible for the electrical systems of the KARNO generator, including high-voltage power electronics, battery systems, low- and high-voltage architecture, wiring harnesses, and the hardware that converts linear motion into electrical output. This is a working manager role: the position leads and develops a team of electrical engineers while remaining directly involved in technical execution, including circuit architecture, schematic review, and hardware bring-up in the lab. The Manager is accountable for the technical excellence, safety, and reliability of the electrical engineering function, and for establishing the design standards and review practices the team works to. The position plans team capacity, owns hiring and development for the electrical engineering staff, and partners with mechanical, controls, supply chain, and program management on system integration. KARNO systems are deployed in data center, military, and industrial applications. AI at Hyliion At Hyliion, AI is core to how we work. We equip every team member with leading AI tools and count on you to use them — to move faster, solve harder problems, and help us realize the full potential of KARNO technology for the world. Duties and Responsibilities Own critical electrical designs personally, including regular time at the bench and in the test cell, while leading the team as a practicing engineer. Lead the electrical engineering team in the design and development of KARNO generator electrical systems, including high-voltage power electronics, battery systems, linear generator power stages, and low-voltage controls hardwar

Archer is an aerospace company based in San Jose, California building an all-electric vertical takeoff and landing aircraft with a mission to advance the benefits of sustainable air mobility. We are designing, manufacturing, and operating an all-electric aircraft that can carry four passengers while producing minimal noise. Our sights are set high and our problems are hard, and we believe that diversity in the workplace is what makes us smarter, drives better insights, and will ultimately lift us all to success. We are dedicated to cultivating an equitable and inclusive environment that embraces our differences, and supports and celebrates all of our team members. What you’ll do: Perform Simulation / Modeling of HV, LV, and communication EMC emissions and susceptibility Perform design for survivability under ESD and lightning strike Determine EMC filter designs and critical component specifications Work closely with mechanical, electrical, power, controls, and PCB engineers to meet EMC goals Work closely with vendors to realize EMC filter hardware Manage Y-capacitor budget allocations to optimize filter designs and to meet EMC emission targets as well as vehicle level SWaP-C goals Generate EMC test procedures, equipment list, setup EMC lab, and perform / document EMC test results Create and manage budgets for leakage resistance, Y-capacitance, and X-capacitance Lead module / subsystem / vehicle integration troubleshooting efforts What you need: BS Degree in Electrical Engineering with 11 years or MS Degree with 9+ years or PhD with 7+ years of experience in related fields Sound knowledge and hands-on experience in HV, LV, and communication bus architecture covering safety and functional requirements Familiarity with battery, power electronics, charging, and typical exposures anticipated for aerospace systems Experience in performing modeling of EMC systems in circuit simulation tools (spice, Matlab/Simulink, etc.) Familiarity with power electronic controls methods t

About Atomic Industries Atomic Industries is reinventing how the world makes things. From cars and aerospace systems to medical devices and packaging, most physical goods begin life in a mold or are shaped by a manufacturing tool. Producing these tools has always been slow, manual, and dependent on scarce expertise, taking weeks or months. We’re changing that. At our Detroit headquarters, we combine the industrial DNA of America’s manufacturing heartland with the speed, intelligence, and precision of Silicon Valley. Our AI-driven platform tackles the hardest problems in geometry, process planning, and fabrication, collapsing production timelines from months to days and soon, minutes. We don’t just build software; we run a fully operational factory where our technology produces production-grade tooling every week, enabling tight feedback loops and rapid iteration. Backed by top-tier investors, we’re restoring speed, flexibility, and capability to the American industrial base. Our mission is to make manufacturing as agile and scalable as the digital world, and in doing so, rebuild the infrastructure of the physical economy. About the Role As an Automation Engineer at Atomic, you’ll build the systems that connect our physical factory to our software platform. You’ll work across sensors, electronics, industrial controls, robotics, machine interfaces, data infrastructure, and simulation to make our equipment observable, programmable, and increasingly autonomous. This is not a traditional plant controls role focused on maintaining an installed base of PLCs. You’ll help define the architecture, standards, and tools through which Atomic’s machines, molds, robots, and production workflows operate as one integrated system. This role is ideal for a software-capable automation generalist who enjoys building real hardware, commissioning it on the factory floor, and owning systems from first prototype through reliable production use. What You’ll Do Design, build, and commission a

Zoox is on an ambitious journey to develop a full-stack autonomous mobility solution for cities and deploy such a robotaxi solution safely and reliably. The System Design and Mission Assurance (SDMA) team plays a foundational role in the company's success, responsible for constructing the safety case and fail-operational design for our autonomous driving robots before public road deployment. We are seeking a System Safety Engineer to perform safety analyses of complex hardware and software systems, specifically Sensing and Perception Systems. You will work across hardware and software domains to develop comprehensive system safety requirements and metrics that ensure safe, fail operational and reliable sensing capabilities for our autonomous vehicle platform. In this role, you will: Define safety requirements for sensing (e.g. camera, lidar, radar) and perception (sensor fusion, ML models) subsystems Lead cross-functional technical projects across Software, Hardware, Operations, Data Science, V&V teams to ensure we have the appropriate data and solutions to support our safety arguments Collaborate with perception, hardware, software, firmware and other systems engineering teams to design safety mechanisms by leveraging ISO 26262 (e.g HARAs, Functional Safety Concepts, etc.) and SOTIF (ISO 21448) standards Work with partner teams to develop safe, fail operational, and cost-optimized, next-generation sensing architectures and guide the selection of next-generation sensors Analyze field and simulation data to root cause issues, identify next steps or validate assumptions Leverage AI/LLM tools to accelerate analysis and automate repetitive processes, improving team efficiency Qualifications BS or MS in a related technical field, such as Electrical/Electronics Engineering, Computer Engineering, Mechanical Engineering, Compu