Staff Structures Design Engineer

Rivian and Volkswagen Group Technologies combine the strengths of two established automotive leaders to advance mobility solutions. Their joint efforts focus on developing operating systems, advanced zonal controllers, cloud infrastructure, and connectivity for electric vehicles. The partnership addresses the evolving needs of software-defined vehicles and aims to set new benchmarks for the automotive industry. The team’s expertise covers connectivity, artificial intelligence, and security, all aimed at building smarter and more sustainable vehicles. Role overview This Staff PCB Design Engineer role is based in Palo Alto, California. The position focuses on designing high-performance Printed Circuit Boards (PCBs) for automotive Electronic Control Units (ECUs). Projects include critical systems such as Advanced Driver Assistance Systems (ADAS), infotainment, zonal controllers, and vehicle access. Collaboration with cross-functional teams is central, and occasional travel may be required to support joint initiatives. Expertise in PCB layout, power integrity, signal integrity, and high-speed signal routing is essential for success in this role. What you will do PCB Design: Lead the design and implementation of high-speed and mixed-signal PCB layouts that meet automotive standards. Take responsibility for designs supporting ADAS, Battery Management Systems (BMS), body systems, and infotainment. Apply HDI design practices and work with interfaces such as DDR4, PCIe, CSI, and LVDS. Optimize package layouts to balance space and performance, and maintain the component library. Manufacturing Collaboration: Work with contract manufacturers to establish design rules and incorporate Design for Manufacturability (DFM) feedback, improving durability and performance in automotive applications. Process Development: Help develop workflows and processes between engineering and design teams. Configure ECAD tools to align with organizational design and release standards. Holistic Problem-Solving: Weigh design choices in the context of broader program goals and customer experience. Use data-driven methods to address technical challenges.

Join Array Labs, a pioneering company dedicated to building state-of-the-art radar systems that empower humanity to monitor and react to the changes in our physical environment.As we embark on an exciting journey to launch a synchronized fleet of radar satellites, we aim to create a high-resolution 3D map of Earth, continuously updated in real-time. This innovative approach will facilitate rapid and intelligent decision-making for government and commercial entities engaged in disaster management, infrastructure stability, and crucial geopolitical insights.Our team is responsible for the complete lifecycle of satellite design and construction, resulting in the world’s most sophisticated Earth observation satellites. Our fleet promises unparalleled accuracy, extensive coverage, and immediate responsiveness, crucial for delivering vital insights exactly where they are needed.About the RoleAs the Lead High-Speed PCB Layout Engineer, you will take charge of the physical implementation of our high-speed digital and mixed-signal electronics using Altium. Your responsibilities will include translating schematics and performance requirements into practical designs, focusing on component placement, constraint-driven routing, stack-up definition, return path strategies, and managing the partitioning between sensitive mixed-signal areas and high-speed digital interfaces.In this collaborative role, you will work closely with electrical design, firmware, mechanical, and testing engineers to establish layout constraints, conduct reviews, and oversee manufacturing releases. The quality of the boards you produce will have a direct impact on signal integrity, power integrity, noise performance, and the overall reliability of our systems both in the lab and in orbit.

Join Array Labs, a pioneering company dedicated to building cutting-edge radar systems that empower humanity to comprehend and react to the transformations in our physical environment.We are embarking on an ambitious project to deploy a coordinated fleet of radar satellites, designed to generate a detailed and dynamic 3D representation of the Earth. This real-time mapping capability will facilitate agile and informed decision-making for both governmental and commercial entities engaged in disaster response, infrastructure resilience, and critical geopolitical intelligence.Our end-to-end design and manufacturing of the world's most advanced Earth observation satellites will deliver unmatched accuracy, extensive coverage, and rapid responsiveness, ensuring vital insights are provided exactly when and where they are needed.About the RoleAs a Senior High-Speed PCB Layout Engineer, you will take charge of the physical realization of high-speed digital and mixed-signal electronics for Array's projects using Altium. You will be responsible for transforming schematics and performance specifications into intricate layouts and functional designs. Your role will encompass component placement, constraint-driven routing, stack-up definition, return path and reference plane strategies, as well as partitioning between sensitive mixed-signal areas and high-speed digital connections.Collaboration is key; you will work closely with electrical design, firmware, mechanical, and test engineers to establish layout constraints, conduct reviews, and manage manufacturing releases. The boards you produce will play a crucial role in determining signal integrity, power integrity, noise performance, and overall system reliability, both in laboratory settings and in-orbit operations.

Jerry.ai seeks a Staff Product Designer based in Palo Alto, California. This position centers on shaping user experiences and leading the design of products that make interactions simpler and more effective. Role overview The Staff Product Designer partners with cross-functional teams to create and refine product designs. The work involves translating user needs into practical, visually engaging solutions that align with the company’s mission. Maintaining intuitive, accessible, and visually consistent products is a core focus. This role also has a hand in guiding design direction and supporting overall product strategy. What you will do Collaborate with teams across disciplines to develop and improve product designs Turn user insights into actionable, appealing design solutions Promote intuitive, accessible, and consistent product experiences Shape design direction and contribute to product strategy Requirements Creative and strategic approach to user experience Comfort with a fast-moving workplace Experience working with multiple teams to deliver polished products

At Array Labs, we are pioneering advanced radar systems to empower humanity in understanding and responding to the physical world's changes.We are launching a coordinated fleet of radar satellites designed to construct a high-resolution 3D map of the Earth, continuously updated in real-time. This innovation will facilitate quicker, smarter decision-making for both government and commercial entities, enhancing disaster response, ensuring infrastructure resilience, and providing critical geopolitical intelligence.Our team designs and builds satellites from the ground up, creating the world's most advanced Earth observation systems. Our fleet will deliver unmatched accuracy, extensive coverage, and immediate responsiveness, ensuring critical insights are available precisely where and when they are needed.Position OverviewAs a Senior RF PCB Layout Engineer, you will take ownership of the physical implementation of Array's RF and microwave electronics using Altium. You will be responsible for transforming schematics and performance requirements into layouts that achieve optimal results on the first attempt. Your duties will encompass component placement, controlled-impedance routing, defining stack-ups, developing grounding and shielding strategies, designing connectors and launches, and isolating sensitive RF and mixed-signal domains.You will collaborate closely with RF design, electrical, antenna, mixed-signal, mechanical, and test engineers to establish layout constraints, conduct reviews, and oversee manufacturing releases. The quality of the boards you deliver will have a direct impact on RF performance, stability, spurious behavior, and overall sensor reliability both in the laboratory and in orbit.

Aidash Inc. is seeking a Staff AI Product Designer based in Palo Alto, California. This role focuses on designing products that use artificial intelligence to solve real user needs. Collaboration with engineering, product, and other teams is central to the work. Role overview The Staff AI Product Designer will help define and shape AI-powered products from concept to launch. The position involves translating complex ideas into user-friendly experiences and ensuring design decisions are informed by both user insights and technical possibilities. Collaboration Working closely with cross-functional teams, the designer will contribute to product strategy and execution. Expect to partner with engineers, product managers, and other stakeholders throughout the design process. Innovation This position offers the chance to experiment with new approaches and bring creative solutions to AI product challenges. The work environment values initiative and a willingness to explore new ideas.

Join Array Labs, a pioneering company at the forefront of radar technology, dedicated to enhancing our understanding of the physical world.We are excited to announce the launch of a synchronized fleet of radar satellites designed to generate a high-resolution 3D map of Earth, updated in real-time. This initiative aims to empower governmental and commercial entities in making quicker, more informed decisions in areas such as disaster management, infrastructure resilience, and critical geopolitical intelligence.At Array Labs, we take pride in our end-to-end design and manufacturing capabilities, delivering some of the world's most sophisticated Earth observation satellites. Our fleet is engineered to offer unparalleled accuracy, coverage, and responsiveness, providing critical insights exactly where they are needed.About the RoleAs the Lead RF PCB Layout Engineer, you will take charge of the physical implementation of Array's RF and microwave electronics within Altium. You will translate schematic designs and performance specifications into layouts that are optimized for functionality on the first attempt. Your responsibilities will encompass component placement, controlled impedance routing, stack-up configurations, grounding and shielding strategies, connector and launch designs, as well as the isolation of sensitive RF and mixed-signal domains.You will work in close collaboration with RF design, electrical, antenna, mixed-signal, mechanical, and test engineers to establish layout constraints, conduct reviews, and oversee manufacturing releases. The printed circuit boards you produce will significantly influence RF performance, stability, spurious behavior, and overall sensor reliability both in laboratory settings and in orbit.

At PsiQuantum, we are on a groundbreaking mission to develop the first practical quantum computers capable of delivering the transformative breakthroughs long anticipated in the quantum field. Since our inception in 2016, our unwavering focus has been on constructing and deploying million-qubit, fault-tolerant quantum systems.Quantum computers leverage the principles of quantum mechanics to solve complex problems that surpass the capabilities of even the most advanced supercomputers and AI systems. The impact of our technology is poised to revolutionize industries such as energy, pharmaceuticals, finance, agriculture, transportation, and materials.Our architecture is rooted in silicon photonics, exploiting advanced semiconductor manufacturing processes in collaboration with partners like GlobalFoundries. This approach allows us to utilize high-volume production techniques that have already yielded billions of chips for telecommunications and consumer electronics. Photonics presents inherent advantages for scalability, including immunity to heat and electromagnetic interference, as well as seamless integration with existing cryogenic cooling systems and standard fiber-optic infrastructure.In 2024, PsiQuantum announced government-backed initiatives to support the establishment of our first utility-scale quantum computers in Brisbane, Australia, and Chicago, Illinois. These projects signify a growing acknowledgment that quantum computing will shape the future strategically and economically, making it imperative to scale our efforts.Moreover, PsiQuantum is dedicated to developing the algorithms and software essential for transforming these systems into commercially viable solutions. Our application, software, and industry teams collaborate closely with leading Fortune 500 companies, including Lockheed Martin, Mercedes-Benz, Boehringer Ingelheim, and Mitsubishi Chemical, to ensure our quantum solutions have a real-world impact.Quantum computing is not merely an extension of classical computing; it represents a fundamental paradigm shift offering pathways to tackle challenges that cannot be resolved through traditional means. The potential is immense, and we have a clear roadmap to make this vision a reality.Join us on this exciting journey!

At PsiQuantum, we are on a groundbreaking mission to create the world's first practical quantum computers—machines that will unlock the immense potential of quantum technology. Established in 2016, our unwavering focus has been on the development and deployment of million-qubit, fault-tolerant quantum systems. Quantum computers utilize the principles of quantum mechanics to tackle complex problems beyond the reach of today's most advanced supercomputers and AI systems. Their transformative effects will resonate across a multitude of sectors, including energy, pharmaceuticals, finance, agriculture, transportation, and materials science. Our innovative architecture is founded on silicon photonics. By harnessing the cutting-edge semiconductor manufacturing industry, including collaborations with partners like GlobalFoundries, we leverage high-volume processes that have been proven effective in producing billions of chips for telecommunications and consumer electronics. The inherent advantages of photonics—such as immunity to heat and electromagnetic interference—make it an ideal solution for scaling quantum technologies. In 2024, PsiQuantum announced government-backed initiatives aimed at constructing our first utility-scale quantum computers in Brisbane, Australia, and Chicago, Illinois. These projects highlight the growing recognition that quantum computing will play a pivotal role in shaping our future, both strategically and economically. We are also at the forefront of developing the algorithms and software that will make our quantum systems commercially viable. Our application, software, and industry teams collaborate closely with Fortune 500 leaders—such as Lockheed Martin, Mercedes-Benz, Boehringer Ingelheim, and Mitsubishi Chemical—to ensure our quantum solutions deliver real-world impact. Quantum computing signifies a revolutionary leap beyond classical computing, offering pathways to solve challenges that have previously been deemed insurmountable. The possibilities are vast, and we have a clear roadmap to bring them to fruition. Join us on this exciting journey!

Rivian and Volkswagen Group Technologies combine their expertise to advance electric vehicle technology. Their joint team focuses on developing operating systems and cloud solutions that support software-defined vehicles. This collaboration aims to deliver smarter, more connected, and secure vehicles, supporting a sustainable future. Role overview The Staff Design for Manufacturing (DFM) Engineer leads efforts to refine and integrate advanced design and manufacturing practices. This role centers on optimizing in-house control units, with an emphasis on maintaining high standards for both quality and efficiency. What you will do Guide the development of advanced design and manufacturing methods Integrate new processes to improve in-house control unit production Focus on achieving strong quality and efficiency benchmarks Requirements Experience with design for manufacturing principles Background in optimizing production for quality and efficiency Ability to work on in-house control unit projects

Rivian and Volkswagen Group Technologies brings together two major automotive companies in a joint venture focused on next-generation vehicle technology. The team develops operating systems, zonal controllers, and advanced cloud and connectivity solutions to shape the future of software-defined vehicles. With combined strengths in connectivity, AI, and security, the organization pursues sustainable and intelligent solutions for electric mobility worldwide. Role overview The Senior Staff Structural Simulation Engineer takes the lead in managing structural and thermo-mechanical risks for advanced vehicle electronics. Using high-fidelity numerical simulations, this role defines design requirements for integrated PCB layouts, enclosures, and cooling systems to help meet hardware reliability goals. The engineer sets up protocols for material characterization and develops model correlation methods to ensure simulation accuracy. As a technical authority, the Senior Staff Structural Simulation Engineer shapes cross-functional decisions and leads complex root-cause analyses for new electrical hardware. The role also guides multidisciplinary teams in implementing next-generation vehicle systems. Work location This position is based in Palo Alto, California. It follows a hybrid schedule, with three days per week in the office.

About ALSO.At ALSO, we are revolutionizing electric mobility. Originally part of Rivian, our dedicated team of innovators and builders is committed to designing cutting-edge, vertically integrated small electric vehicles (EVs) that address the pressing mobility challenges of today and tomorrow. Our mission is to encourage everyone to embrace the joy of riding with ALSO, replacing traditional vehicle miles with more affordable, enjoyable, and significantly more efficient alternatives.Your RoleLead the design, development, and testing of electromechanical actuators and motor-driven systems for our lightweight electric vehicle platforms.Prepare comprehensive drawing packages and manufacturing guidelines for mechanical components and assemblies.Conduct 3D modeling of various components and assemblies, including die castings, injection-molded plastics, sheet metals, and fasteners.Collaborate closely with electrical engineers to ensure seamless integration of PCBAs, wiring harnesses, and electronic systems into mechanical designs.Work alongside firmware engineers to confirm that physical systems are compatible with robust control and integrate smoothly with embedded software.Oversee validation processes with Tier 1 and Tier 2 suppliers.Develop and implement design verification plans and reports (DVP&R).Conduct and maintain design failure mode and effects analyses (DFMEAs).Prototype and iterate designs through hands-on fabrication and lab testing to ensure functionality and performance.

About Us At vinci4d, we are revolutionizing the hardware design landscape with our cutting-edge AI assistant, aimed at empowering engineers to accelerate their design iterations by a staggering 1000 times.Our innovative foundation model, driven by geometry and physics, is tailored for each category of part design.We are on the lookout for passionate individuals who thrive on product development to enhance our Minimum Viable Product (MVP).Your ResponsibilitiesAs a pivotal member of our team, you will design and develop the essential pipelines and tools that transform our vision into reality. Your contributions will significantly expedite our development processes by facilitating smooth transitions from code development to deployment. Key responsibilities include:Enhancing product features for scalability and developing advanced APIs to support intricate engineering workflows.Establishing and integrating LLM or VLM infrastructure.Implementing an MLOps framework for training deep learning models using geometry and physics data.Collaborating with early customers and design partners to strategize and prioritize the development roadmap.Building and deploying critical product features.Gaining invaluable experience while creating products that resonate with engineers, and learning about the entrepreneurial journey.QualificationsA minimum of 6 years in developing and delivering features within the high-performance computing domain.Expertise in C++, Python, or any relevant language necessary for system setup, along with familiarity with tools such as gRPC, Protocol Buffers, Docker, Kubernetes, and Bazel.Experience with cloud computing for data generation, scraping, and assisting data science teams in model training with MLOps is a plus.CUDA experience is desirable but not mandatory.Frontend development experience is a bonus.Prior experience in a startup environment will be highly valued.You’ll Thrive in This Role If YouAre enthusiastic about entrepreneurship and the process of transforming ideas from concept to reality.

Parallel is seeking a Design Engineer in San Francisco or Palo Alto. This role centers on creating innovative solutions that align with both industry standards and customer requirements. Role overview As a Design Engineer, collaboration sits at the heart of the work. Expect to work closely with a skilled team to design and implement new products. The position calls for both creative thinking and strong technical skills to ensure each design meets high quality standards. What you will do Work with team members to develop product designs from concept through implementation Apply technical expertise to solve design challenges and refine solutions Ensure all products meet industry benchmarks and customer expectations Requirements Experience in product design and engineering Ability to collaborate effectively with others Strong creative and technical problem-solving skills

As a Senior Staff Battery Pack Design Engineer at ridealso, you will play a pivotal role in the development of cutting-edge battery solutions for our innovative products. Your expertise will guide the design and optimization of battery packs, ensuring high performance and reliability. Join us in shaping the future of energy storage technology!

About the Role Join Wealthfront as a Senior Staff Product Designer, focusing on our popular Cash product that enhances the high-yield savings and checking experience for our clients. Cash serves as the cornerstone of our financial ecosystem, enabling seamless money transfers, joint account functionality, and simplifying cash management. This position reports directly to a Design Director and is tailored for an experienced designer who thrives on simplifying complex challenges while passionately advocating for our clients' needs. Wealthfront revolutionized automated investing by providing widespread access to advanced investing strategies at a fraction of the cost of traditional financial advisors. This initiative laid the foundation for our broader mission to create a financial system that prioritizes individuals over institutions. Our commitment to helping clients build long-term wealth through saving, investing, and more continues to drive our innovation. As a pivotal member of the Cash team, you will play a vital role in identifying opportunities across teams and touchpoints to further enrich our clients' financial journeys. Your work will not be confined to a single domain; instead, you will integrate Cash with the broader Wealthfront ecosystem, fostering a cohesive financial experience. Design at Wealthfront At Wealthfront, our designers transform intricate financial technologies into intuitive and enjoyable experiences. Our dedication to our clients and unwavering standards of craftsmanship distinguish us from conventional financial institutions, fostering trust and empowering clients to achieve lasting wealth independently. We take pride in our keen attention to detail, continuously striving for excellence in every facet of our craft. Our communication is just as important as our interactive designs, reflected in our nearly one-to-one ratio of content designers to product designers. We recognize the critical role of design in our business success and actively participate in leadership discussions. Collaboration is fundamental to our methodology. We partner closely with engineering, product management, research, data science, legal, and compliance teams to define opportunities and explore innovative solutions. We are equal contributors in making strategic decisions and shaping impactful roadmaps. Our culture emphasizes continuous learning, valuing the significance of our achievements over the frequency of our successes. Most importantly, we are passionate about our mission, the financial technology landscape, and our clients. We take pride in our culture, maintaining high standards while fostering a low-ego environment. We welcome remote candidates based in the United States.

Ricursive Intelligence is an innovative AI research laboratory dedicated to revolutionizing the field of self-improving systems, beginning with advanced chip design. Our mission is to transform chip development processes by creating a synergistic link between artificial intelligence and the hardware that supports it, thereby accelerating the journey towards artificial superintelligence.We are seeking top-tier engineers and researchers with substantial expertise in RTL (Register Transfer Level) and design verification for cutting-edge chip design. Your responsibilities will encompass various verification methodologies, simulation practices, and debug/formal/equivalence flows. As part of an extraordinary team, you will leverage your practical experience in specification, RTL development, testbench architecture, regression testing, waveform analysis, and design closure to influence the algorithms and systems that modern chip design teams depend upon.

About ALSO: We are a forward-thinking electric mobility company born from Rivian, driven by a collective passion for innovation. Our dedicated team of builders and visionaries is committed to crafting entirely new, vertically integrated, small electric vehicles (EVs) that address the mobility challenges of both today and the future. Our mission is to encourage the world to embrace ALSO, transforming local transport by replacing traditional vehicles with more affordable, enjoyable, and significantly efficient options.We are in search of a Senior Staff Electrical Engineer, High Speed Design to spearhead the development of cutting-edge electronic systems for diverse micro-mobility platforms.Key Responsibilities:Act as the technical lead and hardware architect for a multidisciplinary engineering team focused on developing the next generation of light electric vehicle products.Design and architect complex custom embedded systems, overseeing component selection (high-performance MCUs, ICs, power converter controllers), schematic capture, and intricate HDI PCB layouts.Conduct simulations, analyses, and validations for high-speed signal integrity and power integrity, designing optimal PCB stack-ups and power delivery networks to support high-performance computing.Lead strategies for EMI/EMC mitigation at the system level, ensuring hardware meets regulatory standards on the first attempt and managing complex debugging efforts for any emissions issues.Oversee the entire module development lifecycle, establishing best practices for design and validation phases within the V-model development process.Collaborate with Systems, Firmware, Mechanical, Thermal, and Test engineers to ensure high reliability, seamless system integration, robust physical packaging of high-density boards, optimal thermal management, and thorough testability for mass production.Lead root cause analysis, complex debugging, and failure analysis of critical electrical systems and high-speed subsystems in vehicles.Cultivate technical relationships with PCB fabricators, silicon vendors, and contract manufacturers to evaluate cutting-edge components, ensure HDI DFM/DFA, and qualify advanced manufacturing processes.Act as a force multiplier for the hardware team by mentoring junior and mid-level engineers, leading technical design reviews, and enhancing engineering efficiency across the organization.

At PsiQuantum, we are on a groundbreaking mission to create the first truly functional quantum computers—systems capable of achieving the remarkable advancements that have long been anticipated in the field. Since our inception in 2016, we have dedicated ourselves to constructing and deploying million-qubit, fault-tolerant quantum systems. Quantum computers leverage the principles of quantum mechanics to tackle challenges that even the most sophisticated supercomputers or AI cannot address. Their transformative potential will influence various sectors, including energy, pharmaceuticals, finance, agriculture, transportation, materials, and more. Our architecture is built on silicon photonics, utilizing advanced semiconductor manufacturing processes in collaboration with partners like GlobalFoundries. This approach allows us to harness the high-volume production techniques that currently yield billions of chips for telecommunications and consumer electronics. Photonics provides innate advantages in scalability: photons resist heat, are immune to electromagnetic interference, and seamlessly integrate with existing cryogenic cooling and standard fiber-optic systems. In 2024, PsiQuantum announced government-backed initiatives to establish our first utility-scale quantum computers in Brisbane, Australia, and Chicago, Illinois. These projects underscore the increasing acknowledgment of quantum computing as a pivotal force for strategic and economic advancement—now is the time for expansion. Additionally, PsiQuantum is committed to developing the necessary algorithms and software to bring commercial value to these systems. Our application, software, and industry teams collaborate directly with leading Fortune 500 companies—including Lockheed Martin, Mercedes-Benz, Boehringer Ingelheim, and Mitsubishi Chemical—to prepare quantum solutions for impactful real-world applications. Quantum computing is not merely an extension of classical computing; it signifies a fundamental transformation—a pathway to overcoming challenges that cannot be solved through any other means. The possibilities are vast, and we have a clear strategy to realize this potential. Join us on this exciting journey!