Radar Signal Processing Engineer (MTI/STAP) at Array Labs | Palo Alto

Join Array Labs as we revolutionize radar imaging technology by developing cutting-edge satellites that generate precise, real-time 3D maps of our planet. Our solutions empower governments and commercial entities to gain critical insights into the Earth's dynamics.We manage the entire satellite development lifecycle—from innovative hardware deployed in orbit…

Join Array Labs, a pioneering company dedicated to constructing sophisticated radar systems that enhance our understanding of the physical world.We are set to launch an innovative fleet of radar satellites designed to generate a real-time, high-resolution 3D map of the Earth. This groundbreaking initiative will empower government and commercial entities to make informed decisions swiftly, particularly in areas such as disaster management, infrastructure resilience, and critical geopolitical intelligence.Our commitment to excellence drives us to design and manufacture end-to-end solutions for the world’s most advanced Earth observation satellites, ensuring unparalleled accuracy and responsiveness to deliver vital insights exactly when and where they are needed.We are currently in search of a Signal Processing Engineer to be an integral part of our team, developing the core algorithms essential for this transformative project. This role presents a unique opportunity to significantly influence the creation of a pioneering system.As a member of our rapidly expanding engineering team, you will play a vital role in designing the most sophisticated radar satellite constellation, enhancing humanity's capability to swiftly and thoroughly comprehend the dynamics of our ever-changing planet.

Join Array Labs in revolutionizing radar technology to enhance our understanding and response to the physical world.We are embarking on an ambitious project to deploy a coordinated fleet of radar satellites, designed to generate a real-time, high-resolution 3D map of the Earth. This innovative endeavor will empower governmental and commercial entities to make quicker, more informed decisions in areas such as disaster response, infrastructure stability, and critical geopolitical intelligence.At Array Labs, we undertake the design and construction of our satellites from start to finish, crafting the most sophisticated earth observation systems in existence. Our satellite fleet will provide unmatched accuracy, extensive coverage, and rapid responsiveness, delivering vital insights exactly where they are needed.As a Radar Algorithms Engineer, you will be at the forefront of developing, implementing, and scaling groundbreaking 3D reconstruction algorithms and processing methods for our state-of-the-art radar imaging system. You will collaborate closely with the software team and engage with hardware and product teams to accelerate the transition of image formation techniques from initial concepts to a fully operational cloud-based imagery production pipeline.Be a part of our rapidly expanding engineering team, and contribute significantly to the design of the world's most advanced radar satellite constellation, enhancing humanity's ability to rapidly and comprehensively monitor our dynamic planet.

Join Array Labs, a pioneering company revolutionizing radar technology to enhance global awareness and response to environmental changes.We are at the forefront of launching an innovative fleet of radar satellites designed to create a detailed, real-time 3D map of Earth. This initiative empowers government and commercial entities to make quicker, more informed decisions in critical areas such as disaster response, infrastructure resilience, and vital geopolitical intelligence.Our end-to-end satellite design and manufacturing process results in the world’s most advanced Earth observation systems, offering unmatched accuracy, extensive coverage, and prompt responses that deliver critical insights exactly where they are most needed.As an Embedded Software Engineer, your role will involve developing embedded software that ensures Array's radar sensors, communication systems, and flight mechanisms operate flawlessly in orbit. Responsibilities will include board bring-up of Linux-based platforms, facilitating high-performance data transfer between sensors and computational elements, integration with FPGA and RF subsystems, and crafting safety-critical control and Fault Detection, Isolation, and Recovery (FDIR) algorithms.You will work closely with a team of signal processing, hardware, and Guidance, Navigation, and Control (GNC) engineers to prototype, assess, and implement software architectures that fulfill stringent latency, throughput, and reliability standards. The software you create will have a direct impact on radar performance, system robustness, and mission resilience in space.As a crucial member of our rapidly expanding engineering team, you will contribute significantly to designing the world’s most advanced radar satellite constellation, enhancing humanity's ability to swiftly and comprehensively understand our dynamic planet.

Join Array Labs in revolutionizing radar technology to enhance humanity’s understanding of our dynamic planet.We are on a mission to deploy a sophisticated fleet of radar satellites, creating a real-time, high-resolution 3D map of Earth. This technology will empower government and commercial entities to make informed decisions in disaster response, infrastructure resilience, and critical geopolitical intelligence.At Array Labs, we take pride in designing and manufacturing our satellites from the ground up, providing unmatched accuracy, coverage, and responsiveness, ensuring that critical insights are delivered precisely when needed.As an Embedded Software Engineer, you will be at the forefront of innovation, developing firmware, FPGA logic, and embedded software that power our radar payloads and on-orbit processing systems. Your responsibilities will include writing and maintaining C/C++ firmware for Zynq UltraScale+ MPSoC devices, designing FPGA modules for high-throughput sensing and data movement, and constructing Linux-based embedded systems utilizing PetaLinux and Yocto. Collaboration with digital, RF, signal processing, and systems engineers will be essential in delivering reliable, high-performance embedded solutions. The architectures you create will have a direct impact on radar timing, data integrity, processing throughput, and system reliability in orbit.Be part of our rapidly expanding engineering team and contribute to the creation of the world's most advanced radar satellite constellation, enhancing our collective ability to respond to the changing realities of our planet.

Join Array Labs, a pioneering company dedicated to constructing cutting-edge radar systems that empower humanity to interpret and respond effectively to changes in our physical environment.We are embarking on an ambitious project to deploy a synchronized fleet of radar satellites, aimed at generating a highly detailed 3D representation of the Earth that is continuously updated. This initiative will facilitate quicker, more informed decision-making for both governmental and commercial entities involved in disaster management, infrastructure robustness, and critical geopolitical intelligence.Our team designs and constructs our satellites with a comprehensive end-to-end approach, resulting in the creation of the world's most sophisticated Earth observation satellites. Through our fleet, we aim to deliver unparalleled accuracy, extensive coverage, and rapid responsiveness, providing essential insights precisely where they are needed most.About the RoleAs a Senior Electrical Design Engineer, you will be instrumental in designing and validating the digital and mixed-signal electronics that underpin Array's radar payloads and satellite platforms. Your responsibilities will encompass high-speed digital interfaces, precision clocking and timing distribution, power regulation and control circuits, system monitoring and telemetry hardware, as well as fault-tolerant satellite avionics. You will oversee the hardware development lifecycle, including design, prototyping, initial testing, and qualification, collaborating closely with RF, antenna, mechanical, and systems engineers. The hardware you create will significantly influence system performance, power efficiency, stability, and overall reliability in orbit.

Join Array Labs, where we are pioneering advanced radar systems to enhance our understanding of our physical world.We are rolling out a synchronized fleet of radar satellites to generate a real-time, high-resolution 3D map of the Earth. This innovative technology will empower government and commercial entities to make quicker, more informed decisions in disaster response, infrastructure resilience, and critical geopolitical intelligence.Our team designs and constructs these satellites from the ground up, aiming to deliver the most sophisticated Earth observation systems available. Our constellation will provide unmatched levels of accuracy, coverage, and responsiveness, delivering vital insights precisely where they are needed.As an Electrical Test Engineer, you will be instrumental in developing the hardware, procedures, and automated testing infrastructure that validate our radar payloads and satellite electronics. Your responsibilities will include designing test fixtures and harnesses, creating FPGA- and software-driven test interfaces, and developing comprehensive test plans at both board and system levels. You will conduct environmental and functional testing across diverse operating conditions and collaborate with a multidisciplinary team of engineers to troubleshoot issues, ensure performance validation, and confirm flight readiness. The test systems you create will directly influence hardware reliability, calibration stability, and overall system performance in orbit.As a vital member of our rapidly expanding engineering team, you will contribute to the creation of the world’s most advanced radar satellite constellation, enhancing our ability to understand and respond to our planet's changes.

Join Array Labs, a pioneer in advanced radar systems designed to empower humanity's understanding of our ever-changing physical world.We are embarking on an ambitious mission to deploy a coordinated network of radar satellites that will generate a real-time, high-resolution 3D map of Earth. This cutting-edge technology will facilitate expedited and informed decision-making for governmental and commercial entities involved in disaster management, infrastructure durability, and critical geopolitical intelligence.At Array Labs, we meticulously design and manufacture our satellites end-to-end, delivering the globe's most sophisticated earth observation systems. Our fleet will provide unmatched accuracy, extensive coverage, and rapid responsiveness, enabling vital insights exactly when and where they are needed.As a 3D Reconstruction Scientist, you will play a pivotal role in developing and implementing algorithms aimed at reconstructing 3D structures from an array of radar and optical sensors. Your expertise in multi-view geometry, tomography, and large-scale inverse problems will be crucial as you transition methods from prototype stages to real-world application using satellite data. The innovative techniques you create will set the benchmark for the resolution, precision, and dependability of Array’s 3D offerings.Become an integral part of our rapidly expanding engineering team, contributing to the design of a groundbreaking radar satellite constellation that will greatly enhance humanity's capability to swiftly and thoroughly comprehend our dynamic planet.

At Array Labs, we are at the forefront of innovation, developing the world's most advanced radar imaging satellites. Our mission is to create a precise, continuously updated 3D map of the Earth, providing governments and commercial organizations with essential insights into the physical world. We manage the entire system lifecycle, from on-orbit hardware to ground software and data processing, empowering us to control performance, reliability, and the speed of enhancements.The Chief of Staff to the CEO is a dynamic execution role that requires high energy and strategic thinking. Reporting directly to the CEO, you will collaborate closely with the Engineering leadership and R&D teams to propel CEO-priority development projects from conception through to delivery. You will establish a rigorous weekly operational rhythm, clearly defining ownership and milestones, identifying risks and dependencies early on, and facilitating decisive actions to ensure smooth execution. Your role will also encompass synthesizing updates into concise, executive-level reports for leadership and the organization.This position is best suited for a high-performing operator with outstanding judgment, exceptional communication skills, and a proven history of expanding responsibilities rapidly. It is a hands-on role that demands high ownership and exposure, and it is distinct from traditional Executive Assistant duties or PMO-oriented processes. While strong analytical skills and clear communication materials are valued, the primary focus here is on driving tangible execution and achieving delivered outcomes.

Join Array Labs, where we are pioneering cutting-edge radar systems to enable humanity to navigate the complexities of our physical world.Our ambitious project involves deploying a coordinated fleet of radar satellites designed to generate a real-time, high-resolution 3D map of Earth. This initiative will empower government and commercial entities to make informed decisions in disaster response, infrastructure resilience, and critical geopolitical scenarios.We take pride in designing and manufacturing our satellites from the ground up, resulting in the most sophisticated earth observation technology available. Our fleet promises unmatched accuracy and responsiveness, delivering essential insights right where they are needed most.Position OverviewAs a Staff RF Design Engineer at Array Labs, you will be instrumental in the design and validation of RF electronics that power our advanced radar sensors. Your responsibilities will encompass creating low-noise receive chains, high-power transmit chains, RF switching and protection systems, as well as bias and control circuitry. You will also integrate critical RF subsystems for transceivers and timing.You will oversee the journey of hardware from schematic design through prototyping, bring-up, characterization, and qualification phases. Collaborating closely with antenna, mixed-signal, mechanical, and systems engineers, your contributions will significantly enhance signal quality, sensitivity, output power, stability, and overall performance in orbit.

Join Array Labs, a pioneer in advanced radar systems dedicated to enhancing humanity's understanding of our physical world.We are embarking on an ambitious project to launch a fleet of radar satellites that will create a real-time, high-resolution 3D map of the Earth. This initiative will significantly enhance decision-making capabilities for government and commercial entities involved in disaster response, infrastructure resilience, and vital geopolitical intelligence.Our end-to-end design and manufacturing of state-of-the-art satellites aim to deliver unmatched accuracy, coverage, and responsiveness, providing critical insights exactly when and where they are needed.As a Board Design Engineer, you will be responsible for the design, layout, and validation of printed circuit assemblies that drive Array's radar payloads and processing systems in orbit. Your expertise will encompass high-density digital and mixed-signal designs, power regulation modules, RF interfaces, and computing hardware tailored for compact satellite platforms. You will oversee the entire lifecycle of board development, from schematic to layout, manufacturing, bring-up, and qualification, while collaborating closely with RF, antenna, digital, mechanical, and systems engineers. The boards you create will have a direct impact on signal integrity, processing throughput, thermal management, and the overall performance of our radar systems.Become an integral part of our rapidly expanding engineering team, and help us design the most advanced radar satellite constellation in existence—enhancing our ability to understand our changing planet with speed and precision.

Join Array Labs, a pioneering company dedicated to advancing radar technology to enhance our understanding of the physical world.We are excited to announce the launch of a sophisticated fleet of radar satellites designed to produce a real-time, high-resolution 3D map of Earth. This innovative approach will empower government and commercial entities to make faster, more informed decisions in critical areas such as disaster response, infrastructure resilience, and geopolitical intelligence.At Array Labs, we take pride in our end-to-end satellite design and manufacturing process, creating some of the most advanced Earth observation satellites in existence. Our fleet promises to deliver unmatched accuracy, extensive coverage, and rapid responsiveness to facilitate crucial insights exactly when and where they are needed.As an Antenna Design Engineer, you will be instrumental in the development, simulation, and validation of the radiating structures and arrays integral to our spaceborne radar payloads. This role involves crafting antennas with high power density, precise pattern control, and reliable performance under the unique environmental and packaging constraints of small satellite systems. You will navigate the entire design process from initial concept through electromagnetic analysis, prototyping, and qualification, collaborating closely with experts in RF, mechanical, thermal, and systems engineering. The antennas you create will have a direct impact on Array’s transmit power, imaging resolution, calibration stability, and the overall capabilities of our radar systems.Join our rapidly expanding engineering team and help shape the future of our advanced radar satellite constellation, significantly enhancing humanity's ability to quickly and comprehensively understand our ever-evolving planet.

At Array Labs, we are revolutionizing the way humanity interacts with the physical world through cutting-edge radar systems.We are excited to announce the launch of a coordinated fleet of radar satellites designed to generate a real-time, high-resolution 3D map of Earth. This innovative system will empower government and commercial entities to make quicker, more informed decisions during disaster responses, enhance infrastructure resilience, and provide mission-critical geopolitical intelligence.Our team is dedicated to the end-to-end design and construction of our satellites, delivering the most advanced Earth observation technology available. The insights yielded by our fleet will bring unparalleled accuracy, extensive coverage, and rapid responsiveness, ensuring critical insights reach their destinations when they are needed most.Position OverviewAs an Electrical Design Engineer at Array Labs, you will play a key role in designing and validating digital and mixed-signal electronics that underpin our radar payloads and satellite platforms. Your responsibilities will encompass high-speed digital interfaces, precision clocking and timing distribution, power regulation and control circuits, as well as system monitoring and telemetry hardware, including fault-tolerant satellite avionics. You will guide the hardware development process from design through prototyping, bring-up, and qualification, collaborating closely with RF, antenna, mechanical, and systems engineers. The systems you develop will have a direct impact on performance, power efficiency, and reliability in orbit.

Join Array Labs, a pioneering company dedicated to developing cutting-edge radar systems that empower humanity to respond to dynamic changes in our physical world.We are launching a coordinated fleet of radar satellites designed to generate a high-resolution 3D map of the Earth, updated in real-time. This initiative will facilitate quicker, more informed decision-making for both government and commercial organizations involved in disaster response, infrastructure resilience, and critical geopolitical intelligence.At Array Labs, we oversee the entire lifecycle of our satellites, creating the most advanced Earth observation systems available. Our fleet will offer unmatched accuracy, coverage, and responsiveness, delivering essential insights exactly where they are most needed.Position OverviewAs a Staff Electrical Design Engineer, you will play a crucial role in designing and validating digital and mixed-signal electronics for Array’s radar payloads and satellite platforms. Your responsibilities will encompass high-speed digital interfaces, precision clocking and timing distribution, power regulation and control circuits, system monitoring and telemetry hardware, as well as fault-tolerant satellite avionics. You will guide hardware through the phases of design, prototyping, bring-up, and qualification, collaborating closely with RF, antenna, mechanical, and systems engineers. The hardware you create will have a direct impact on system performance, power efficiency, stability, and overall reliability in orbit.

Join Array Labs, where we are at the forefront of building cutting-edge radar systems that empower humanity to navigate and adapt to changes in our physical environment.We are excited to announce the launch of a synchronized fleet of radar satellites that will generate a high-resolution, real-time 3D map of Earth. Our innovative technology will facilitate quicker and more informed decision-making for governmental and commercial entities involved in disaster response, infrastructure resilience, and critical geopolitical intelligence.Our team designs and constructs our satellites from the ground up, delivering the most advanced Earth observation capabilities available today. This fleet will provide unparalleled accuracy, extensive coverage, and rapid responsiveness, ensuring that essential insights are delivered precisely where they are needed.About the RoleAs a Senior Power Electronics Engineer, you will play a pivotal role in designing and validating the power conversion and management electronics for Array's radar sensors and satellite platforms. Your responsibilities will encompass high-efficiency DC/DC conversion, power distribution, sequencing, monitoring and telemetry, protection and fault handling, along with the power interfaces that enable high-power RF operations.You will guide hardware development from schematic design through prototyping, bring-up, characterization, and qualification, collaborating closely with RF, mixed-signal, mechanical, firmware, and systems engineers. The power electronics you create will have a direct impact on system efficiency, thermal performance, reliability, and availability in orbit.

About VoltaiVoltai is at the forefront of developing sophisticated world models and intelligent agents capable of learning, evaluating, planning, experimenting, and interacting with the physical environment. Our initial focus is on the realms of hardware development, electronics systems, and semiconductors where artificial intelligence can surpass human cognitive capabilities in design and creation.About the TeamSupported by leading investors from Silicon Valley, as well as Stanford University, our team includes distinguished individuals such as former Stanford professors, SAIL researchers, Olympiad medalists, and executives from industry giants like Google, AMD, Broadcom, and Cadence. Our diverse expertise encompasses technology, defense, and policy, with a mission to innovate and lead in the field of AI and hardware.About this RoleAs a Lab Automation Engineer, you will be responsible for designing, implementing, and managing the automation infrastructure that supports Voltai’s hardware validation laboratories. This role involves building systems that facilitate automated testing, characterization, and qualification of silicon and board-level designs by seamlessly integrating software, robotics, and data pipelines for ongoing validation and enhancement.

Join Array Labs, where we are at the forefront of developing sophisticated radar technologies aimed at enhancing humanity's understanding of the physical world.We are excited to announce the deployment of a coordinated fleet of radar satellites, designed to create a real-time, high-resolution 3D map of Earth. This groundbreaking initiative will empower government and commercial entities to make quicker and more informed decisions in critical areas such as disaster response, infrastructure resilience, and essential geopolitical intelligence.Our team is dedicated to designing and manufacturing cutting-edge earth observation satellites, providing unmatched accuracy, extensive coverage, and swift responsiveness to deliver vital insights when they matter most.Position OverviewAs a Staff Power Electronics Engineer, you will be responsible for the design and validation of power conversion and management electronics that are critical to Array’s radar sensors and satellite systems. Your expertise will encompass high-efficiency DC/DC conversion, power distribution, sequencing, telemetry, protection, and fault handling, as well as the power interfaces supporting high-power RF operations.You will guide hardware development from schematic design through prototyping, bring-up, characterization, and qualification. Collaboration with RF, mixed-signal, mechanical, firmware, and systems engineers will be essential to ensure the power electronics you develop enhance system efficiency, thermal performance, reliability, and on-orbit availability.

Join Our Innovative Team at 1XFounded in 2015, 1X is a pioneering force in the creation of advanced humanoid robots tailored for household applications. Our objective is to deliver a reliable and intelligent workforce through our cutting-edge humanoids.At 1X, we are committed to excellence, tackling some of the most challenging robotics problems alongside the brightest minds in the field. Every component of our robots, from motor coils to AI systems, is meticulously designed and manufactured in-house, showcasing our vertically integrated philosophy. As part of our team, you’ll take ownership of significant projects, receive recognition for your contributions, and enjoy a merit-based rewards system.We are currently searching for a Materials and Process Innovation Engineer who is passionate about converting advanced materials into efficient and scalable manufacturing processes. This role is perfect for an engineer excited to bridge the gap between early-stage research and large-scale production, leveraging their expertise in soft materials, precision processing, and modern fabrication techniques.In this role, you will advance polymer systems, elastomers, textiles, composites, coatings, and multilayer structures into dependable production-ready materials. You will work collaboratively with chemists, materials scientists, modeling engineers, mechanical designers, industrial designers, and supply chain teams to ensure that every material innovation can be manufactured at scale, contributing to the development of safe and capable humanoid robots.Key ResponsibilitiesDevelop, optimize, and scale processes for polymer mixing, casting, coating, laminating, molding, fiber processing, calendaring, embossing, and thermoforming for soft and flexible material systems.Implement cutting-edge fabrication techniques, including 3D printing of elastomers and composite structures, photolithography for patterned sensing layers, and precision coating or printing of functional materials.Conduct pilot-scale trials to assess consistency, throughput, surface quality, dimensional accuracy, and long-term stability of novel processes.Characterize material behavior and process sensitivity through mechanical testing, thermal analysis, chemical analysis, adhesion testing, and durability evaluations.Collaborate closely with polymer chemists and materials scientists to link processing parameters with microstructure, mechanical response, tactile characteristics, and long-term performance.Partner with mechanical design teams to ensure that new materials meet all performance and safety standards.

Join the Arc InstituteThe Arc Institute represents a pioneering scientific endeavor dedicated to advancing fundamental research and technology aimed at understanding and treating complex human diseases. Located in the heart of Palo Alto, California, we are an independent research organization that collaborates closely with leading institutions such as Stanford University, UCSF, and UC Berkeley.While traditional university research models have led to significant breakthroughs, we advocate for innovative institutional approaches that can further scientific progress. Our model includes:Comprehensive Funding: We fully fund our Core Investigators’ research initiatives, liberating scientists from the constraints of conventional grant-based funding.Advanced Technology: Our Technology Centers are at the forefront of biomedical research, developing and optimizing cutting-edge experimental and computational tools in partnership with our Core Investigators.Exceptional Support: We provide unparalleled operational, financial, and scientific support, empowering researchers to pursue high-risk, high-reward projects that can lead to breakthroughs in areas such as neurodegeneration, cancer, and immune dysfunction.Collaborative Culture: At Arc, we understand that a thriving scientific culture is crucial for sustained excellence. We are committed to fostering an environment centered around curiosity, truth, ambition, and collaboration.With over 350 dedicated team members and more than $650 million in committed funding, our state-of-the-art lab facility in Palo Alto is poised for rapid growth in the coming years.About the PositionThe Gilbert Lab seeks enthusiastic, diligent, and inquisitive candidates. Our research focuses on synthetic biology, functional genomics, and epigenetics, particularly utilizing CRISPR methodologies to modulate transcription. We are dedicated to understanding the mechanisms that determine and maintain cellular identity and the epigenome, and we aim to leverage our knowledge in epigenetics and synthetic biology to develop innovative therapeutic strategies addressing cancer, viral biology, and neurodegeneration.

About Arc Institute The Arc Institute is an innovative scientific institution dedicated to curiosity-driven basic science and technology development aimed at understanding and treating complex human diseases. Based in Palo Alto, California, Arc operates as an independent research organization, collaborating closely with renowned institutions such as Stanford University, UCSF, and UC Berkeley. While traditional university research models have achieved remarkable successes, we firmly believe in the power of institutional experimentation to catalyze progress. Our unique approach includes: Funding: Arc provides comprehensive funding for Core Investigators’ research teams, freeing scientists from the usual limitations of project-based external grants. Technology: With the increasing complexity of biomedical research, our Technology Centers focus on developing and optimizing cutting-edge experimental and computational technologies in partnership with Core Investigators. Support: We are committed to delivering exceptional operational, financial, and scientific support that empowers researchers to undertake ambitious, high-risk projects aimed at significantly advancing cures for diseases like neurodegeneration, cancer, and immune dysfunction. Culture: We prioritize cultivating a scientific culture that values curiosity, a steadfast commitment to truth, broad ambition, and collaborative spirit. With a growing team of over 350 individuals and $650M+ in committed funding, the Arc Institute is poised for rapid expansion, backed by a state-of-the-art lab facility in Palo Alto. About the Position The Jain Lab seeks motivated, diligent, and inquisitive candidates. Our research focuses on the interplay between organisms and their environments, specifically how factors such as oxygen levels and nutrient availability influence metabolism and disease progression. We have recently identified that chronic hypoxia, akin to living at high altitudes in Peru or Nepal, may offer therapeutic benefits for mitochondrial diseases.