Senior Embedded Firmware Engineer - Audio & Connectivity

About 1X1X is an innovative AI and robotics firm located in the heart of Palo Alto, California. Our mission is to create a prosperous future through the deployment of versatile robots capable of autonomously handling diverse tasks.We are committed to the belief that true intelligence and understanding of the world come from humanoid robots coexisting and learning with humans. Therefore, we are dedicated to designing friendly home robots that integrate effortlessly into daily life.We seek inquisitive, motivated, and passionate individuals who are eager to help redefine the landscape of robotics and AI. If you resonate with our mission, we would love to connect and discuss how you can contribute to our exciting journey.Role OverviewWe are on the lookout for an Embedded Firmware Engineer specializing in developing and maintaining the low-level firmware that powers actuator and motor drive electronics. Your focus will be on creating robust, maintainable, and well-structured embedded software that facilitates motor control, sensing, safety, and system integration.In this role, you will collaborate closely with motor control, electrical, and testing engineers to ensure that the firmware effectively bridges hardware capabilities with higher-level system requirements.Key ResponsibilitiesDesign, develop, and maintain embedded firmware for motor drives and actuator controllers.Implement hardware abstraction layers, drivers, and real-time systems.Assist in integrating motor control algorithms developed by control engineers.Work closely with electrical engineers during hardware bring-up and debugging processes.Develop and implement safety mechanisms, fault handling, and diagnostic features.Support testing and validation efforts through logging and debugging functionalities.Enhance firmware efficiency, structure, readability, and long-term maintainability.Document firmware architecture, interfaces, and underlying assumptions.

About ALSO.At ALSO, an innovative electric mobility company conceived by Rivian, we are dedicated to transforming transportation. Our dynamic team of creators, visionaries, and problem-solvers is committed to developing revolutionary, vertically integrated small electric vehicles that address the global mobility challenges of today and the future. Our mission? To inspire everyone to choose ALSO, replacing countless local car and truck journeys with our more affordable, enjoyable, and highly efficient vehicles—10 to 50 times more efficient, in fact.As a Senior Validation & Tools Engineer specializing in Embedded Firmware and Software validation, you will play a crucial role in ensuring the quality of our flagship and cutting-edge products. This hands-on position will involve testing firmware and software, automating these processes, integrating hardware, and validating systems end-to-end. Collaborating closely with various cross-functional teams, you will help build out HIL infrastructure and test automation in our fast-paced, early-phase engineering startup.

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.

About VoltaiVoltai is at the forefront of developing sophisticated models and agents that enable learning, evaluation, planning, experimentation, and interaction with the physical world. Our initial focus is on understanding and constructing hardware, including electronic systems and semiconductors where artificial intelligence can surpass human cognitive capabilities.About the TeamSupported by premier Silicon Valley investors, Stanford University, and industry leaders such as CEOs and Presidents from Google, AMD, Broadcom, and Marvell, our team comprises former Stanford professors, SAIL researchers, Olympiad medalists, and top executives from Synopsys, GlobalFoundries, and Cadence, alongside distinguished former government officials.About this RoleAs a Firmware Engineer, you will be responsible for designing and implementing firmware that connects AI-driven hardware with physical devices. Your work will encompass system bring-up, control, and diagnostics, facilitating adaptive and self-optimizing behavior in real-time systems. Collaborate with electrical, systems, and verification engineers to create embedded software that powers intelligent machines.

About 1X1X is a pioneering AI and robotics firm located in Palo Alto, California, dedicated to creating a future where general-purpose robots can operate autonomously across a variety of tasks, thereby contributing to a more abundant society.Our vision is rooted in the belief that humanoid robots must coexist and learn alongside humans to truly comprehend and adapt to the world. We are committed to developing user-friendly home robots that blend effortlessly into daily life.We seek innovative, passionate individuals eager to influence the trajectory of robotics and AI. If you share our enthusiasm for this mission, we invite you to connect with us and discuss how you can be a part of our transformative journey.Role OverviewWe are in search of a Test & Validation Engineer who will take charge of characterizing, testing, and validating electric motors and robotic actuators. In this pivotal role, you will design and manage test setups, generate high-quality data, and collaborate closely with electrical, mechanical, and controls engineers to ensure optimal actuator performance, reliability, and robustness.Your contributions will be essential in transforming prototypes into validated systems by establishing repeatable tests, identifying edge cases, and offering constructive feedback to design teams. This position operates at the intersection of hardware, software, and data, and includes collaboration with other test engineers across various teams and on a robot system level.ResponsibilitiesDesign, operate, and maintain advanced test setups for motors and actuators, including dynamometers and bespoke test rigs.Develop and implement comprehensive test plans focusing on performance, efficiency, thermal characteristics, and durability.Characterize motors and actuators over varied operational envelopes.Automate testing processes and data collection whenever feasible.Analyze test results and communicate insights effectively to engineering teams.Assist in hardware bring-up, troubleshooting, and failure analysis.Work in tandem with control and firmware engineers to validate control performance.Participate in regression testing for hardware and firmware modifications.Document testing protocols, findings, and lessons learned.

Founded in 2015, 1X is pioneering the development of cutting-edge humanoid robots tailored for domestic environments. Our goal is to revolutionize labor supply through the creation of safe, intelligent humanoids.As we transition from R&D to mass production, we are seeking a Mechanical Engineer with expertise in electric actuator design to enhance the development of NEO's hands. In this pivotal role, you will take ownership of critical mechanical subsystems associated with high-performance electric drive units. Your responsibilities will include the design, optimization, selection, and integration of various components such as rotors, stators, bearings, transmissions, and sensors.

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.

Pivotal stands at the forefront of the innovative electric Vertical Takeoff and Landing (eVTOL) aircraft market, specializing in the design, development, and manufacturing of lightweight eVTOL aircraft. We are particularly recognized for our flagship model, the BlackFly, which has made history as the world's first light eVTOL to successfully conduct manned missions and enter the consumer market.Our aircraft are designed to be efficient, compact, and user-friendly, catering to a diverse array of applications in consumer markets, public services, and defense sectors. With over a decade of successful flight history, our unique tilt-aircraft architecture and scalable platform have set a new standard in aviation. In the past year, we unveiled our next-generation model, the Helix, which is on track for general release and scalable production by early 2026.As mobility continues to evolve as one of the most sought-after sectors in modern technology investments, Pivotal is strategically positioned to lead in this dynamic landscape. We invite adventurous and innovative individuals to join our exceptional team and grow alongside us.In your role within the Firmware Engineering team, you will play a pivotal part in the development and maintenance of manufacturing test systems for our eVTOL aircraft.

About 1XAt 1X, we are at the forefront of AI and robotics innovation, located in the heart of Palo Alto, California. Our mission is to revolutionize society by creating versatile robots capable of performing a wide range of tasks autonomously. We envision a future where humanoid robots learn and grow alongside humans, enhancing everyday life with their capabilities.Our commitment to developing user-friendly home robots that integrate into daily routines drives us to seek passionate, inquisitive, and motivated individuals who are eager to contribute to the future of robotics and AI. If our vision resonates with you, we would love to connect and explore how you can become a part of our journey.Role OverviewWe are in search of a skilled Motor Control Engineer with profound knowledge of motor control and control theory. Your role will be pivotal in enhancing the performance of our robotic actuators. You will be tasked with defining, developing, and fine-tuning motor control strategies that significantly influence torque quality, efficiency, thermal behavior, and overall actuator performance.Collaboration is key in this role as you will work closely with electrical, mechanical, and firmware engineering teams to translate control concepts into effective, real-world actuator performance. Additionally, you will partner with AI and higher-level control engineers to optimize the overall performance of our robotic systems.ResponsibilitiesLead the development and ownership of motor control strategies for robotic actuators.Design, analyze, and refine control loops (current, torque, speed, and higher-level loops).Assess control performance across various operating conditions, including nonlinearities and saturation effects.Collaborate with firmware engineers to implement control algorithms in embedded systems.Work with electrical engineers regarding sensing, actuation, and hardware considerations relevant to control.Support actuator characterization and tuning on dynamometers and test benches.Analyze test data to enhance control performance, robustness, and stability.Document control architectures, foundational assumptions, and tuning methodologies.

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!

About 1X1X is an innovative AI and robotics organization located in Palo Alto, California, dedicated to creating a prosperous society through the development of general-purpose robots that can operate autonomously in various tasks.We hold the belief that for humanoid robots to genuinely comprehend the world and advance in intelligence, they must coexist and learn alongside humans. This drives our focus on crafting amiable home robots that seamlessly integrate into daily life.We are in search of inquisitive, motivated, and dedicated individuals who aspire to influence the future of robotics and AI. If our mission resonates with you, we would be excited to discuss your potential contributions to our journey.Role OverviewWe are seeking a seasoned Electrical Engineer to design, develop, and scale electrical systems for cutting-edge robotic platforms. This role encompasses a broad spectrum of electrical engineering tasks, with a significant emphasis on robotic actuators and motor drive systems, covering areas such as power, sensing, embedded systems, and system architecture.In this position, you will oversee essential electrical subsystems from initial architecture and component selection to schematic design, layout review, bring-up, and production support. Collaboration with mechanical, firmware, controls, and test engineers will be critical to ensure the delivery of robust, high-performance, and manufacturable systems.This role is perfect for someone who enjoys navigating various abstraction layers, balancing hands-on execution with system-level perspectives, and contributing to ambitious technical products.ResponsibilitiesLead the electrical design of essential subsystems across robotic platforms from concept to productionDefine electrical architectures that optimize performance, reliability, safety, cost, and manufacturabilityDesign, review, and troubleshoot schematics and PCBs, encompassing power, sensing, and control electronicsBring up and validate prototypes and production-ready hardware using laboratory equipmentWork closely with firmware, controls, and mechanical engineers to facilitate high-performance systemsEnsure compliance with EMI/ESD, safety, and reliability requirements throughout the design processPromote best practices in electrical design, documentation, and reviewsCollaborate with manufacturing and testing teams to support DFM/DFA, production ramp, and field issuesParticipate in technical decision-making at both system and detailed implementation levels

At Embedding VC, we empower engineering, product, and research innovators who are shaping the future of AI-native enterprises.We engage early with visionary founders who are redefining intelligence, spanning from applied agents to infrastructure and creative computing.We are excited to announce the opening of applications for our Founder-in-Residence (FIR) program — a unique opportunity for exceptional builders poised to launch their next AI venture. As a part of our team in the San Francisco Bay Area, you will collaborate closely with our partners to explore innovative concepts and develop them from the ground up with the full support of the Embedding VC network.About the RoleIn your role as Founder-in-Residence, you will partner with our experienced team and other portfolio founders to conceptualize, prototype, and establish a new AI company. You'll gain access to essential capital, top-tier technical talent, and collaborative support to expedite your journey from concept to company launch.Your ResponsibilitiesEngage closely with Embedding VC partners to identify and explore high-potential problem areas.Rapidly prototype, test your assumptions, and validate initial traction.Collaborate with our extensive network of AI researchers, engineers, and operational experts.Leverage funding, design, and recruiting assistance once your direction is established.Your ProfileYou are a seasoned founder or a PM/designer/engineer/growth hacker with a proven history of developing products from inception to completion.You possess a deep interest in AI systems, developer tools, or applied reasoning technologies.You are an independent thinker who thrives in fast-paced environments and embraces ambiguity.You are willing to work in-person for part of the week in the San Francisco Bay Area.Preferred QualificationsExperience with LLM-based systems, agents, or AI developer tools.Prior experience in founding startups or holding early technical leadership roles.Why Join Us as FIR?Launch your next company with Embedding VC as your foundational partner.Thrive in a founder-driven environment that prioritizes speed and creativity.Gain access to a robust AI ecosystem filled with technical advisors and resources.

About ALSO.At ALSO, we are pioneers in electric mobility, having evolved from our origins with Rivian. Our dynamic team comprises builders, visionaries, and innovators dedicated to developing groundbreaking vertically integrated small electric vehicles (EVs) that address the pressing mobility challenges of today and tomorrow. Our goal is to inspire people to choose ALSO, effectively reducing local car, truck, and SUV usage with vehicles that are not only more affordable but also offer a significantly enhanced and efficient experience—10 to 50 times more efficient, to be precise.As the Firmware Integration Lead for our cutting-edge autonomous vehicle initiative, you will take charge of firmware integration for our commercial delivery partnership program. This pivotal role requires you to oversee vehicle-level firmware integration, as well as define and establish a novel, high-performance Vehicle Control Unit (VCU) architecture tailored to our unique EV platform. You will collaborate closely with firmware engineers across various platform teams to ensure alignment in module development, integration, validation, and timely releases necessary for vehicle production and launch.As the lead for firmware integration across a diverse array of electronic control units (ECUs) and compute domains, you will guide technical decisions at the vehicle level, ensuring seamless collaboration of pod-level firmware efforts within the overall system. This is a hands-on technical leadership position ideal for someone who excels in architecture, debugging, strategic planning, and cross-functional execution.Your ResponsibilitiesServe as the primary point of contact for vehicle-level firmware integration within the autonomous vehicle program.Lead the definition, development, and maturation of a new high-compute VCU architecture distinct from existing vehicle platforms.Collaborate closely with firmware engineers in platform pods to harmonize development priorities, integration objectives, and delivery timelines.Drive integration planning for sprints and milestones, focusing on feature readiness, merge strategies, release coordination, and stakeholder communication.Manage end-to-end system integration across distributed ECUs, ensuring proper interface definitions, handshaking, startup sequencing, power management, diagnostics, and fault handling.Contribute directly to firmware and interface development as needed, particularly in areas that facilitate system integration and vehicle readiness.Engage cross-functionally with Electrical, Mechanical, Systems, Test, Validation, Autonomy, and Program teams to define interfaces, troubleshoot issues, and rapidly address gaps.

Join the Team at ALSO!At ALSO, we are revolutionizing electric mobility. Originally part of Rivian, we are a dynamic team of innovators dedicated to designing cutting-edge, vertically integrated small electric vehicles (EVs). Our mission is to transform local transportation by providing affordable and enjoyable alternatives, enhancing efficiency by 10 to 50 times. We invite you to be part of this exciting journey and inspire others to ride ALSO.Your Role:Develop firmware for critical hardware validation, board bring-up, and HMI features, including GUIs, lighting, and hand controls.Collaborate with hardware, UX, cloud, manufacturing, and firmware teams to ensure comprehensive development from concept to completion.Design and implement robust features and tests to ensure mission-critical performance.Optimize firmware for low-power operation to extend battery life and enhance energy efficiency.Incorporate advanced security measures to protect devices, ensuring data integrity and robust encryption protocols.Establish a robust CI/CD pipeline and promote best practices to enhance team performance through automation.Work closely with QA teams to monitor and debug issues using metrics.Effectively engage with third-party firms by delivering clear specifications and managing project execution.Willingness to travel 1-2 weeks annually.

Join Teleo, a pioneering robotics startup, as we revolutionize the construction industry. Our innovative technology transforms heavy construction equipment such as loaders, dozers, excavators, and trucks into autonomous robots, enabling a single operator to control multiple machines simultaneously. This advancement not only enhances operational efficiency but also significantly improves operator safety and comfort.Founded by Vinay Shet and Rom Clément, former leaders in the development of Lyft’s Self-Driving Car and Google Street View, Teleo is supported by prestigious investors including YCombinator, Up Partners, and F-Prime Capital. Our solutions are already deployed globally and generating revenue.As we continue to grow rapidly, this internship presents a unique opportunity to contribute to a transformative product that impacts our clients significantly. You will work on cutting-edge autonomous robots, engage with complex systems at the intersection of hardware, software, and AI, and be part of an exciting startup journey.

Role Overview latitude is hiring a Staff Embedded Software Engineer with deep experience in Real-Time Operating Systems (RTOS), including FreeRTOS. This position is based in Detroit, MI, Pittsburgh, PA, or Palo Alto, CA. What You Will Do Design and develop embedded software for new and existing products. Implement solutions using RTOS and FreeRTOS. Work closely with teams across hardware, firmware, and product to deliver reliable, high-performance systems. Contribute to the overall quality and stability of embedded platforms. Location Detroit, MI Pittsburgh, PA Palo Alto, CA

About ALSO.At ALSO, we are revolutionizing the future of electric mobility. Initially a part of Rivian, our dedicated team of innovators is focused on designing cutting-edge, vertically integrated small electric vehicles (EVs) that tackle today's global mobility challenges. Our vision is to inspire a shift towards more affordable, enjoyable, and 10-50 times more efficient transportation solutions.As an Embedded Validation & Tools Engineer specializing in OTA, you will play a key role in ensuring the operational readiness and reliability of firmware and software updates across our fleet of embedded devices. Your responsibilities will include designing and executing validation test programs that guarantee OTA updates are secure, robust, and reliable in real-world scenarios, including handling network interruptions, power failures, device restarts, and critical edge cases. You will collaborate closely with Firmware, Release, QA, and Cloud teams to ensure seamless communication from release to fleet health.Key ResponsibilitiesDevelop and execute comprehensive OTA validation plans across various device families and release types (full OS images, firmware updates, bootloader updates, A/B updates, and delta/patch updates).Build, manage, and scale automated test environments (including hardware-in-the-loop, virtual devices, and emulators) to conduct regression, integration, and stress tests for OTA processes.Automate end-to-end OTA pipelines (from build artifact signing and staging to rollout and post-update verification) using Python, shell scripting, and CI tools.Validate update mechanisms and components: bootloader, update agent, package formats, rollbacks, A/B partitions, and recovery modes.Test update resilience under challenging conditions, including intermittent networks (cellular/Wi-Fi), high latency, power interruptions, low battery scenarios, storage limitations, and corrupted images.Ensure security compliance through the validation of signing/verification processes, secure transport (TLS), secure boot, key management, and assessment of vulnerabilities introduced by update components.Define and track metrics and KPIs (success rate, rollback rate, mean time to recover, time-to-update); instrument devices and cloud backends to measure rollout health, and generate release readiness reports.Conduct root cause analysis on update failures, reproduce field issues, and facilitate remediation with firmware and backend engineering teams.

Join the Revolution at ALSO.At ALSO, we are pioneers in the electric mobility space, initially conceptualized within Rivian. Our dedicated team comprises builders, innovators, and forward-thinkers committed to crafting revolutionary, vertically integrated small electric vehicles (EVs) that address the pressing mobility challenges of our time. Our goal is to motivate individuals to embrace the ALSO ride experience—transforming local car, truck, and SUV journeys into more affordable, enjoyable, and 10-50x efficient rides.As a Senior Embedded Validation & Tools Engineer - Audio & Wireless, you will take ownership of validating Bluetooth/BLE, Wi-Fi, and audio subsystems for our smart helmet technology. Your role will involve designing and implementing test plans to ensure exceptional audio quality (both voice and media), dependable wireless connectivity, seamless app integration, and an outstanding user experience within the helmet environment—spanning firmware, mobile applications, and cloud services. This position combines hands-on hardware and acoustic testing with automation, debugging, and collaborative efforts across firmware, RF, DSP, and mobile teams.Your ResponsibilitiesDevelop and execute validation strategies for Bluetooth Classic and BLE profiles (A2DP, AVRCP, HFP/HSP, BLE GATT), Wi-Fi streaming, and cross-stack interactions.Assess media streaming quality including audio codecs, buffering, latency, jitter, and packet loss recovery across multi-stream and simultaneous voice/media scenarios.Test and optimize audio processing features such as echo cancellation (AEC), noise reduction/suppression (NR), beamforming, automatic gain control (AGC), and tailored ANC features for helmet acoustics.Evaluate headset/headphone functionalities including microphone routing, sidetone, voice call quality (MOS scores), wind noise mitigation, and ergonomic factors that influence audio performance.Create and implement automated testing frameworks for firmware and mobile application integration (Android/iOS), covering provisioning, reconnections, firmware updates, and feature compatibility across platforms.Design and maintain hardware test environments including HIL rigs, device farms, head & torso simulators (HATS), RF chambers, audio analyzers, and network emulators.Utilize RF and protocol sniffers (Ellisys/Frontline, Nordic/BlueZ tools) and networking tools to troubleshoot Bluetooth/Wi-Fi connectivity, interference, and throughput issues.

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.