Radar Systems Engineer - Signal Processing

At TerraFirma, we are revolutionizing the construction industry by automating earth movement processes. Founded by a team of former SpaceX engineers and supported by Bain Capital Ventures, our mission is to enhance construction efficiency, making it faster, more affordable, and safer.Our Story & VisionAt SpaceX, we contributed to monumental projects, including the largest rocket ever built and the largest satellite constellation. This experience taught us that infrastructure is paramount.During our time at Starbase, we identified that the primary challenge in launching missions to Mars was not the rocket itself, but rather the slow and costly process of building the necessary infrastructure, including buildings, roads, water, power, and communication systems.We recognized that the same engineering principles that enabled space exploration can be applied to infrastructure development. By simplifying, iterating, accelerating, and automating construction processes, we aim to usher in a new era of building.Accelerating infrastructure development can drive progress in various fields, ultimately creating a sustainable engine to address humanity's most pressing challenges. The innovations we create on Earth will serve as a foundation for future endeavors, including Mars colonization.Job OverviewIn this pivotal role, you will have hands-on ownership of systems that encompass both hardware and software across analog and digital domains. Initially, you will spearhead the development of a new Digital Signal Processing (DSP) system from concept through to functional prototype, overseeing the complete hardware and software stack. Daily responsibilities will include RF frontend design, digital signal analysis, field testing, and algorithm creation for detecting patterns and synthesizing sensor data to derive meaningful insights from RF and electromagnetic interactions.In addition to custom hardware development, you will manage validation and testing campaigns as required.

Tenstorrent is at the forefront of pioneering AI technology, transforming the landscape of performance, usability, and cost-effectiveness. As AI continues to reshape the computing paradigm, our solutions are evolving to integrate advancements in software models, compilers, platforms, networking, and semiconductors. Our talented team of engineers has successfully designed a high-performance RISC-V CPU from the ground up, driven by our collective enthusiasm for AI and our commitment to creating the premier AI platform.We are currently looking for a dedicated Signal Integrity Engineer to enhance our dynamic team. The ideal candidate will possess extensive experience in designing high-speed interconnects, breakout design, material trade-offs, and verification processes. A background in electrical engineering, electronics, or related fields is essential, along with a genuine passion for high-speed technologies.This position offers a hybrid work model based in Santa Clara, CA, Austin, TX, or Toronto, ON.We encourage candidates from diverse experience levels to apply. During the interview process, applicants will be evaluated for the appropriate level, and compensation will reflect this level, which may vary from the one stated in this listing.

At Tenstorrent, we are at the forefront of AI technology, reshaping the landscape of performance standards, usability, and cost-effectiveness. With AI transforming the computing world, our solutions must adapt to integrate advancements in software models, compilers, platforms, networking, and semiconductor technologies. Our diverse team has successfully engineered a high-performance RISC-V CPU from the ground up, driven by a shared enthusiasm for AI and a commitment to creating the premier AI platform. We promote collaboration, curiosity, and an unwavering dedication to tackling complex challenges. We are expanding our team and are eager to welcome contributors across all experience levels.We are currently in search of a Senior High-Speed Interconnect / Signal Integrity Engineer. In this role, you will design and validate high-bandwidth interconnect solutions for expansive AI systems. You will be responsible for defining, modeling, and qualifying interconnect solutions utilizing both copper and optical technologies for next-generation AI inference and training clusters.This position is on-site in Santa Clara, CA, Austin, TX, or Toronto, Canada.We encourage candidates with varying experience levels to apply. During the interview process, we will evaluate candidates to determine the appropriate level, and compensation offers will reflect that assessment, which may differ from the level indicated in this posting.

Role Overview ICON is hiring a Senior Systems Engineer II to guide the full development cycle of Off-Planet Robotic Systems. This position is based in Austin, Texas and reports to the Technical Director of Off-Planet Systems. The role calls for a systems engineer with deep experience in engineering tools, processes, and methodologies, especially those used in aerospace and spaceflight projects. Success in this role depends on strong communication, leadership, and the ability to work across disciplines with engineers, scientists, and technicians. What You Will Do Apply NASA and similar systems engineering practices, including model-based systems engineering (MBSE), to manage requirements, milestones, and program needs. Lead and coordinate cross-disciplinary teams through the design, development, and testing of spaceflight hardware programs. Prepare and organize documentation for government contracts, white papers, and technical presentations. Oversee execution of multiple related programs and projects, ensuring detailed planning, cross-functional coordination, and direct customer engagement. Assess stakeholder needs across different workstreams, identify gaps and risks, and define strategies to address them on schedule. Keep stakeholders and leadership informed of project status through presentations, dashboards, emails, and verbal updates. Take responsibility for the entire program lifecycle, ensuring objectives and deliverables are met. Lead a multi-disciplinary team in developing complex electro-mechanical robotic systems. What ICON Looks For Proactive, self-motivated approach Detail-oriented and diligent work style Collaborative mindset and strong problem-solving skills Humble attitude with a focus on team success Exceptional communication skills for working with diverse stakeholders This is an onsite position at ICON's Austin, TX campus.

Join our dynamic team as a Systems Engineer III, where you will play a critical role in designing, implementing, and maintaining complex systems that enhance operational efficiency. You will collaborate with cross-functional teams to develop solutions that meet business needs and support our mission to innovate.

At GFiber, we are passionate about the transformative power of high-quality internet. We believe that it drives innovation, strengthens communities, and enables extraordinary achievements. As we continue our mission to provide better internet, we are expanding our team to include dedicated individuals who aspire to make a difference in the world.GFiber, a proud member of the Alphabet family, delivers cutting-edge internet services through Google Fiber and Google Fiber Webpass to homes and businesses across the U.S. With our ongoing expansion, we are connecting more cities and individuals to exceptional internet experiences.The application window will be open until at least April 17, 2026. This opportunity will remain available based on business needs, which may be before or after the specified date.This role is not eligible for immigration sponsorship. Our Information Systems and Technology team is vital in enhancing productivity and efficiency across all departments at GFiber. We are committed to delivering outstanding support, fostering strong partnerships, and ensuring seamless project execution. Together, we innovate to empower our colleagues and advance our organization.Role OverviewAs a Senior IT Systems Engineer, you will design and maintain the digital workspace that our employees depend on daily. This role encompasses the complete lifecycle of corporate applications—from end-to-end deployment and configuration to automated patching and long-term administration. You will oversee our Google Workspace environment and support essential office technologies, including multi-vendor networking, conferencing, and advanced printing solutions. With your profound expertise in software application engineering, you will also maintain strong full device management practices to ensure secure and efficient delivery across macOS, Windows, and ChromeOS platforms.Your Responsibilities:Manage the enrollment, security, and compliance of macOS, Windows, and ChromeOS devices utilizing Microsoft Intune, Google Workspace, and Kandji/Iru to ensure a stable platform for application delivery.Architect comprehensive deployment, configuration, and proactive patching strategies for the corporate productivity suite, leading the rollout of new enterprise solutions from initial setup to ongoing maintenance and optimization.Deploy and provide advanced support for office technologies and equipment.

Atomic Semi is building a compact semiconductor fabrication facility in Austin, aiming to streamline chip production by adapting proven technologies with practical simplifications. The company brings together engineers from mechanical, electrical, hardware, software, and process backgrounds, all focused on hands-on problem solving. The Austin lab is equipped with a wide array of fabrication tools, including 3D printers, microscopes, e-beam writers, and custom-built equipment to support technical goals. Founded by Sam Zeloof and Jim Keller, Atomic Semi values smaller, faster, and self-built solutions to advance chip manufacturing. Role overview The Process Development Engineer will design and run experiments for new semiconductor and thin-film fabrication techniques. This position requires a strong grasp of standard semiconductor processes and an interest in exploring alternative methods. Reading, analyzing, and applying findings from academic literature will be a regular part of the work. The role offers significant autonomy in a startup environment. The engineer will help shape research directions and influence tool design. Hands-on cleanroom experience is essential, as is a track record of developing nanofabrication recipes from scratch, ideally spanning multiple process steps. Team approach The Process Development Team at Atomic Semi leads in-house device innovation by designing and optimizing tools, developing new fabrication recipes, testing materials, and characterizing chips. The team values experimentation and rapid iteration, setting it apart from traditional foundries. Location This position is based at Atomic Semi’s Austin office.

Join Last Energy as a Lead Systems Integration Engineer, where you will spearhead the integration of our cutting-edge power plant systems. In this role, you will ensure seamless collaboration across various engineering disciplines, including electrical, mechanical, and structural engineering. Your expertise will be pivotal in optimizing product features and system integration, delivering reliable and efficient power solutions while upholding the highest standards of technical excellence.

About Exowatt Exowatt is at the forefront of transforming the energy sector in the AI era with our innovative P3 system, designed to capture solar energy, store it as heat, and produce electricity on demand. Established in 2023 and supported by prominent investors such as Andreessen Horowitz, Sam Altman, and Felicis, we are dedicated to delivering sustainable, modular, and scalable energy solutions that address the growing requirements of AI infrastructure. Our goal is to ensure that renewable energy is perpetually accessible and nearly free, facilitating technological progress while safeguarding our planet. About the Role We are on the lookout for an Engineering Director to spearhead the design and development of state-of-the-art data center systems. This role is highly technical and demands significant ownership, positioned at the convergence of mechanical and electrical engineering, IT infrastructure, thermal modeling, and manufacturing. You will oversee designs from conception to production, collaborating intimately with our energy, software, and operations teams to deliver premier modular data center products.

Location: Austin, TX (Hybrid on-site, ~20% typical; may increase up to ~50% during exercises and field events)Clearance Requirement: U.S. Citizen with the ability to obtain a security clearance.About NODA AINODA AI is a distinguished, veteran-owned technology firm that is revolutionizing the collaboration of unmanned systems within complex, mission-critical environments. Our commitment to innovation drives the development of next-generation solutions that facilitate the autonomous orchestration of diverse unmanned systems across air, sea, land, and space, with significant applications in defense, intelligence, and commercial sectors.By joining NODA AI, you will be part of a team dedicated to advancing meaningful technology that expands the horizons of autonomy, working in an environment that values innovation, rapid iteration, and collaborative efforts.The RoleWe are looking for a proactive Field Systems Integration Engineer to act as a vital technical link between Solutions Engineering, Field Operations, and the wider engineering team. This position is crucial in ensuring that NODA systems are not only assembled and operational but also seamlessly integrated to uphold NODA’s architecture, mission workflows, communication protocols, and internal testing objectives.In this hands-on role, you will work with radios, onboard computing systems, payloads, vehicle integrations, and onboard autonomy systems (PX4/ArduPilot) across deployed unmanned platforms. You will guide Field Operations in building, configuring, and executing systems in accordance with NODA’s technical vision, while also identifying and troubleshooting issues through structured debugging, log analysis, and comprehensive system reasoning. A solid understanding of autopilot configuration, failsafe behavior, MAVLink communication, and autonomy stack integration is required, alongside the ability to utilize code, configurations, and scripts to enhance the repeatability and reliability of field integration workflows.

Join Renesas Electronics Corporation as a Senior Principal System Engineer, where you will lead the design and development of advanced systems in an innovative environment. You will collaborate with cross-functional teams to drive technology advancements and deliver cutting-edge solutions for our global clientele.

About Us Graphcore stands at the forefront of innovation in Artificial Intelligence computing, dedicated to developing advanced hardware, software, and systems infrastructure. Our mission is to facilitate the next wave of AI breakthroughs, propelling the widespread implementation of AI solutions across diverse industries. As a proud member of the SoftBank Group, Graphcore joins an elite consortium of companies that are shaping transformative technologies. Together, we envision a future where Artificial Super Intelligence is accessible and beneficial for all. Our teams are composed of talented individuals from various backgrounds, fostering a rich blend of skills and viewpoints. With a culture that thrives on continuous learning and innovation, we are home to AI research experts, silicon designers, software engineers, and systems architects. Position Overview We are on the lookout for a Staff Systems Engineer to provide expert operational, diagnostic, and engineering support for Graphcore’s Arm-based hardware platforms in both lab and data center settings. This role emphasizes the support of hardware bring-up, validation, and troubleshooting of intricate AI compute platforms, such as server blades, racks, and rack-scale infrastructure. The ideal candidate will work in close collaboration with engineering, platform, and data center teams to guarantee the reliability and performance of our next-generation AI systems. The Team The Systems Engineering and Hardware Engineering teams play a pivotal role in enabling the bring-up, validation, and operational reliability of Graphcore’s AI infrastructure platforms. This collaborative environment promotes rapid problem-solving and continuous enhancement of Graphcore’s hardware platforms from early development stages to production deployment. Key Responsibilities Lead advanced troubleshooting for server blades, motherboards, power systems, and rack-scale infrastructure. Assist in engineering bring-up activities, including component validation and firmware interaction testing. Diagnose system-level failures related to thermal performance, power irregularities, network configurations, and BIOS/BMC issues. Collaborate with server engineering teams to conduct root cause analyses and recommend corrective actions or design improvements. Facilitate the deployment and rollout of next-generation hardware platforms through structured processes.

Join our innovative team at Saronic as a Manufacturing Systems Engineer. In this pivotal role, you will be responsible for designing, implementing, and optimizing manufacturing systems to enhance operational efficiency. You will collaborate closely with cross-functional teams to develop solutions that drive productivity and quality in our manufacturing processes.

Join our innovative team at DigitalOcean as a Systems Engineer II. In this role, you will be instrumental in maintaining and improving our cloud infrastructure, ensuring high availability, performance, and scalability. You will collaborate with cross-functional teams to deploy solutions that enhance the user experience and reliability of our services.

Special Notice:This position is a full-time opportunity with webAI and is not contingent on project awards or funding sources.About Us:At webAI, we are pioneering the future of artificial intelligence through innovative distributed processing solutions at the edge. Our vision is to ensure that valuable data and intellectual property remain private while enabling large-scale AI models to run on standard consumer hardware. We are building a secure and scalable end-to-end platform that empowers enterprises with AI tailored to their unique business needs.About The Role:We seek a talented Systems Engineer to support our Public Sector initiatives, focusing on creating secure, distributed, and resilient AI infrastructures. Ideal candidates will be well-versed in Peer-to-Peer (P2P) systems. A strong understanding of decentralized and distributed systems is essential, particularly in environments that prioritize trustless interactions. Experience with technologies resembling IPFS or torrents is highly desirable.Responsibilities:Utilize backend programming languages to design and implement synchronization and networking systems that facilitate reliable AI operations across diverse environments, including edge devices and isolated government systems, while ensuring optimal performance, reliability, and data privacy.Develop robust data synchronization frameworks using advanced techniques such as content addressable storage, Merkle trees, CRDTs, and erasure coding.Lead efforts in performance tuning, debugging, and optimizing distributed software under resource-constrained and intermittently connected conditions.Implement security-first designs through thorough threat modeling, secure key management, and integration of cryptographic principles and protocols.

Atomic Semi is building a compact, efficient semiconductor fabrication facility in Austin. The team develops its own manufacturing tools, combining existing technologies with practical simplifications to enable rapid iteration and improvement. With a focus on owning the full stack, from atomic structures up to architectural design, the company brings together engineers from mechanical, electrical, hardware, computer, and process backgrounds. The lab is equipped with advanced 3D printers, a wide selection of microscopes, e-beam writers, and general fabrication tools. This setup supports inventing and refining systems as needed. Atomic Semi was founded by Sam Zeloof, known for his DIY chip-making work, and Jim Keller, a veteran of the semiconductor industry. Role overview The Positioning Team focuses on nanometer-scale technologies, creating lithography, metrology, and motion systems that are vital for patterning and inspecting semiconductor chips. The Mechanical Engineer - Precision Systems will design, prototype, and build mechanical systems for semiconductor fabrication tools, including stages, frames, and complete assemblies. What you will do Design and iterate on precision machinery, motion stages, structural loops, metrology frames, opto-mechanical mounts, and test fixtures. Work closely with colleagues across disciplines to improve product designs and manufacturing processes. Test and validate mechanical systems to confirm performance and reliability. Document designs and support ongoing improvement efforts. Requirements Expertise in precision machine design. Proven experience rapidly prototyping and advancing complex precision systems to production. Ability to build and test prototypes within days or weeks. Please include a portfolio showcasing your work with your application.

Hudson River Trading seeks a Trading Systems Engineer to join the Trading Systems Infrastructure team. This group builds and maintains the technology behind global trading operations. Their work supports high performance and reliability for the ultra-low latency operating systems, automation tools, and development platforms that keep trading strategies running worldwide, around the clock. Role overview The Trading Systems Engineer will help support and improve real-time production trading environments. The work centers on solving challenges that require high availability, high throughput, and ultra-low latency. This role contributes to the development and automation of essential infrastructure components, working alongside a team committed to keeping trading systems operating smoothly at all times. What you will do Support and improve real-time production trading environments Address challenges involving high availability, high throughput, and ultra-low latency Contribute to developing and automating critical infrastructure Collaborate with a team focused on system reliability and uptime Requirements Experience with coding and automation Strong interest in enhancing technology stacks Ability to solve complex technical problems in demanding environments Comfort working where uptime and performance are essential Locations Austin, TX, United States Boulder, Colorado, United States Chicago, Illinois, United States London, United Kingdom New York, NY, United States Seattle, Washington, United States

Last Energy is on the lookout for a talented Process Engineer to join our dynamic team in Austin, TX. In this pivotal role, you will play a key part in the design and enhancement of cutting-edge power plant systems. Your responsibilities will include developing detailed equipment specifications, conducting engineering calculations, diagnosing and resolving system issues, and refining tools and templates to maximize efficiency. You will work closely with a cross-functional team to define project designs, scopes, and objectives that prioritize safety, reliability, and align with our business goals.

Join our innovative team at DigitalOcean as a Systems Engineer I, where you will play a vital role in enhancing and managing our infrastructure. This entry-level position is ideal for someone passionate about technology and eager to learn. Your primary responsibilities will include troubleshooting system issues, optimizing performance, and contributing to the maintenance of our cloud services.

American Housing Corporation is at the forefront of innovation in residential construction, developing a cutting-edge prefabricated, panelized product platform. We are on the lookout for a proactive Senior MEP Systems Engineer to spearhead the comprehensive development of standardized and repeatable mechanical, electrical, and plumbing systems.This position transcends traditional consulting roles, demanding complete ownership from conceptual design to modeling, documentation, prototyping, and ultimately field implementation and commissioning.Key Responsibilities:System Architecture: Define and lead the MEP strategy by establishing repeatable system archetypes, such as heat pump configurations and distribution systems, that align with energy efficiency guidelines and indoor air quality standards.Integration: Guarantee the seamless integration of MEP systems with the building envelope and panelized wall/floor systems while collaborating effectively across Architecture, Structural, Manufacturing, and Construction teams.Engineering Production: Oversee the production of all MEP engineering deliverables, including load calculations, Revit/BIM modeling, system diagrams, specifications, and permit-ready drawings.Prefabrication/DfMA: Align MEP systems with panelized construction methodologies, defining factory versus field components, routing, and standardized interfaces to ensure efficient and repeatable production.Field Engagement: Actively participate in prototyping, hands-on installation, and system validation, refining processes based on field observations and developing comprehensive installation instructions.Commissioning/QA/QC: Lead the commissioning process, including balancing and startup, and develop quality assurance, quality control, inspection, and testing protocols to foster continuous performance enhancement.Standardization: Transform designs into a repeatable platform complete with standardized details, layouts, and scalable configurations.Consultant Coordination: Manage external MEP consultants to ensure compliance with AHC standards.