Senior Staff Electrical Engineer - FPGA Development

A new era in space exploration is upon us. True Anomaly is on the lookout for skilled and ambitious individuals to create groundbreaking technology that addresses the engineering, manufacturing, and operational challenges of future space security and sustainability.OUR MISSIONThe peaceful utilization of space is crucial for the ongoing prosperity of our planet. From communications and finance to navigation and logistics, True Anomaly innovates at the crossroads of spacecraft, software, and AI to enhance the capabilities of the United States and its allies, while ensuring sustainable access to space for all.OUR VALUESBe the offset. We strive to create asymmetric advantages through creativity and ingenuity.What would it take? We challenge the status quo to achieve ambitious results.It’s the people. Our team is our greatest asset, and together we are stronger.YOUR MISSIONWe are seeking an extraordinary Staff FPGA Developer to act as the technical authority on reconfigurable logic architecture across our spacecraft avionics and payload systems. In this pivotal role, you will establish common frameworks, digital interface standards, and verification methodologies that the entire engineering team relies on. You will also spearhead the development of a real-time FPGA-based image processing pipeline for on-orbit spacecraft detection, identification, and tracking. You will design solutions that integrate multiple teams, establish robust patterns, and drive program-level success with finesse.

A new era in space exploration is underway. True Anomaly is on the lookout for talented and ambitious individuals who are eager to develop cutting-edge technologies that address the engineering, manufacturing, and operational challenges of the future pertaining to space security and sustainability.OUR MISSIONThe peaceful utilization of space is crucial for ongoing prosperity on Earth, impacting everything from communications and finance to navigation and logistics. At True Anomaly, we innovate at the intersection of spacecraft, software, and AI to enhance capabilities for the U.S., its allies, and commercial partners. We are dedicated to safeguarding global security by ensuring sustainable access to space for everyone.OUR VALUESBe the offset. We craft asymmetric advantages through creativity and ingenuity.What would it take? We question norms to achieve ambitious outcomes.It’s the people. Our team is our strongest asset, and we excel together.YOUR MISSIONAs a Senior FPGA Developer at True Anomaly, you will lead the architecture, implementation, and verification of complex FPGA-based systems for our spacecraft. You will have complete ownership of your technical domain—from requirements gathering and architecture design to simulation, integration, and on-orbit support. Your role will involve managing uncertainty and facilitating cross-team collaboration with minimal oversight. You will define FPGA-to-CPU/SoC interface architectures, oversee verification planning for complete digital subsystems, and provide a system-aware perspective that balances performance, cost, and risk across various disciplines. As a senior contributor, you will mentor colleagues, elevate the technical standards of the team, and introduce innovative solutions to intricate challenges. Collaboration with avionics, embedded software, and testing teams will be essential to create high-reliability, radiation-tolerant firmware solutions deployed on operational spacecraft.

A new era in space exploration is underway. True Anomaly is on the lookout for talented and ambitious individuals ready to innovate technology that addresses the future of engineering, manufacturing, and operational challenges in space security and sustainability.OUR MISSIONThe peaceful utilization of space is crucial for the ongoing prosperity of our planet—encompassing communications, finance, navigation, and logistics. At True Anomaly, we engineer cutting-edge technology at the convergence of spacecraft, software, and artificial intelligence to enhance the capabilities of the United States, its allies, and commercial partners. Our goal is to uphold global security by ensuring sustainable access to space for everyone.OUR VALUESBe the offset. We create asymmetric advantages through creativity and ingenuity.What would it take? We challenge the status quo to achieve ambitious outcomes.It’s the people. Our team is our greatest asset, and collaboration makes us stronger.YOUR MISSIONTrue Anomaly is in search of a pioneering FPGA engineer who will be responsible for designing, analyzing, implementing, and testing firmware for high-performance satellites. The ideal candidate will possess a robust understanding of VHDL development, FPGA electrical hardware, and will be adept at managing the complete lifecycle of firmware development. A collaborative spirit is essential, as you will work closely with Avionics, Software, and Program Management teams.

About the Role Voyager Technologies Inc. is looking for a Senior FPGA Engineer to join the Advanced Technology division in Long Beach, CA. This role focuses on designing and implementing FPGA-based solutions that support the company’s technology goals. What You’ll Do Design and develop FPGA architectures for advanced projects Implement and optimize FPGA solutions to meet project requirements Collaborate with engineering teams to integrate FPGA designs into larger systems Contribute technical expertise to help advance new technology initiatives

Alten Technology USA is hiring a Senior Electrical Integration Engineer in Long Beach, California. This position focuses on integrating electrical systems and components to support project goals and maintain high standards of performance and reliability. Role overview The Senior Electrical Integration Engineer will work closely with teams from different disciplines. The main responsibility is to bring together electrical systems and ensure they function smoothly within each project. Attention to detail and a strong understanding of integration challenges are essential. Key responsibilities Integrate electrical systems and components for multiple projects Collaborate with cross-functional teams to design, test, and implement solutions Focus on performance, reliability, and meeting client requirements Collaboration This role involves frequent teamwork with engineers and specialists from other areas. Clear communication and a proactive approach help deliver solutions that align with client needs.

Role Overview Rocket Lab is seeking a Senior FPGA Engineer II in Long Beach, CA. This position focuses on designing, developing, and testing advanced FPGA solutions that support the company’s space exploration missions. The work directly impacts projects shaping the future of aerospace technology. What You Will Do Design FPGA architectures for aerospace applications Develop and implement FPGA-based solutions as part of a collaborative engineering team Test and validate FPGA designs to meet mission requirements Team and Environment Work alongside experienced engineers on projects that push the boundaries of what is possible in aerospace. The team values innovation and technical excellence in every stage of development.

ABOUT ROCKET LABAt Rocket Lab, we are pioneers in the space industry, providing comprehensive launch services, spacecraft design, manufacturing, and payload solutions. Our mission is to democratize access to space, enabling groundbreaking scientific exploration, Earth observation, and innovative technology demonstrations that address global challenges like climate change and national security.Our Electron rocket has emerged as the second most frequently launched rocket in the U.S., successfully delivering over 230 satellites into orbit. Simultaneously, we are advancing the development of Neutron, our next-generation reusable launch vehicle designed for larger satellite constellations. Our Space Systems division focuses on designing and constructing a diverse array of satellites and components, including those selected for NASA missions to the Moon and Mars and vital elements utilized in the James Webb Space Telescope.SUPPLY CHAINThe Supply Chain team at Rocket Lab plays a crucial role in ensuring the seamless flow of materials and components throughout our operations. As the backbone of our production efforts, our Supply Chain team guarantees that our products meet the highest standards of quality and compliance, facilitating the assembly of our Electron rockets and managing vital logistics, inventory, and procurement processes.POSITION OVERVIEWAs the Senior Supplier Development Engineer I/II - Electrical, based at our Long Beach headquarters, you will serve as the primary technical lead for our extensive portfolio of electrical hardware suppliers. Your responsibilities will include overseeing the complete industrialization process of suppliers, from initial source selection and process qualification through New Product Introduction (NPI), Production Part Approval Process (PPAP), and production ramp-up. Your goal will be to ensure that each supplier can consistently deliver conforming hardware on schedule and within budget.

Critical Loop specializes in integrated edge grid solutions, focusing on energy management and battery control systems for businesses and communities. The company connects distributed energy resources to improve grid access, aiming for speed, reliability, and cost savings. The team brings extensive experience in grid modernization and prioritizes resilient, responsive energy solutions through ongoing technical progress. Role overview The Senior Electrical Engineer leads the design and deployment of advanced energy systems, including power infrastructure, battery energy storage, and distributed energy resources (DERs). This position is based on-site in Long Beach. The role requires strong knowledge of electrical codes, a careful approach to compliance, and a mindset open to innovation within established standards. Collaboration is central, and engineers here move projects quickly from concept to real-world deployment, balancing creativity with responsibility. Key responsibilities Lead electrical design and engineering for power systems, including battery energy storage systems (BESS), microgrids, and DER integrations. Design and review electrical distribution systems such as switchgear, panelboards, and custom electrical panels. Create and review single-line diagrams, protection schemes, grounding plans, and equipment specifications. Engage with customers and partners for technical discussions, project development, and issue resolution. Participate in site visits, commissioning, and field troubleshooting as needed. Ensure all designs comply with NEC, local codes, UL standards, and utility requirements, while seeking creative, compliant solutions. Work closely with product, manufacturing, and operations teams to move projects from concept through commissioning. Interface with utilities, Authorities Having Jurisdiction (AHJs), and inspection bodies to support project approvals. Conduct power system studies, including load flow, short circuit, coordination, and arc flash analyses, to validate system performance. Stay current with evolving codes, standards, and new technologies in the energy sector. Location This position is based on-site in Long Beach.

True Anomaly Inc. is seeking a skilled and experienced Senior Principal Electrical Engineer specializing in harness design to join our innovative team. In this pivotal role, you will leverage your extensive expertise to develop advanced electrical harness solutions for our cutting-edge projects. You will be responsible for overseeing the design, implementation, and testing phases of harness systems, ensuring they meet both performance and safety standards.As a Senior Principal Engineer, you will mentor junior engineers, lead project teams, and collaborate closely with cross-functional teams to deliver high-quality results. Your contributions will directly impact the success of our initiatives in a fast-paced environment.

About True Anomaly True Anomaly develops technology for space security and sustainability. The company focuses on solving engineering, manufacturing, and operational challenges related to modern space missions. With locations in Denver, CO and Long Beach, CA, True Anomaly supports the peaceful use of space, which impacts communication, finance, navigation, and logistics on Earth. By integrating spacecraft, software, and AI, True Anomaly works to strengthen the capabilities of the U.S., its allies, and commercial partners. The team aims to ensure global security and equitable, sustainable access to space. Core Values Be the offset. Creativity and innovation drive unique advantages. What would it take? The team challenges established norms to achieve ambitious results. It’s the people. Team members are considered the company’s greatest asset. Role Overview: Staff Electrical Engineer - Radio Frequency (RF) The Staff RF Electrical Engineer will define architecture for spacecraft RF systems and guide communication system outcomes across several teams. This role involves creating reusable engineering tools and standards, encouraging collaboration across the organization, and serving as a technical mentor to help develop the next generation of RF engineers at True Anomaly. Location Denver, CO or Long Beach, CA

About True Anomaly True Anomaly builds technology at the intersection of spacecraft, software, and artificial intelligence. The company’s work focuses on space security and sustainability, supporting the U.S., its allies, and commercial partners. The team is committed to ensuring secure, sustainable access to space, which underpins communications, finance, navigation, and logistics on Earth. Our Values Be the offset. Creativity and ingenuity drive the team to create asymmetric advantages. What would it take? Challenging norms is encouraged to achieve ambitious results. It’s the people. The team is considered the greatest asset, thriving together through collaboration. Role Overview: Senior Electrical Engineer - Radio Frequency (RF) Based in Long Beach, CA or Denver, CO, the Senior Electrical Engineer - RF will lead the design and integration of RF subsystems for spacecraft programs. The role involves guiding technical decisions, addressing complex engineering challenges, and collaborating across teams to deliver solutions. This position offers significant autonomy and includes mentoring responsibilities to help raise engineering standards within the organization.

At Relativity Space, we are revolutionizing the aerospace industry by constructing rockets that cater to current needs and future innovations. Our Terran R vehicle is designed to efficiently deliver customer payloads to orbit, addressing the increasing demand for launch capacity. This initiative is only the beginning; achieving commercial success with Terran R will pave the way for new advancements in science, exploration, and innovation, fostering progress that transcends the known frontiers.Becoming a part of Relativity means embracing a culture of autonomy, ownership, and influence at every organizational level. Here, you will not merely execute tasks; you will tackle unprecedented challenges, contributing to the development of a rocket, a manufacturing facility, and a groundbreaking business from the ground up. Whether your expertise lies in propulsion, manufacturing, software, avionics, or corporate functions, you will collaborate across diverse teams, influence key decisions, and witness your contributions come to fruition at an unprecedented pace. Relativity is a vibrant environment where creativity and technical excellence coexist, empowering your voice to shape the narratives we are crafting together. This unique moment in time offers you the opportunity to leave a lasting impact on our products, processes, and culture, while Terran R continues to gain momentum. Your most significant career achievement awaits. Join us.

At Relativity Space, we are revolutionizing the aerospace industry by designing and building rockets that meet today's demands while paving the way for tomorrow's innovations. Our flagship vehicle, the Terran R, is set to deliver customer payloads to orbit, addressing the increasing need for launch capacity. This is just the beginning; the commercial success of Terran R will unlock new avenues for scientific exploration, innovation, and technological advancement, pushing the boundaries of what is possible.Joining Relativity means becoming part of a dynamic team where autonomy, ownership, and impact are integral to every role. Here, you won’t just be executing tasks; you’ll be tackling unprecedented challenges, contributing to the development of a rocket, a manufacturing facility, and a pioneering business from the ground up. Regardless of your department—whether it’s propulsion, manufacturing, software, avionics, or corporate functions—you will collaborate across teams, influence critical decisions, and witness your contributions come to life in record time. Relativity is a unique environment where creativity and technical excellence coexist, and your voice will play a crucial role in shaping our collective narrative. This is an extraordinary moment in our journey; it’s early enough for you to leave your mark on our product, processes, and company culture, yet advanced enough that Terran R is tangible and gaining momentum. The most significant work of your career awaits. Join us.About the Team:The Integrated Performance team holds a comprehensive perspective on how the Terran R comes together, ensuring that every system—both onboard the vehicle and on the ground—meets our ambitious goals. The team engages across the entire launch system, from trajectory design to aerodynamics and reliability analysis, exerting direct influence on all phases of the product lifecycle, from conceptual design through to post-flight data analysis. Beyond analysis, team members actively interact with hardware and operations, possessing the mission and authority to drive impactful programmatic changes. Our unique organizational structure allows the Integrated Performance team to span multiple technical domains while embedding directly with partner teams to tackle the toughest multi-disciplinary challenges. Operating at a rare scale, we are large enough to drive significant initiatives, yet agile enough to adapt and innovate rapidly.

About Odys AviationAt Odys Aviation, our mission is clear: we are committed to creating safe and sustainable aircraft that significantly reduce travel time on the world’s busiest routes. Our flagship aircraft, Alta, allows travelers to bypass the common frustrations of large airports by utilizing city helipads and local airports for journeys under 1,000 miles—representing approximately 40% of all flights. This innovative approach also contributes to a notable average reduction of 76% in CO2 emissions across billions of flight miles.To achieve our vision, we have initiated the development of our UAV, named Laila, aimed at revolutionizing commercial logistics, medical transport, humanitarian assistance, disaster relief, and defense operations. We are collaborating with reputable launch partners including Fiji Airways, Honeywell, Aramex, and the US Navy, with our first deployments set for 2026 and firm orders already secured.Our team comprises seasoned engineers from both deep tech and aerospace sectors, dedicated to rapid iteration processes and mastering the aircraft certification journey. Our collective experience includes developing custom drones, producing multiple automotive platforms, and innovating electrified transportation solutions—from those that levitate magnetically to those that fly. We have been honing our skills and expertise throughout our careers to meet this exciting challenge.Key ResponsibilitiesUtilize fundamental electrical engineering principles to design, assess, and enhance electrical systems and subsystems.Develop and execute battery test profiles, including performance assessment and validation tasks.Aid in the development of Battery Management System (BMS) hardware and software, focusing on safety and protection features.Create and document aircraft-grade wire and cable harnesses utilizing Rapid Harness or comparable tools.Construct, assemble, modify, test, and troubleshoot prototype and production-level harnesses and electrical assemblies.

At Relativity Space, we are redefining the future of space exploration by constructing innovative rockets that cater to present demands and future advancements. Our flagship vehicle, the Terran R, is designed to deliver payloads to orbit, addressing the escalating need for launch capacity. This is merely the beginning; achieving commercial success with Terran R will open up new avenues for scientific discovery, exploration, and technological innovation, pushing the boundaries of the unknown.Becoming a part of Relativity means engaging in an environment where autonomy, accountability, and significant impact are integral to every role. You won’t just be completing tasks; you’ll be tackling unprecedented challenges, contributing to the development of a rocket, a factory, and a pioneering business from the ground up. Whether your expertise lies in propulsion, manufacturing, software, avionics, or corporate functions, you will collaborate across teams, influence decisions, and witness your contributions come to fruition in record time. Relativity fosters a culture where creativity and technical excellence coexist, and your insights will help shape the narratives we create together. Now is a pivotal moment where you can make a lasting impact on our products, processes, and culture, while Terran R is already evolving and gaining momentum. The most rewarding work of your career awaits you. Join us.About the Team:The propulsion team at Relativity is at the forefront of developing engines that will power the Terran R vehicle. We oversee the design process from initial concept through to launch and subsequent reuse. Our team collaborates closely with manufacturing, testing, launch, and integration teams, aiming to develop our engines efficiently to support Terran R's inaugural launch in 2026. In this role, you will contribute to the design, testing, and iterative development of our Aeon-R engine systems, witnessing their evolution and ultimately facilitating Terran R’s journey into space.

ABOUT ROCKET LABRocket Lab is a pioneering end-to-end space company that provides responsive launch services, comprehensive spacecraft design and manufacturing, payloads, satellite components, and much more, all aimed at making space accessible to everyone. The rockets and satellites we develop and launch enable some of the most ambitious and essential space missions in the world, supporting scientific exploration, Earth observation, initiatives to combat climate change, national security, and cutting-edge technology demonstrations.Our Electron rocket has emerged as the second most frequently launched U.S. rocket annually, successfully delivering over 230 satellites to orbit. We are also actively developing Neutron, our upcoming medium-lift, reusable launch vehicle designed for deploying larger satellite constellations. Our Space Systems division is responsible for designing and manufacturing an extensive range of satellites, payloads, and components, including spacecraft selected to support NASA missions to the Moon and Mars, as well as components utilized in the James Webb Space Telescope.FACILITIESThe Facilities team at Rocket Lab is dedicated to the maintenance, operations, and improvement projects across our locations, ensuring that our facilities are well-managed and function optimally for our teams.SENIOR FACILITIES ELECTRICAL TECHNICIAN / MASTER FACILITIES ELECTRICAL TECHNICIANLocated at Rocket Lab's headquarters in Long Beach, California, the Facilities Electrical Technician will be responsible for electrical maintenance, infrastructure upgrades, and electrical improvement projects at our main site and Engine Development Center.(Note: This role can be filled at either the Senior or Master Facilities Electrical Technician level.)KEY RESPONSIBILITIES:Act as the primary electrical subject matter expert for the headquarters and Engine Development Center.Plan, scope, and execute electrical infrastructure projects, including power distribution, panel upgrades, machine installations, lighting systems, and equipment tie-ins.Work closely with internal stakeholders across various departments including Manufacturing, Engineering, EHS, Production, and IT.

At Relativity Space, we are revolutionizing space travel with our innovative rockets designed to meet current demands and pioneer future advancements. Our Terran R vehicle is set to deliver customer payloads to orbit, addressing the increasing need for launch capacity. This is merely the beginning; achieving commercial success with Terran R will open new avenues for scientific exploration and technological innovation, pushing the boundaries of what is known.By joining Relativity, you become part of a culture that emphasizes autonomy, ownership, and significant impact at all levels. Here, you are not just completing tasks; you are tackling unprecedented challenges and contributing to the development of a rocket, manufacturing processes, and an entire business from its foundation. Regardless of your role—whether in propulsion, manufacturing, software, avionics, or corporate functions—you will work collaboratively across teams, influence decision-making, and witness the tangible results of your contributions in record time. Relativity fosters an environment where creativity and technical expertise converge, allowing your voice to shape our collective narrative. This moment is unique; it’s early enough for you to leave your imprint on our products, processes, and culture, yet advanced enough that Terran R is becoming a reality and gaining momentum. The most impactful work of your career awaits; join us.About the Team: Our Quality team is dedicated to integrating quality at every stage of the design and production process for Terran R. Rather than merely inspecting at the end, we influence construction from the outset. The team collaborates closely with design, manufacturing, testing, and launch teams to maintain proximity to the hardware, comprehend constraints, and proactively guide decisions. As we transition from initial development into production and scale operations, now is the critical time to establish effective processes, controls, and inspections without compromising momentum. The team plays a vital role in managing risk, cultivating a culture of ownership, and ensuring that speed does not compromise reliability. Success in this role means creating a quality system that evolves alongside the Terran R program and Relativity as a whole.

Relativity Space designs and builds rockets to meet current launch needs and prepare for future challenges. The Terran R vehicle delivers customer payloads to orbit and supports the increasing demand for launch capacity. Achieving success with Terran R will open the door to new advances in science and exploration, setting the stage for further innovation. Autonomy and ownership shape the culture at Relativity Space. Team members solve complex problems, help build both rockets and the factory itself, and influence the company’s direction from the ground up. Collaboration happens across propulsion, manufacturing, software, avionics, and corporate functions. Employees see their work take shape quickly and have a direct impact on both the product and the company culture. Team focus: Structures and Mechanisms The Structures and Mechanisms team oversees the entire lifecycle of Terran R’s integrated structures and flight mechanisms. This includes designing, building, and testing both complex moving mechanisms and precision structures. Team members gain direct ownership of hardware and can see progress firsthand on the factory floor. The department uses shared tools and design principles, providing broad exposure to Terran R’s components. Engineers are empowered to make decisions that affect flight hardware, and after the first launch, the focus will shift to improving manufacturability and speed. Role overview This Staff Mechanisms Engineer position centers on the design, build, and testing of integrated structures and flight mechanisms for the Terran R vehicle. The role offers direct ownership of hardware, involvement in decision-making, and the chance to see work realized on the factory floor. After the initial launch, efforts will focus on making manufacturing faster and more efficient.

At Relativity Space, we are revolutionizing the aerospace industry by designing and manufacturing rockets that address current demands while paving the way for future innovations. Our Terran R vehicle is set to transport customer payloads to orbit, meeting the increasing need for launch capacity. This is just the beginning; achieving commercial success with Terran R will unlock new frontiers in science and exploration, driving progress that transcends the boundaries of current capabilities.Joining Relativity means becoming part of a dynamic environment where autonomy, ownership, and impact are integral to every role. Here, you will not merely complete tasks; you will tackle unprecedented challenges, contributing to the development of rockets, manufacturing processes, and business strategies from the ground up. Whether your expertise lies in propulsion, manufacturing, software, avionics, or corporate functions, you will work collaboratively across teams, influence critical decisions, and witness your contributions come to fruition swiftly. Relativity is a space where innovation and technical excellence converge, and your insights will help shape the narratives we create together. This is an extraordinary moment to make your mark on the product, process, and culture, as we advance Terran R towards its first launch in 2026. The most fulfilling work of your career awaits. Join us.About the Team:The Propulsion Engineering team at Relativity is at the forefront of developing the engines that will power the Terran R vehicle. We take full ownership of the design process from conception to launch and reuse. Our team collaborates closely with manufacturing, testing, launch, and integration divisions, aiming to expedite the development of our engines in time to support the first launch of Terran R. As part of this team, you will be instrumental in building, testing, and refining the complete product lifecycle of our Aeon-R engine systems, ultimately leading Terran R into space.

At Relativity Space, we are revolutionizing space exploration by constructing innovative rockets that cater to today's demands and pave the way for future breakthroughs. Our Terran R vehicle is designed to transport customer payloads into orbit, addressing the increasing need for launch capacity. This is merely the beginning. The commercial success of Terran R will create new avenues to push the boundaries of science, exploration, and innovation, fostering progress that extends beyond the known frontiers.Becoming part of Relativity means engaging in a culture marked by autonomy, ownership, and impact at every level. Here, you're not just executing tasks; you're tackling unprecedented challenges, contributing to the development of a rocket, a factory, and a flourishing business from the ground up. Whether your expertise lies in propulsion, manufacturing, software, avionics, or corporate functions, you will collaborate across diverse teams, influence decisions, and witness your contributions manifest in record time. Relativity is a place where creativity and technical precision converge, and your insights will help shape the narratives we are crafting together. This is an extraordinary moment to leave your imprint on the product, the process, and the culture, as Terran R gains momentum and becomes a tangible reality. The most significant work of your career awaits you. Join us.About the Team: The Additive Technology team operates at the forefront of research and development, where creativity intersects with capability. This R&D-driven environment fosters open-ended problem-solving and empowers you to define solutions. You will collaborate with welders, robotics engineers, data scientists, and systems engineers at the crossroads of hardware and software, developing a comprehensive additive manufacturing platform that serves a multitude of applications. From investigating new materials to enhancing print speeds and designing intricate, organic geometries that defy conventional manufacturing methods, your work here will have a high-impact foundation in the future of additive manufacturing.