Generative Spacecraft Engineer - Systems

Oligo is pioneering a revolutionary model that integrates manufacturing processes to automate spacecraft design and production on a global scale. Our innovative approach empowers clients to concentrate on their unique technologies and mission goals, while we manage the entire spectrum from design and manufacturing to launch and operational execution. By harnessing state-of-the-art AI-driven generative design and automated manufacturing, our talented team, consisting of ex-MIT, Harvard, and NASA JPL experts, is committed to delivering the most sophisticated payload-specific spacecraft in mere weeks rather than months.With a board of world-class advisors and fresh investment from leading firms such as Lux Capital, we are continually seeking outstanding builders, quick learners, and driven engineers. Whether your interests lie in spacecraft systems, avionics, machine learning/AI, or advanced manufacturing, you will collaborate across various disciplines on tangible missions that operate in orbit and expand globally.We unite premier AI/ML talent with top-notch satellite engineers under one roof to redefine the construction of space systems from the ground up. No bureaucracy. No outdated methodologies.If you believe you have what it takes, we are eager to connect with you.Your RoleAs a Generative Spacecraft Engineer - Systems, you will be instrumental in the design, integration, and testing of spacecraft systems. Collaborating closely with senior engineers across various disciplines, you will gain comprehensive insight into the complete spacecraft lifecycle while making direct contributions to tangible hardware and mission achievements:Assist in the design of spacecraft mechanical and electrical subsystems, encompassing structures, harnessing, propulsion, avionics integration, and thermal management.Support the development of interface control documents (ICDs), system block diagrams, and subsystem-level requirements.Contribute to cable routing layouts and power distribution architectures.Engage in hardware component evaluations (e.g., connectors, fasteners, PCBs, motors, actuators).Participate in build and integration activities, including spacecraft assembly, test campaigns (TVAC, vibration, EMI/EMC), and troubleshooting.Collaborate across disciplines (GNC, power, software, mission design) to ensure seamless spacecraft integration.

Oligo is revolutionizing spacecraft design and production with our innovative manufacturing-in-the-loop foundation model. We empower clients to concentrate on their technology and mission goals while we manage the entire spectrum from design to launch and operations. Utilizing advanced AI-driven generative design and automated manufacturing, our highly skilled team, comprised of ex-MIT, Harvard, and NASA JPL professionals, delivers cutting-edge payload-specific spacecraft in mere weeks instead of months.With world-class advisors and robust funding from prestigious investors like Lux Capital, we seek exceptional builders, quick learners, and ambitious engineers. Whether your interests lie in spacecraft systems, avionics, ML/AI, or advanced manufacturing, you will collaborate across disciplines on real missions that are launched, operational in orbit, and scalable worldwide.We unite top-tier AI/ML talent with leading satellite engineers in a bureaucracy-free environment, allowing us to reimagine how space systems are constructed, starting from first principles. If you believe you are a fit, we are eager to meet you.As a Mechanical Generative Spacecraft Engineer, you will be a key architect of our flight systems—designing, integrating, and testing spacecraft within a small, highly capable team. You will connect mechanical and electrical disciplines, drive systems-level decisions, and physically construct what you design.Your ResponsibilitiesIn this role, you will take ownership of significant spacecraft components and facilitate communication between mechanical and electrical subsystems. You will lead the systems engineering efforts throughout the spacecraft's entire lifecycle. Your duties will include:Mechanical & Structural DesignSpearhead the design of spacecraft mechanical subsystems: primary structures, mechanisms, enclosures, mounts, and deployables.Develop detailed 3D models, drawings, and assemblies utilizing GD&T (Geometric Dimensioning and Tolerancing).

Oligo is at the forefront of revolutionizing spacecraft design and production with our innovative manufacturing-in-the-loop foundation model. We empower our clients to concentrate on their technology and mission goals while we expertly manage the entire process from design and manufacturing to launch and operations. Our dedicated team, composed of ex-MIT, Harvard, and NASA JPL engineers, utilizes advanced AI-driven generative design and automated manufacturing to deliver state-of-the-art payload-specific spacecraft in weeks, not months.Backed by prestigious advisors and investment from leading firms like Lux Capital, we seek out exceptional talent—builders, quick learners, and ambitious engineers who share our passion for innovation in spacecraft systems, avionics, machine learning, artificial intelligence, and advanced manufacturing. Join us in shaping the future of space systems with a collaborative approach across diverse disciplines, where your contributions will lead to real missions that fly, perform in orbit, and expand globally.We prioritize creativity over bureaucracy and legacy thinking, and we are eager to meet individuals who resonate with our vision.As a Generative Spacecraft Engineer - Electrical, you will play a crucial role in architecting our flight systems by designing, integrating, and testing spacecraft within a small, highly skilled team. Your expertise will bridge the mechanical and electrical disciplines, driving systems-level decisions and bringing your designs to life.This position is perfect for someone who has experience taking a spacecraft from concept to launch, understands the importance of agility without sacrificing quality, and thrives in dynamic environments where creativity meets responsibility.

Oligo is revolutionizing the aerospace industry by creating a manufacturing-in-the-loop foundation model designed to automate spacecraft design and production globally. Our innovative approach allows clients to concentrate on their core technology and mission goals while we manage every aspect, from design and manufacturing to launch and operational support. With a focus on AI-driven generative design and automated manufacturing, our team, comprising alumni from MIT, Harvard, and NASA JPL, is committed to delivering the most advanced payload-specific spacecraft within weeks, not months.With esteemed advisors on our board and fresh capital from leading investors like Lux Capital, we are continuously searching for exceptional builders, quick learners, and ambitious engineers. Whether your expertise lies in spacecraft systems, avionics, ML/AI, or advanced manufacturing, you will collaborate across disciplines on real missions that launch, perform in orbit, and achieve international scalability.We merge world-class AI/ML talent with top-notch satellite engineers under one roof to redefine how space systems are constructed, grounded in first principles. Expect no bureaucracy and no outdated thinking.If you believe you align with our vision, we are eager to meet you.Are you enthusiastic about developing the foundational software powering advanced aerospace systems? Do you excel at solving complex challenges in real-time, high-reliability settings? Join us as a Mid/Senior Level Embedded Flight Software Engineer and take a crucial role in designing, developing, and deploying the essential software that empowers our spacecraft to fulfill their missions. If you possess expertise in F-prime, real-time operating systems, and building resilient embedded solutions, we would love to connect with you!ResponsibilitiesAs a Generative Spacecraft Engineer - FSW, you will oversee significant portions of the flight software lifecycle, from initial architecture to on-orbit operations. Your key responsibilities will include:Designing and implementing flight software components using the F-prime framework, specifically for bare-metal and resource-constrained embedded systems.Architecting and contributing to F-prime topology and pattern design, ensuring our software is modular, scalable, and highly reliable.Developing and integrating real-time operating system (RTOS) solutions tailored for bare-metal targets, maximizing performance and determinism.

Oligo is on the cutting edge of transforming spacecraft design and production with our innovative manufacturing-in-the-loop foundation model. We empower our clients to concentrate on their unique technology and mission goals, while we handle the entire process—from design and manufacturing to launch and operations. Using advanced AI-driven generative design and automated manufacturing, our team—comprising ex-MIT, Harvard, and NASA JPL experts—develops the most sophisticated payload-specific spacecraft at scale, achieving timelines from weeks to months.With esteemed advisors and investment from premier firms like Lux Capital, we are in search of exceptional builders, quick learners, and driven engineers. If your expertise spans spacecraft systems, avionics, machine learning, AI, or advanced manufacturing, you will work collaboratively across various disciplines on real missions that operate in orbit and expand globally.We unite top-tier AI/ML talent with skilled satellite engineers to redefine the construction of space systems from the ground up. Here, you will find a bureaucracy-free environment that fosters innovative thinking.If you believe you are the right fit, we are eager to meet you.

Oligo is pioneering a revolutionary manufacturing-in-the-loop model to fully automate spacecraft design and production on a global scale. Our innovative approach enables clients to concentrate on their unique technologies and mission goals, while we manage the entire process—from design and manufacturing to launch and operations. Utilizing advanced AI-driven generative design and automated manufacturing, our exceptional team, comprised of experts from MIT, Harvard, and NASA JPL, is committed to rapidly producing high-performance, payload-specific spacecraft in just weeks instead of months.With renowned advisors guiding our vision and substantial backing from leading investors like Lux Capital, we are continually seeking outstanding builders, quick learners, and ambitious engineers. Regardless of whether your expertise lies in spacecraft systems, avionics, ML/AI, or advanced manufacturing, you'll have the opportunity to collaborate across disciplines on real missions that will be launched, perform in orbit, and scale internationally.At Oligo, we combine elite AI/ML talent with premier satellite engineers under one roof to redefine how space systems are constructed from the ground up. Expect a work environment characterized by creativity, agility, and a lack of bureaucracy.If you believe you are a match for this role, we are eager to connect with you.Role OverviewOligo is developing an integrated infrastructure that streamlines automated spacecraft design and manufacturing. Our AI software suite, Zenith, transforms raw mission specifications into flight-ready spacecraft through a series of agentic AI systems, embedded simulations, and hardware-in-the-loop validations.We are looking for a Software Engineer proficient in ML/AI to enhance our core algorithms for generative design, simulation-aware geometry creation, and multi-domain system optimization. You will collaborate with spacecraft engineers and flight software developers to create AI that not only simulates reality but actively designs it.This role is ideal for early-career engineers who are eager to apply advanced AI technologies to tangible hardware projects. You will gain knowledge in spacecraft engineering, astrodynamics, and manufacturability by developing models that have a direct impact on our satellites' performance.What You'll DoDevelop and implement vision-language models (VLMs) that convert technical documents, datasheets, and system specifications into structured entities, streamlining our design processes.

Oligo is pioneering a transformative manufacturing-in-the-loop foundation model designed to automate the design and production of spacecraft on a global scale. Our innovative approach empowers clients to concentrate on their own technological advancements and mission goals while we manage everything from design and manufacturing to launch and operational support. Utilizing state-of-the-art AI-driven generative design and automated manufacturing, our accomplished team, featuring alumni from MIT, Harvard, and NASA JPL, is dedicated to producing sophisticated, payload-specific spacecraft in weeks instead of months.With distinguished advisors and substantial backing from leading investors such as Lux Capital, we are continuously seeking outstanding builders, quick learners, and ambitious engineers. Whether your interests lie in spacecraft systems, avionics, machine learning, artificial intelligence, or advanced manufacturing, you will collaborate across various disciplines on genuine missions that launch, perform in orbit, and scale globally.We integrate elite AI/ML experts with top satellite engineers under one roof to redefine the construction of space systems, starting from foundational principles. Expect a dynamic, bureaucratic-free environment that fosters innovation.If you believe you are a strong match, we are eager to connect with you.Mechanical Spacecraft Engineering InternAs a Mechanical Spacecraft Engineering Intern, you will be responsible for the deliverables related to our spacecraft design and testing. This role will involve bridging mechanical and electrical disciplines, influencing systems-level decisions, and bringing your designs to life through hands-on building.This position is ideal for students who prefer working in a machine shop over a library, thriving where creativity and accountability intersect, and are eager to tackle complex problems with practical solutions.Your ResponsibilitiesIn the role of Mechanical Spacecraft Engineering Intern, you will take ownership of specific mechanical sub-assemblies and assist in the integration of spacecraft components. You will receive mentorship from experienced engineers while being encouraged to independently advance your projects. Your key tasks will include:Mechanical & Structural Design: Take charge of sub-system designs, contributing to the design of essential structures, mechanisms, enclosures, and mounts.CAD & Documentation: Develop detailed 3D models and technical drawings utilizing GD&T principles to ensure manufacturability.

Oligo is pioneering a revolutionary manufacturing-in-the-loop foundation model aimed at automating spacecraft design and production on a global scale. Our innovative approach empowers clients to concentrate on their technology and mission goals, while we take care of all aspects from design and manufacturing to launch and operations. Our expert team, comprising alumni from MIT, Harvard, and NASA JPL, utilizes cutting-edge AI-driven generative design and automated manufacturing to produce advanced payload-specific spacecraft in mere weeks rather than months.With distinguished advisors on our board and new funding from leading investors like Lux Capital, we are constantly seeking talented builders, quick learners, and ambitious engineers. Whether your interests lie in spacecraft systems, avionics, ML/AI, or advanced manufacturing, you will work collaboratively across various disciplines on real missions that operate in orbit and scale internationally.We unite top-tier AI/ML experts with leading satellite engineers in a dynamic environment, reimagining how space systems are constructed from the ground up. We embrace innovation and reject bureaucracy and outdated thinking.If you believe you would be a great fit, we are eager to meet you.Your ResponsibilitiesAs a Spacecraft Engineering Intern, you will gain invaluable hands-on experience alongside our team, focusing on the design, integration, and testing of spacecraft systems. Your collaboration with mechanical and electrical engineers will help bridge subsystems to achieve overall mission success. Throughout your internship, you may:Lead and support the design of spacecraft mechanical and electrical subsystems (structures, harnessing, avionics integration, and thermal management).Assist in the creation of interface diagrams, cable routing layouts, and system documentation.Help select and organize hardware components such as connectors, fasteners, and circuit boards.Participate in assembly, integration, and testing activities, including environmental test campaigns.Collaborate with engineers from diverse disciplines (GNC, power, software, mission design) to ensure seamless integration of spacecraft components.Contribute to design reviews by preparing documentation and presentations.

Oligo is pioneering a revolutionary approach to spacecraft manufacturing by developing a cutting-edge, manufacturing-in-the-loop foundation model that automates spacecraft design and production globally. Our innovative strategy enables clients to concentrate fully on their technology and mission goals while we manage every aspect of the process, from design and manufacturing to launch and operations. By harnessing the power of AI-driven generative design and automated manufacturing, our team, composed of ex-MIT, Harvard, and NASA JPL experts, is dedicated to delivering the most advanced payload-specific spacecraft in weeks rather than months.With esteemed advisors on our board and recent investments from top firms like Lux Capital, we are continuously seeking exceptional talent — enthusiastic builders, quick learners, and ambitious engineers. Whether your interests lie in spacecraft systems, avionics, machine learning, artificial intelligence, or advanced manufacturing, you'll collaborate across various disciplines on real missions that launch, operate in orbit, and achieve international scalability.We combine elite AI/ML expertise with top-tier satellite engineering to fundamentally rethink how space systems are constructed, starting from first principles. No bureaucracy, no outdated methodologies.If you believe you align with our vision, we are eager to connect with you!Spacecraft Engineer Intern (Flight Software)Do you have a passion for the synergy between software and hardware? Are you excited about the prospect of your algorithms functioning in space? Do you excel at tackling complex challenges in real-time, high-reliability environments? Join our dynamic team as a Spacecraft Engineer Intern and contribute to the development of foundational software for our next generation of spacecraft.In this role, you will be instrumental in designing, developing, and deploying the essential software that empowers our spacecraft to execute their missions. If you have expertise in F-prime, real-time operating systems, and creating robust embedded solutions, we want to hear from you!Key ResponsibilitiesAs a Spacecraft Engineer Intern, you will collaborate on the development, testing, and deployment of our spacecraft’s Flight Software (FSW) stack. Working closely with experienced mentors, you will support:Flight Software: Design and implement flight software components using NASA/JPL’s open-source F-prime framework, focusing on resource-constrained embedded systems.Hardware Interfaces: Develop and troubleshoot software that interfaces with hardware components (sensors, actuators, radios) using protocols such as I2C, SPI, UART, and others.

At Reflect Orbital, we thrive on innovation and agility. We seek talented individuals who are eager to take ownership and drive change. If you are passionate about your work and ready to showcase your achievements from any stage of your career, we want to hear from you!Role OverviewAs a Test Engineer, your primary responsibility will be to design, implement, and oversee comprehensive test campaigns that prepare our spacecraft for successful flight missions. You will take charge of our 'space simulator', facilitating rapid iterations in spacecraft design and testing.Key ResponsibilitiesDevelop and execute detailed test plans for extensive flight testing, covering thermal, thermal-vacuum, vibration, shock, radiation, atomic oxygen, and other specialized tests.Design and construct innovative testing systems tailored for the unique aspects of our spacecraft.Collaborate closely with the engineering team to ensure thorough and reliable testing across all phases.Preferred QualificationsMinimum of 2+ years of Test Engineering experience, with a strong focus on advanced troubleshooting and escalation management.Demonstrated experience in testing and troubleshooting spacecraft, along with establishing unique testing infrastructure and setups.Proficiency in space environmental testing methods such as TVAC, vibration, and radiation testing.Solid experience with Hardware-in-the-Loop (HITL) or flatsat testbeds.We encourage applicants who may not meet every qualification but have exceptional skills and experiences. Our priority is to hire outstanding individuals, and we are open to defining unique roles for remarkable talents.Employee BenefitsThe success of Reflect Orbital relies on our team, which is why we offer a competitive compensation and benefits package aimed at rewarding our employees and supporting their families.Comprehensive medical, dental, and vision coverage, with 100% of base-policy costs covered by Reflect.Access to Health Savings Accounts (HSA), Flexible Spending Accounts (FSA), and 401K plans.Unlimited paid time off with a recommendation of two weeks off per year.Daily healthy lunches provided to all employees.Commitment to DiversityReflect Orbital is proud to be an Equal Opportunity Employer. Our hiring practices are founded on the principles of diversity and inclusion.

At SpaceX, we are driven by a vision of humanity's future among the stars, and we are relentlessly working to make that vision a reality. Our mission is to develop cutting-edge technologies that will enable human life on Mars and beyond.Position: Electrical Engineer, Spacecraft Avionics (Starshield)Join our innovative Starshield program, which utilizes SpaceX's groundbreaking Starlink technology to bolster national security initiatives. While Starlink serves consumer and commercial markets, Starshield is dedicated to governmental applications, focusing on areas such as earth observation, secure communications, and hosted payloads. As a key member of the Starshield team, you will take complete ownership of the design, hardware development, testing, and requirements verification processes, ensuring that your contributions are pivotal throughout the product's lifecycle.The Starshield program is rapidly evolving, offering diverse opportunities ranging from initial design concepts to real-time troubleshooting in orbit. Collaborating with multidisciplinary teams, you will need to approach challenges with a systems perspective to validate the viability of your designs. With fast-paced development timelines, you will engage in rigorous problem-solving for novel and complex issues. Every day at SpaceX, we redefine what’s achievable through innovation, teamwork, and commitment to our mission.

Oligo is revolutionizing spacecraft design and production through a cutting-edge, manufacturing-in-the-loop foundation model. Our mission is to empower customers to concentrate solely on their technology and mission objectives, while we expertly manage everything from design and manufacturing to launch and operations. With a team comprised of ex-MIT, Harvard, and NASA JPL experts, we leverage AI-driven generative design and automated manufacturing to deliver advanced payload-specific spacecraft in mere weeks instead of months.Supported by world-class advisors and fresh funding from top investors including Lux Capital, we seek exceptional builders, quick learners, and driven engineers. If your expertise lies in spacecraft systems, avionics, ML/AI, or advanced manufacturing, you will collaborate across disciplines on real missions that fly, function in orbit, and scale globally.Our innovative environment pairs elite AI/ML talent with top-tier satellite engineers, reimagining the construction of space systems from first principles. Experience a workplace without bureaucracy or legacy thinking.If you feel you are a great fit, we can’t wait to meet you!Role OverviewAs part of Oligo's vertically integrated infrastructure for automated spacecraft design and manufacturing, our AI software stack, Zenith, transforms raw mission requirements into flight-ready spacecraft using a pipeline of agentic AI systems, embedded simulation, and hardware-in-the-loop validation.We are actively seeking a passionate Software Engineer with a solid foundation in ML/AI and systems engineering. In this role, you will help to enhance core algorithms that drive generative design, simulation-aware geometry creation, and multi-domain system optimization. Work alongside spacecraft engineers and flight software developers to create AI that not only simulates reality but actively designs it.Specifically, we are hiring for an early-career AI Space Systems Software Engineer to develop the next layer of intelligence within our design stack—intelligent agents capable of reasoning across spacecraft requirements, mission architectures, and system constraints. Your contributions will involve the development of large-scale language and vision-language models trained on authentic systems engineering data, fostering tools that expedite and validate satellite design while automating model-based systems engineering.

At SpaceX, we believe that a future where humanity explores the stars is far more exhilarating than one where we remain Earth-bound. We are dedicated to developing groundbreaking technologies to make this dream a reality, with the ultimate objective of establishing human life on Mars.Position: GNC Engineer - Attitude Determination and Control Systems (Starshield)Starshield harnesses SpaceX’s advanced Starlink technology and launch capabilities to bolster national security initiatives. Unlike Starlink, which caters to consumer and commercial markets, Starshield is specifically tailored for government applications, focusing initially on earth observation, communications, and hosted payloads.As a GNC Engineer on the Starshield team, you will leverage your passion and expertise in spacecraft attitude dynamics and control, orbit and attitude navigation filtering, orbital mechanics, spacecraft systems design, and software development. You will play a critical role in supporting the Starshield Attitude Determination and Control System (ADCS) GNC team.The Starshield GNC team is divided into several specialized sub-teams. The ADCS team is dedicated to the design, analysis, testing, and operational support of GNC software and hardware. Your primary focus will be to ensure that all Starshield vehicles adeptly balance payload pointing requirements, sensor availability, momentum management, thermal constraints, and power generation needs throughout the mission. The ADCS subsystem is vital for mission success, and you will be part of a high-impact team that drives the long-term success and continuous innovation of the Starshield program. Join us in developing the software that powers Starshield satellites and ensures mission success!

SpaceX is on a mission to revolutionize space exploration, and we are seeking a Senior High Performance Computing (HPC) Systems Engineer to join our dynamic team. This role is critical for managing and optimizing our HPC clusters, storage systems, and high-speed networks. The successful candidate will provide essential application support to our engineering teams, ensuring they have the tools and resources needed to achieve groundbreaking advancements in aerospace technology. A self-starter and innovative thinker, you will thrive in a fast-paced environment, tackling challenges head-on while contributing to our vision of enabling human life on Mars.

CHAOS Industries is at the forefront of modern defense technology, developing omniscient systems tailored for contemporary challenges. Our innovative products, crafted by distinguished U.S. military veterans and Silicon Valley pioneers, leverage Coherent Distributed Networks (CDN™) to empower warfighters, commercial aviators, and border protection teams. We enable our users to respond swiftly, adapt seamlessly, and remain ahead of emerging threats. In a fast-paced technological landscape, CHAOS Industries provides cutting-edge sensing and detection solutions that offer a critical advantage: time.Founded in 2022, CHAOS Industries has successfully secured $1 billion in funding from prestigious investors like 8VC, Accel, and NEA. Our headquarters is located in Los Angeles, with additional offices in Washington, D.C., San Francisco, Seattle, and London. For more details, please visit www.chaosinc.com.Role Overview:Contribute to the design and development of state-of-the-art radar capabilities.Responsibilities:Design and develop sophisticated radar signal processing algorithms for target detection, tracking, and classification.Lead the advancement of new radar capabilities with minimal supervision.Optimize algorithms for real-time performance and operational constraints.Implement algorithms in software (e.g., C++, Python, MATLAB) and/or hardware (e.g., FPGAs, DSPs).Analyze radar data to assess system performance and identify improvement opportunities.Create and maintain system simulations and models to facilitate algorithm development and performance evaluation.Design and develop various radar modes.Assist in defining system requirements and specifications.Model and simulate radar systems, subsystems, and the signal processing chain.Plan and lead field tests and data collection activities.Document and present technical findings and progress to leadership.Mentor and support junior engineers.Work full-time onsite at our Hawthorne, CA office.

CHAOS Industries builds advanced defense systems for today’s most complex challenges. Founded in 2022 and backed by $1 billion in funding from investors including 8VC, Accel, and NEA, the company combines expertise from U.S. military veterans and Silicon Valley engineers. Products center on Coherent Distributed Networks (CDN™), supporting warfighters, commercial air operators, and border security teams with rapid response, adaptability, and advanced sensing and detection. Headquarters are in Los Angeles, with offices in Washington, D.C., San Francisco, Seattle, and London. More details at www.chaosinc.com. Role Overview Lead a team focused on designing and developing advanced communications and data link systems to strengthen Coherent Distributed Networks (CDN). Support current CHAOS sensor products with essential communications capabilities. Drive innovation in new communication product families with advanced features. Key Responsibilities Design and develop directive data links to connect nodes within a CDN. Implement methods to reduce the RF signature of data links. Work with timing experts to integrate precise time-transfer algorithms into the network. Lead the development of new communications features with limited supervision. Identify or build cost-effective, rugged hardware to keep data links working in tactical, mobile environments. Research and apply techniques for node positioning without relying on GPS. Use algorithms to enable advanced directional beamforming. Optimize algorithms for real-time operation and efficient resource use. Deploy algorithms in software (such as C++, Python, MATLAB) and/or hardware (such as FPGA). Location Hawthorne, California, United States

CHAOS Industries is revolutionizing the modern defense landscape with a diverse portfolio of cutting-edge products that ensure domain superiority. Our solutions are driven by Coherent Distributed Networks (CDN™), enabling military personnel, commercial aviation operators, and border security teams to respond swiftly, adapt quickly, and stay one step ahead of emerging threats.Founded in 2022, CHAOS Industries has successfully secured $1 billion in funding from prominent investors such as 8VC, Accel, and Valor Equity Partners. Our headquarters are located in Los Angeles, and we maintain offices in Washington, D.C., San Francisco, San Diego, Seattle, and London. For more details, please visit www.chaosinc.com.Role Overview:Act as the principal manufacturing engineering authority on the radar production floor.Oversee daily build execution, integration assistance, and yield enhancement.Deliver hands-on technical leadership during assembly, integration, and testing operations.Swiftly address build challenges, escapes, and throughput limitations.Promote continuous improvement in radar subassembly and system-level integration.Align engineering objectives with factory execution.Responsibilities:Production Floor SupportProvide direct support for radar assembly, integration, and testing operations.Troubleshoot mechanical, electrical, and RF integration challenges in real time.Facilitate containment and corrective actions for build escapes and testing failures.Collaborate with Quality, Design, and Mission Engineering to address nonconformances.Assist in the development of rework and repair processes.Yield & Performance ImprovementExamine RF test yields, environmental test outcomes, and integration failure patterns.Identify recurring defects and systemic process vulnerabilities.Lead root cause analysis initiatives (8D, RCCA).Implement corrective and preventive action strategies (CAPA).Drive quantifiable improvements in first-pass yield, cycle time, rework rates, and throughput.Process Development & OptimizationDevelop and enhance work instructions, assembly process flows, and best practices.

Join Reflect Orbital, where innovation meets ownership! We seek a dynamic Electrical Engineer who thrives in a fast-paced environment and is eager to make an impact. We want to see your best work, irrespective of the domain or phase of your career.About the RoleIn this pivotal role, you will take on design ownership of electronic subsystems for our inaugural spacecraft. You will design, construct, test, and enhance components that are ready for the challenges of space. The ideal candidate will have substantial experience with spacecraft electronics.ResponsibilitiesLead the design and interface of avionics systems, making critical system-level decisions.Prototype and validate key systems such as flight computers, communication systems, and electronics for power systems and ADCS.Establish best practices and tools for superior electrical engineering design.Develop and maintain avionics testing infrastructure, including flatsat, GPS simulation, power simulation, and communications simulation.Conduct qualification testing for avionics under various conditions such as vibration, shock, thermal, and thermal vacuum, ensuring readiness for flight operations.Ideal QualificationsProven experience designing and validating PCBAs for space or similarly demanding environments.Experience owning high-reliability electronics subsystems from concept to successful deployment.A track record of thriving with a high level of autonomy.Ability to iterate on requirements and architecture to achieve optimal designs within a constrained environment.Hands-on experience troubleshooting electronics systems.Even if you don’t meet every single qualification, we encourage you to apply. We value exceptional talent, and we are open to unique backgrounds that bring fresh perspectives.

CHAOS Industries is revolutionizing the landscape of modern defense with a diverse portfolio of innovative products designed to ensure domain dominance. Our offerings are powered by Coherent Distributed Networks (CDN™), enabling warfighters, commercial air operators, and border protection teams to respond swiftly, adapt efficiently, and stay ahead of emerging threats. Founded in 2022, CHAOS Industries has successfully raised $1 billion in funding from top-tier investors such as 8VC, Accel, and Valor Equity Partners. Our headquarters is located in Los Angeles, with additional offices in Washington, D.C., San Francisco, San Diego, Seattle, and London. For more details, please visit www.chaosinc.com. Role Summary: Act as the primary Industrial Engineering expert for radar system development and manufacturing. Design scalable production systems from initial prototype stages to full-rate production. Lead initiatives in production rate modeling, capacity planning, cost optimization, and factory flow design. Integrate Design for Manufacturing and Assembly (DFMA) principles to enhance producibility in radar product development. Measure design decisions based on metrics such as production rate, yield, labor content, capital efficiency, and throughput. Oversee manufacturing system readiness for Low Rate Initial Production (LRIP) and Full Rate Production (FRP) transitions. Responsibilities: Production System Architecture Develop factory production models for radar subsystems and overall system integration. Design efficient production flows including: Line layout Station balancing Takt time definition Labor modeling Equipment utilization Identify production bottlenecks and constraints affecting rate. Establish a capital equipment strategy including test stations, automation, and alignment fixtures. Support plans for factory expansion and scaling. DFMA & Producibility Integration Conduct structured DFMA reviews during concept, Preliminary Design Review (PDR), Critical Design Review (CDR), and pre-production phases. Assess cost, labor, and cycle time implications of design choices. Drive simplification initiatives in: RF module integration Aperture and structural assemblies Harness routing and connectors Thermal management solutions Analyze tolerance stack-ups that impact yield and integration consistency.

At Reflect Orbital, we thrive on innovation and speed. We value ownership and the ability to drive change. If you are passionate about your work and have achievements to showcase from any phase of your career, we want to hear from you!About the RoleAs a Mechanical Engineer, you will play a pivotal role in the design, prototyping, and flight validation of spacecraft subcomponents. You will integrate mechanical systems under tight deadlines, ensuring that the hardware you deliver is functional, simple, and innovative.ResponsibilitiesDeliver critical spacecraft components that are flight-readyGuide hardware from conceptual design through qualification to on-orbit operationsAnalyze components to ensure their reliability in the challenging space environmentIdeal QualificationsDemonstrated experience owning spacecraft components from initial concept to successful spaceflightProficient in CAD with extensive practical experienceAbility to teach others about the design of bolted jointsUnderstanding of machining tolerances without needing to ask the machine shopStrong collaborative design experience on complex, interdependent systemsWe encourage applications from individuals who may not meet all qualifications but have exceptional talent and unique experiences. Hiring remarkable individuals is our top priority, and we are open to creating unique roles for unconventional talents.