Jobs at Astranis

You will drive the manufacturing and inspection processes for machined components used in satellite production. Collaborate with design engineering to ensure parts are made on-time and to the highest quality, directly supporting the factory floor and contract manufacturers.

You will own control algorithms from design to in-orbit operation, develop simulations, validate performance through analysis and testing, and support satellite operations. This role is critical to expanding humanity's reach into the solar system through advanced satellite technology.

You will drive execution of U.S. Government satellite programs from concept through delivery, owning program outcomes across schedule, cost, risk, and customer interface. You will manage trade studies, coordinate across spacecraft and ground segments, and ensure technical and contractual requirements are met.

In this role, you will build the software systems that enable automated testing, manufacturing, and real-time control of flight hardware and spacecraft. You'll work across disciplines to design full-stack applications that automate and validate critical flight components and support test, integration, and ground control.

You will design and analyze satellite network solutions for global commercial and government programs. This pre-sales engineering role involves optimizing high throughput satellite networks, interfacing with cross-functional teams, and shaping future products.

As a Senior Software Engineer on the Infrastructure team at Astranis, you will own the development workflow—from CI pipelines to build systems and AI tools—ensuring rapid iteration and deployment for a growing fleet of satellites. You'll optimize developer velocity and automate monitoring for both development and mission-critical production systems.

You will drive Astranis's market access efforts outside the U.S., leading the team to obtain and maintain satellite landing rights and authorizations, and engaging in regulatory processes to modify national regimes.

You will design, qualify, and test custom software defined radios for satellite systems, working closely with RTL, Comms, and RF teams to develop high-performance radio systems for payload and TTC applications.

You will lead the Environmental Test Lab, overseeing day-to-day operations, scheduling, and execution of spacecraft testing. You'll manage and develop a team of test technicians, drive process improvements to scale throughput for next-generation satellites, and ensure safety and quality standards.

As a Senior Electrical Engineer at Astranis, you'll lead the design of avionics subsystems for advanced satellites, from concept through qualification. You will collaborate with cross-functional teams to develop innovative solutions that push the envelope of satellite technology.

You will ensure reliable satellite communications by monitoring and maintaining earth station infrastructure, troubleshooting RF and network issues, and coordinating with internal teams and vendors. This role involves 24/7 operations support, preventive maintenance, and driving improvements to system reliability.

You will lead the production strategy to establish and scale internal PCBA production capabilities for Astranis's MicroGEO satellite technology, overseeing full production lifecycle from equipment selection to staffing and new product introduction. You'll collaborate with design engineering to improve design-for-manufacturability and enforce a culture of safety and quality.

Lead the design and development of avionics sub-systems for advanced satellites, including architecture definition, schematic capture, and board bringup. Collaborate cross-functionally with mechanical, software, and manufacturing teams to deliver reliable, space-grade electronics.

In this role, you will design software architecture for vehicle integration and test operations, develop automated testing software, and implement ground control and telemetry systems. You'll collaborate with engineering teams to validate flight components and support all development phases from proposal to flight.

You will design, simulate, implement, and measure active and passive RF sub-systems for satellite payloads, working closely with cross-functional teams to bring hardware from concept through qualification and integration.

You will build and run the execution backbone of our program management organization, leading a small team responsible for program integration, configuration discipline, and planning clarity. You'll combine direct execution with team leadership, shaping how engineering designs translate into reliable delivery across commercial and US Government programs.

You will architect and develop flight software for spacecraft and earth stations, collaborating with cross-functional teams to ensure reliable operation of custom hardware. Your work will directly support commercial and US Government satellite programs.

You will develop and maintain detailed resource-loaded schedules for multiple satellite production and launch programs, communicate clear targets to production teams, and work with leadership to drive execution and continuous improvement.

You will program and machine flight components for spacecraft, working with CNC mills and lathes on aerospace prototype and production parts. You'll inspect parts, maintain documentation, and collaborate with engineering to ensure quality and precision.

You will build scalable backend systems and data pipelines that enable spacecraft manufacturing, testing, and integration at Astranis. Collaborate across hardware, manufacturing, and operations teams to develop internal tools that accelerate satellite development and launch.

As a Software Engineer Intern, you'll build and extend systems that ingest, store, and query telemetry streams from our satellite fleet in real time. You'll design data pipelines, build monitoring rules for anomaly detection, and collaborate with mission operations and engineering teams to turn raw satellite signals into actionable insight for both commercial and US government programs.

You'll support **financial planning and budget tracking** for our engineering teams, acting as a collaborative business partner. You'll provide financial clarity as we design, build, and scale satellites. This role offers mentorship and growth in a dynamic aerospace company.

You will be responsible for accurately receiving, storing, tracking, and issuing electrical and electronic components to support production and engineering needs. You'll ensure inventory accuracy, maintain compliance with quality standards, and help improve warehouse operations.

You will monitor and analyze security alerts using Google SecOps, investigate and respond to incidents, perform malware analysis and phishing investigation, and help improve security monitoring processes. Your work ensures the protection of sensitive data and systems in a fast-paced aerospace environment.

In this role, you will analyze and test candidate electronics for spacecraft, ensuring fault-tolerant operation in radiation environments. You'll simulate radiation effects, coordinate testing campaigns, and integrate fault-tolerant designs into spacecraft systems.

You will design, develop, and test the high-fidelity spacecraft simulation used to validate satellite control software. You'll improve core simulation infrastructure, implement hardware-in-the-loop simulations, and collaborate with engineering teams to model new systems.

You'll design, evaluate, and test in-space propulsion components and systems at Astranis. You'll own the full lifecycle of fluid components from requirements through on-orbit operation while collaborating with cross-functional **satellite teams** and supporting **cleanroom manufacturing**. This role offers hands-on work with cutting-edge satellite propulsion technology.

You'll lead a team of RF, communications, and DSP engineers to design next-generation satellite communication systems. You'll oversee the architecture, modeling, and implementation of **communication payloads** and drive **R&D for advanced radio features**. The role directly impacts spacecraft design for GEO missions with a backlog of over $1 billion.

You will ensure the selection of high-quality, reliable EEE parts for satellite systems by identifying risks, planning screening tests, and collaborating with design engineers. You will manage the approved parts list and handle supplier change notifications.

You will work in a fast-paced environment supporting avionics, power, and payload systems by building and testing circuit boards, harnesses, and test equipment. You'll collaborate with engineering teams to debug issues and contribute to R&D and production systems.

You will drive PCBA manufacturing from design through production ramp, collaborating with engineering, supply chain, and manufacturing partners to ensure on-time delivery and quality. You will define readiness requirements, enforce DFM/DFA/DFS principles, and resolve production issues to foster continuous improvement.

You'll lead **mechanical, thermal, and propulsion teams** developing next-generation spacecraft at Astranis. Your core impact is driving technical roadmap execution and scaling engineering teams. This role offers the chance to shape high-reliability space systems with a top-tier aerospace leader.

You will optimize high-throughput satellite networks by trading parameters like payload configuration, orbital slot selection, and antenna optimization. This role balances technical and customer-facing responsibilities with 1:1 mentorship from a senior sales engineer, offering high visibility and impact.

As a Propulsion Test Technician at Astranis, you will be the hands-on force behind hardware that maneuvers satellites in orbit. You will set up and execute proof and burst pressure tests, perform leak detection, and conduct functional checkout of valves and transducers. Your work ensures every component is flight-ready for high-stakes space missions.

You'll support **reliability testing** of satellite hardware in a fast-paced aerospace environment. Your work will directly impact hardware that flies to **space** on Astranis satellites. You'll collaborate with cross-functional teams to plan and execute environmental tests.

You'll work with mission engineers to design, test, and execute satellite operations procedures at a company building advanced satellites for high orbits. You'll help **investigate anomalies** and **automate manual processes** to ensure high service uptime for customers. This role offers hands-on experience on live spacecraft with a **fast-paced engineering team**.

You'll work with mission engineers to design and execute satellite operations procedures. You'll investigate anomalies and help maintain service uptime for **operational spacecraft**. This role offers hands-on experience in aerospace with a fast-paced, **impact-driven team**.

You'll join the RTL development team, working on FPGA targeted applications for advanced satellites. You'll design, implement, and test high throughput systems on multiple FPGAs, collaborating closely with electrical and software engineers. This internship offers hands-on experience with hardware heading to space.

You'll work on an interdisciplinary team to **design, build, and test satellite hardware** using environmental test equipment. Your core impact will be executing test plans for **ambient thermal, vacuum, vibration, and EMI/EMC** tests. This role offers hands-on experience with **spacecraft systems at a fast-growing satellite company**.

You'll design, build, and test satellite hardware for **advanced spacecraft** at Astranis, working on components that go to space. You'll perform mechanical and thermal analysis and **integrate systems** into operational satellites. This role offers hands-on experience with **real flight hardware** in a fast-paced environment.

You'll work with the power engineering team to build and test **flight hardware** for satellites. You'll design test equipment and prototype circuits, then bring them up in the lab. This is a chance to contribute to hardware that will actually go to space.

You'll design, analyze, build, and test **propulsion system hardware** for advanced satellites. You'll take on interdisciplinary projects supporting the Propulsion team and company-wide initiatives. This internship offers hands-on experience on hardware that may fly to space.

You'll work with the engineering team to **design, build, and test satellite hardware** for Astranis, a company that builds advanced satellites for high orbits. You'll have the opportunity to work on **complex projects** that are of equal importance to those of full-time employees, with many past associates seeing their hardware head to space.

You'll design and maintain spacecraft components like bracketry, harnesses, and manifolds. Your work will **support satellite production** for a **leading aerospace company**. You'll collaborate on **complex systems** in a fast-paced environment.

You'll work with the avionics engineering team to build and test **flight hardware** for advanced satellites. You will design test equipment, debug designs, and write code to automate testing. This role offers hands-on experience on projects heading to space.

You'll design signal processing for custom software defined radio hardware and **work closely with FPGA developers** to implement and test radio systems. You'll drive radio architecture trade studies and **optimize system performance** for dozens of markets worldwide. This associate role offers hands-on work on hardware/software heading to space.

You'll design signal processing for custom software defined radio hardware at Astranis, a company building advanced satellites for high orbits. You'll **model the end-to-end radio system** from earth to space and drive **radio architecture trade studies** to optimize performance for global markets. This internship offers **hands-on work on space-bound hardware** with a clear path to full-time employment.

You'll develop **RTL for FPGA** targeted applications and work with **multiple FPGAs and toolchains**. You'll interface FPGAs with high-speed data converters, memories, and MCUs. This role offers hands-on design experience that directly impacts space-bound satellites.

You'll design, build, and test **antenna systems** for next-generation satellite payloads. You'll leverage cutting-edge design tools and collaborate with cross-functional teams to realize high-performance communications. This internship offers hands-on experience with **anechoic chamber testing** and vendor collaboration.

You'll work with the avionics engineering team to build and test **flight hardware** for satellites. You will design test equipment, bring up and debug designs in the lab, and write code to evaluate performance. This role offers hands-on experience on projects heading to space.

You'll work on an interdisciplinary team to design, build, and test satellite hardware and software. You'll operate environmental test equipment and execute test plans for **space-bound satellites**. You'll gain hands-on experience with **vibration, thermal, and vacuum chambers**.

You'll design wire harnesses for flight spacecraft and developmental use, working closely with electrical and mechanical engineering teams. Your work ensures high-quality harnesses built to rigorous standards, supporting integration planning and operations. This role offers direct involvement in building satellites that expand connectivity globally.

You'll develop and implement tests for custom spacecraft electronics at **Astranis**, a leading satellite manufacturer. You will prove that our power designs work across environments to **guarantee success on orbit**.

As our Senior Spectrum Engineer, you will manage technical coordination for our GSO orbital slot portfolio, run interference analyses, prepare ITU and FCC filings, and represent Astranis in regulatory forums. You'll help expand the world's largest portfolio of GSO orbital slots for satellite communications.

You'll build, mentor, and lead a team of RF test engineers for the assembly, integration, and testing of our spacecraft payloads, bridging the gap between design and flight-ready production. Your impact ensures our communication satellites meet rigorous performance metrics before launch. This role uniquely combines deep RF knowledge, agile program management, and people-first leadership.

You'll work with the power engineering team to build and test **flight hardware** for advanced satellites. Your designs could head to space on our next launch. You'll gain hands-on experience in a fast-paced environment with real impact.

You will design, simulate, implement, and test software defined radio hardware, bring up and debug hardware in the lab, write code for performance evaluation and automated testing, and integrate systems into the spacecraft alongside the team.

You'll architect, design, and verify RTL for FPGAs in advanced satellites. You'll work with DSP, software, and hardware teams to deliver **high-performance systems** for space, including software-defined radios and avionics. This role offers the chance to contribute to **multi-million dollar satellite programs** and collaborate with top engineers.

You will drive propulsion, mechanical and thermal engineering development across all programs, guiding projects from initiation to closure while ensuring objectives, schedule, and budget adherence. You'll coordinate cross-functional teams and adapt to challenges throughout the project lifecycle.

You will own the modeling, structural analysis, and testing of components, subsystems, and entire spacecraft. You will mentor junior engineers and contribute to defining design best practices. Join a team building advanced satellites that provide dedicated networks to sophisticated customers.

You will guide RF and communications engineering projects from initiation to closure, ensuring they meet objectives, stay on schedule, and remain within budget. You'll identify cross-discipline challenges, develop integrated schedules, track progress, and serve as a liaison between engineering and other stakeholders.

As a Spectrum Engineer at Astranis, you will support technical coordination efforts across a large portfolio of GSO orbital slots, identify new spectrum opportunities, and prepare technical materials for FCC and ITU filings. You'll run interference analyses, coordinate with external partners, and represent Astranis in regulatory discussions to help expand global connectivity through advanced satellite networks.

You'll work on an interdisciplinary team to design, build, and test satellite hardware and software. You'll coordinate assembly, integration, and environmental test efforts for **satellite systems** at a leading aerospace company. This role offers hands-on experience with **space-grade hardware** heading to orbit.

You'll work on an interdisciplinary team to **design, build, and test satellite hardware and software**. You'll coordinate assembly and integration test efforts for a **leading satellite manufacturer**. Gain hands-on experience with advanced test equipment at a **fast-paced aerospace startup**.

As a Software Engineer on the Infrastructure team, you will support a rapidly expanding fleet of satellites by ensuring CI pipelines are blazing fast and reliable, owning the development workflow including AI tools, build systems, and monitoring. This role is critical for enabling engineers to iterate rapidly and maintain spacecraft health.

You will design and build high-performance, mission-critical software that commands satellites, monitors telemetry, and provides real-time situational awareness. You'll develop core services powering the entire software organization, enabling faster and more reliable operations across commercial and government programs.

You will design and build high-performance, reliable software to autonomously control satellites and monitor telemetry. This role involves taking ownership of features, collaborating with multidisciplinary teams, and contributing to both commercial and US government programs, all while shaping the foundation of mission-critical software.

As a Senior DevOps engineer at Astranis, you'll streamline CI pipelines, optimize build tools, and automate deployment for spacecraft infrastructure. Your work directly supports mission-critical satellite operations, enabling rapid iteration and reliability in space.

You will design infrastructure as critical as the satellites it supports, building Kubernetes-based platforms that run 24/7. You'll harden systems for resilience, develop observability pipelines, and partner with engineering teams to ensure reliability and scalability for commercial and U.S. Government programs.

You'll design **high-level software architecture** for satellite integration and test operations at a **fast-growing aerospace company**. You'll collaborate across teams to build **automated test infrastructure** for critical flight components. This role offers the chance to work on real space hardware with a $1B+ backlog.

You will design flight hardware for satellite internal communication, power distribution, sensor aggregation, and flight computer systems. You will own the full lifecycle of your hardware designs and collaborate with multidisciplinary engineers to advance satellite technology.

You will develop, design, and implement automated hardware to validate flight hardware for our satellites. You'll design PCBs, write test software in Python, and work closely with the design team to ensure electronics pass qualification and acceptance testing.

You'll be a technical leader designing, building, and testing propulsion systems for **advanced satellites**. You'll improve system performance, design from clean sheet, and mentor junior engineers to help **expand connectivity to underserved areas**.

You'll own **PCB layout** across the entire company, supporting payload, avionics, and power designs. You'll interface directly with design engineers and **manufacturing teams** to deliver reliable hardware to space. This role offers the chance to work on **high-reliability satellite systems** at a leading space technology company.

You'll design flight hardware for satellite avionics, owning the full lifecycle from circuits to PCBs. You'll work collaboratively across teams to **push the envelope of satellite technology**. This role offers **hands-on hardware design** with a rapid-growth space startup.

You'll develop and design automated hardware to validate flight electronics for **advanced satellites** at a **fast-growing space company**. You'll build test infrastructure and collaborate with design teams to ensure mission success.

As a Mechanical Engineer at Astranis, you will design, evaluate, test, and build spacecraft parts and mechanical systems. You'll work on components from concept through integration, collaborating with a team to develop requirements and improve build processes.

You will design, evaluate, and test thermal solutions for satellites, from electronic chips to full spacecraft thermal vacuum tests. You'll own thermal architectures from concept through detailed design, perform analysis, and collaborate with integration teams. This role is critical to ensuring thermal design intent is met for cutting-edge satellite systems.

As a Mechanical Integration Engineer at Astranis, you will work on building parts, subsystems, and entire satellites. You will collaborate with designers on manufacturability, support technicians, define factory processes, and manage vehicle integration and test operations.

You'll build and manage the team responsible for testing Astranis spacecraft from panel integration through final full spacecraft tests. You'll own **test software, frameworks, and HITL testbeds** that ensure our satellites work on orbit. This role drives architectural decisions at the boundary of software and hardware.

You'll act as a **Tier 2/3 escalation point** for complex security events, overseeing security infrastructure and leading **incident response operations**. Your work will directly protect our satellite communications network for sophisticated global customers.

As a Senior Product Security Engineer at Astranis, you'll design and build secure systems with a focus on cryptography, PKI, and zero trust architectures. You'll audit embedded devices, lead security initiatives, and collaborate with teams to implement effective remediation strategies.

You will manage the production of propulsion subsystems for high-orbit satellites, including advanced welded assemblies. You'll design tooling, build manufacturing processes, and collaborate cross-functionally to meet cost and schedule targets.

You will design, simulate, and test active and passive RF sub-systems for satellite payloads, working closely with cross-functional teams to bring hardware from concept to production.

You will drive all aspects of program execution from design through production and launch for a future block of satellites. You will work cross-functionally with engineering, production, sales, supply chain, and finance to remove obstacles and keep the program on schedule, while communicating progress and negotiating with internal and external partners.

You will lead penetration testing and adversarial simulation of applications, cloud infrastructure, and corporate networks, working with engineering and IT teams to improve defenses.

You will characterize radiation environments for Astranis satellite missions, design fault-tolerant electrical systems, coordinate testing campaigns, and integrate radiation mitigation strategies into spacecraft. This role involves hands-on lab testing and collaboration with cross-functional teams to ensure mission reliability.

You will secure both software and embedded components, guiding secure design and partnering with engineering teams to ensure products are secure by default.

You will drive all aspects of ground program execution, including software and hardware development and operations. You will develop integrated schedules, manage priorities, and work cross-functionally to keep the program on track while supporting trade studies and reviews.

You will own the complete lifecycle of various subsystems on our spacecraft, from requirements development through design, analysis, and testing. You will mentor junior engineers and collaborate with cross-functional teams to deliver spaceflight hardware.

As a Spectrum Engineering Intern at Astranis, you will assist the Regulatory team in developing satellite spectrum resources. You'll learn about spectrum management, FCC licensing, and the ITU's role, and perform RF interference analyses to ensure satellite systems can share spectrum effectively.

You will shape how programs are integrated and managed at Astranis, driving resource loading, automation strategies, and process development. This high-visibility role on the Technical Program Management team involves developing integrated master schedules, program budgets, and performance dashboards.

You will lead the definition, documentation, and maintenance of GEO spacecraft system architecture, manage critical budgets, and resolve cross-functional issues throughout the satellite lifecycle. You'll act as technical owner for mass and power budgets and support integration, test, and mission operations.

You will own the modeling, structural analysis, and testing of satellite components, subsystems, and entire spacecraft. You will help define load and test requirements, lead vibration test campaigns, and develop design best practices.

You will execute functional and performance tests on spacecraft electronics, including PCBs, subsystems, and full spacecraft across various environmental conditions. You will debug test failures, maintain test equipment, and develop procedures to ensure mission-critical satellite hardware performs reliably.

Lead and grow a team of electronics engineers to design, develop, and validate next-generation satellite electronic hardware. You will oversee the hardware lifecycle, collaborate with multidisciplinary teams, and drive innovation in satellite technology.

You will embed security into the software development lifecycle, perform security code reviews and penetration testing, and collaborate with development teams to build secure web applications using Python and modern web frameworks. Your work will protect products for customers including large enterprises and the US military.

As a Production Quality Engineer at Astranis, you will ensure high-reliability satellite hardware by solving complex quality challenges, leading root cause investigations, and collaborating with engineering and production teams to meet rigorous spaceflight standards.

As a Propulsion Manufacturing Engineer at Astranis, you'll oversee production of propulsion subsystems for high-orbit satellites, design tooling and equipment, develop manufacturing processes, and work cross-functionally to deliver on cost and schedule targets.

As an Environmental Test Technician, you will be responsible for testing spacecraft and components through simulated space environments, operating and maintaining the environmental test lab, and supporting mission-critical test campaigns. This role involves working with thermal vacuum chambers, electrodynamic shakers, and various test equipment to ensure flight hardware meets product quality standards.

You will ensure spacecraft electronics and systems meet reliability and availability needs, collaborating with multidisciplinary teams to push boundaries in geo-synchronous spacecraft design. Your work will involve performing reliability analyses, advising on redundancy architecture, and managing component tests.

You will perform inspections of flight hardware for satellite production, identify and resolve non-conformances, and collaborate with engineering and production teams to ensure mission success. This role involves working with cutting-edge MicroGEO satellite technology in a cross-functional environment.

You will lead spacecraft design and configuration, manage bills of material and change orders, develop best practices, teach others, and check engineering drawings. Your work ensures smooth transition from design to production for our advanced satellite systems.

You will develop flight software that commands and monitors spacecraft, implement ground control and telemetry software, and support HITL testing. Collaborate with cross-functional teams to ensure software works on hardware.

You will design, simulate, implement, and test internally developed software defined radio hardware for satellites. You'll bring up and debug hardware in the lab, write code to evaluate performance and automate testing, and integrate systems into the spacecraft by collaborating with the team.

You will support a rapidly expanding fleet of satellites by maintaining and streamlining CI pipelines, optimizing build tools, automating deployment, and leading initiatives to improve developer productivity. Your work ensures spacecraft operations depend on fast, reliable infrastructure.

You will ensure the reliability, performance, and security of Linux-based infrastructure at Astranis, a satellite communications company. Collaborate with technical teams to implement improvements, streamline operations, and maintain resilient systems supporting critical satellite operations.

You will act as a threat actor to uncover attack paths across digital and physical systems. You'll lead covert red team operations, collaborate with blue teams in purple exercises, and provide actionable recommendations to improve security posture.

You will lead a team of power electronics engineers to design and implement advanced power converters for geosynchronous satellites, working hands-on from concept through production while collaborating with cross-functional teams.

You will coordinate and support the production of propulsion hardware, operating and maintaining a world-class CNC tube bender and metal fabrication tools, while managing inventory of space hardware. This role is critical to building advanced satellites for high orbits at Astranis.

You will support programs to ensure success and timely delivery, including assisting program schedules, risk management, and key stakeholder interactions. This role involves supporting programmatics from concept to completion for projects ranging from small internal R&D efforts to complete multi-spacecraft missions, and working with engineers to develop schedules for various subsystems and boxes.

You will develop flight software for satellites, including architecture, design, and implementation in C++, while mentoring junior engineers and collaborating with hardware teams. This role contributes to both commercial and US Government programs, focusing on high-reliability systems for space technology.

You'll build high-reliability satellite hardware for **Astranis** as we expand manufacturing capabilities. You'll work with engineering and production teams to solve complex quality challenges and ensure hardware meets rigorous spaceflight standards. This role offers a chance to impact a growing satellite company with over $1B in contracts.

You'll analyze and test **candidate electronics** for **spacecraft** at a leading satellite communications company. Your core impact is ensuring fault-tolerant electrical systems operate reliably in high-radiation environments. You'll coordinate radiation testing campaigns and work hands-on with a world-class engineering team.

You'll work on an interdisciplinary team to **design, build, and test satellite hardware and software** for Astranis. Your core impact will be developing assembly and integration test plans and executing environmental tests for flight hardware. This role offers hands-on experience with advanced test equipment and the chance to contribute to real space missions.

You'll join Astranis to **characterize radiation environments** for satellite missions and **validate parts for aerospace radiation** through hands-on testing and analysis. Your core impact will ensure fault-tolerant electrical systems operate reliably in GTO and GEO orbits.

You'll develop and design **automated test systems** for custom spacecraft electronics at a **leading satellite manufacturer**. You'll prove that power designs work across environments to guarantee mission success. This role combines **hardware and software** to validate cutting-edge satellite technology.

You'll model and draw components for spacecraft, maintain design libraries, and document best practices. Your work will directly support hardware that goes to space. This role offers hands-on experience in a fast-paced aerospace environment.

You'll join an interdisciplinary team to **design, build, and test satellite hardware and software**. Your work will directly support spacecraft headed to orbit. This role offers hands-on experience with **advanced test equipment** and the chance to work on meaningful projects from day one.

You'll **draw components and structures** for spacecraft at a leading satellite manufacturer, maintaining **design libraries and data infrastructure**. You'll contribute to real hardware that goes to space.

You'll design and build the factory that **builds satellites**, delivering a physical propulsion subsystem ready for space. You'll gain hands-on experience in a fast-paced environment. This role offers the chance to work on hardware destined for orbit.

You'll work with the engineering team to **design, write and test software** for satellites and ground control systems. You'll develop code that manages satellite performance from Ground Stations. This is a chance to contribute to **real space missions** with a leading satellite communications company.

You'll work with the engineering team to **design, analyze, build, and test satellite hardware**. Your core impact will be performing thermal analysis and developing thermal solutions for spacecraft components. You'll gain hands-on experience with cutting-edge space technology at a fast-growing company.

You'll design and build the core architecture of our simulation platform at Astranis, **a leading satellite communications company**. Your work will validate intelligent systems before real-world deployment by creating scalable, high-performance virtual environments that integrate flight software and autonomy stacks. You'll own the simulation infrastructure **that powers validation for advanced space systems**.

You'll work on an interdisciplinary team to **design, build, and test satellite hardware/software** for advanced satellites. Your core impact will be coordinating assembly, integration, and environmental test efforts. This role offers hands-on experience with **test equipment and instruments** like thermal chambers and vibration tables.

You'll work with the engineering team to **design and test satellite hardware** for advanced communications satellites. Your core impact will be performing thermal analysis and developing solutions for components like propulsion systems and electronics. This role offers hands-on work on hardware heading to space.

You'll partner with manufacturing and machining teams as the primary financial contact for production. Your core impact will be driving sophisticated CapEx analysis and building scalable reporting tools. This role offers exposure to **high-growth aerospace** with a **$1B+ contract backlog** across **450+ employees**.

You'll work with engineering teams to develop inspection procedures and support root cause analysis. You'll drive continuous improvement in production quality. **Collaborate cross-functionally** and **build dashboards** to monitor factory health.

You'll join the **harnessing design team** to create wiring diagrams and layout drawings for **spacecraft harnessing**. You will define interfaces between subsystems and use **CAD tools** to route harnessing in 3D. This internship offers hands-on experience with hardware heading to space.

You'll join an interdisciplinary team to **design, build, and test satellite hardware and software** for Astranis's advanced satellites. Your work will directly support assembly, integration, and environmental test efforts for systems heading to orbit. This role offers hands-on experience with **complex electrical systems** in a fast-paced aerospace environment.

You'll design and build services that **autonomously control satellites** and monitor telemetry for anomalies. You'll also build core components powering the entire software organization, ensuring **reliable, mission-critical operations**. This role supports both commercial and US government programs.

You'll perform reliability analyses on satellite systems and work with the reliability design team to analyze flight hardware. You'll support **DFMEA efforts** and write code to evaluate performance and automate testing of satellite hardware. This role offers hands-on experience with hardware heading to space.