Engineering Companies

General Dynamics

Reston, United States commercial

General Dynamics is a global aerospace and defense company with a history dating back to 1899. The company operates across a broad portfolio encompassing business aviation, land and sea-based combat vehicles and weapons systems, command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR) solutions, and shipbuilding. These capabilities are delivered through four primary business groups: Aerospace, Marine Systems, Combat Systems, and Technologies. Key to General Dynamics’ offerings are technologically advanced products like Gulfstream business jets and nuclear-powered submarines, indicating a focus on complex systems integration and engineering. The company highlights its commitment to innovation across all sectors, suggesting ongoing investment in research and development to maintain a competitive edge. While specific customer details are not publicly available from the provided information, General Dynamics positions itself as a provider of critical solutions for safety and security on a global scale. The company emphasizes responsible and ethical practices, alongside a commitment to sustainability and community support, indicating a focus on long-term value creation beyond purely technological advancement.

KBR

Houston, United States commercial

KBR (NYSE: KBR) is a Houston-based global engineering and technology services company with approximately $7B in annual revenues and a major presence in NASA human spaceflight operations spanning five decades of continuous support. KBR's space business — operating from facilities adjacent to NASA Johnson Space Center in Clear Lake — provides the engineering workforce behind ISS mission operations: flight controllers, trajectory analysts, systems engineers, EVA planners, and crew training specialists who work alongside NASA civil servants in the Mission Control Center. KBR holds the HEOMD (Human Exploration and Operations Mission Directorate) engineering services contract, one of NASA's largest single-award contracts, covering ISS real-time operations support, astronaut training curriculum development, flight procedures writing, and mission planning for over 40 years of human spaceflight programs including Space Shuttle, ISS assembly, and now Artemis Gateway planning. The company also provides NASA Artemis support including commercial Lunar Lander program technical assistance, Gateway habitat module systems engineering, and deep space EVA procedure development for the Artemis lunar surface missions. Beyond NASA, KBR provides defense engineering services to the U.S. Army, Navy, and Air Force including mission systems engineering, logistics modernization, and C4ISR system integration. KBR's government services segment (approximately 70% of revenue) competes directly with Leidos, SAIC, and Jacobs Engineering for NASA and DoD professional services contracts. The space operations segment's depth of institutional knowledge — from Apollo-era engineers through current Artemis planning — gives KBR an incumbency advantage difficult for competitors to displace without decades of mission heritage. KBR's board approved spinning off the Mission Technology Solutions segment, which holds this space work, as an independent company named Trinzic, targeted for January 2027.

Jacobs is a global engineering and consulting firm founded in 1947, with approximately $12 billion in annual revenue and a team of nearly 43,000 professionals. While operating across diverse sectors including advanced manufacturing, cities, energy, and life sciences, Jacobs provides specialized engineering services for the aerospace industry. The company focuses on delivering end-to-end solutions, encompassing advisory services, planning, design, and lifecycle management. Jacobs leverages data-driven solutions and digital technologies – including advanced algorithms and data integration – to address complex challenges and drive impactful results for its clients. Recent projects highlight their work in sustainable infrastructure, including decarbonization efforts at Heathrow Airport, the development of a net-zero utility campus in Florida, and grid strengthening in Singapore. They are also involved in large-scale transportation initiatives, such as a major rail project in Australia and AI-driven urban development in Riyadh. Beyond project execution, Jacobs emphasizes thought leadership and innovation, offering insights on topics ranging from urban sediment remediation to the future of transportation. Through strategic partnerships, such as with PA Consulting, they provide advisory services to public sector organizations and focus on creating a more connected and sustainable world.

University of Colorado Boulder

Boulder, United States academic

The Ann and H.J. Smead Department of Aerospace Engineering Sciences at the University of Colorado Boulder (CU Boulder) is one of the nation's top-ranked aerospace engineering programs and, by a significant margin, the public university that receives more NASA funding than any other — reflecting decades of deep collaboration with Boulder's extraordinary concentration of space research institutions. Located in Boulder at the foot of the Rocky Mountains, CU Aerospace operates within walking distance of LASP (Laboratory for Atmospheric and Space Physics), NOAA's Earth System Research Laboratory, NCAR (National Center for Atmospheric Research), and Ball Aerospace's former headquarters — forming one of the densest space science and engineering clusters in the world. CU Boulder's aerospace research spans the full spectrum: astrodynamics and orbital mechanics, autonomous systems and robotics, space weather physics, spacecraft design, electric propulsion, bioastronautics, and remote sensing. The department's astrodynamics group (known as the Aerospace Engineering Sciences orbital mechanics program, including the computational trajectory analysis group led by faculty like Bob Schumacher's successors) contributes to NASA mission planning, debris modeling, and autonomous satellite navigation. The propulsion group works on electric propulsion for nanosatellites, plasma physics, and advanced thruster concepts. CU's LASP is one of the most decorated space science research institutes in academia, having designed, built, and operated instruments on missions to the Moon, Mars, Jupiter, Saturn, comets, and the Sun — including the MAVEN Mars atmospheric escape mission (PI: Bruce Jakosky), the Solar Dynamics Observatory instruments, the TSIS solar irradiance sensor on ISS, the GOES-R weather satellite UV instrumentation, and dozens of planetary science instruments. LASP employs over 700 scientists, engineers, and students, making it one of the largest university-affiliated space institutes globally. CU Boulder's entrepreneurial culture has produced notable space alumni and spin-out companies. The university's aerospace ecosystem includes the Colorado Center for Astrodynamics Research and CU's research commercialization programs that have seeded multiple Boulder-area space startups. CU Boulder competes nationally with Caltech/JPL-adjacent programs, MIT, and the University of Michigan for top aerospace faculty and graduate students.

Airborne Engineering Ltd

Aylesbury, United Kingdom commercial

Airborne Engineering Ltd is a British rocket propulsion engineering company based at Westcott Venture Park in Aylesbury, England, a historic UK rocket propulsion test site now shared by several launch and propulsion companies. The company designs, builds, and operates static test facilities for liquid, hybrid, and solid propulsion systems, and also manufactures test instrumentation and handles propellants for customers as part of its research, testing, and innovation work for propulsion and other challenging-environment systems. Its client and partner list includes the European Space Agency, the UK Space Agency, fellow Westcott tenant Reaction Engines, Surrey Satellite Technology, the Netherlands' TNO research organisation, and university partners including Bristol, Cambridge, Cranfield, and Kingston.

Almatech

Lausanne, Switzerland commercial

Almatech, founded in 2009 and based in Lausanne, Switzerland, is a space engineering SME specializing in the development of mission-critical hardware, particularly space mechanisms. The company provides comprehensive engineering services across the entire project lifecycle, from initial quotation through to post-delivery support. Almatech’s core competencies encompass a range of space applications including launchers, satellites, in-orbit servicing, and lunar systems. Key technological areas for Almatech include precision mechanisms, CFRP structures, thermal systems, and actuation systems for thrust vectoring and grid fins. Notably, the company has developed landing leg systems for European launcher companies and is actively involved in in-orbit servicing technologies, currently partnering on the development of a satellite coupling gripper for orbit transfer. Almatech also possesses expertise in ultra-stable structures and calibration mechanisms for space science missions, having delivered the complete Optical Train Assembly for the CHEOPS exoplanet characterization satellite. To date, Almatech has completed over 115 space projects and supported more than 20 space missions, including contributions to ESA’s Solar Orbiter and CHEOPS missions. Beyond traditional space applications, the company is leveraging its expertise in advanced technologies to develop innovative solutions like ZESST, a zero-emission hydrofoiler utilizing space technology transfer. Almatech positions itself as a provider of high-precision, end-to-end engineering solutions for a diverse range of space and related applications, offering both bespoke and serial developments with a commitment to quality and long-term support.

Alter Technology Group

Sevilla, Spain commercial

Alter Technology Group, founded in 1986 and based in Sevilla, Spain, is a specialist company providing testing services for electronic components destined for space applications. Their core business centers on ensuring the reliability and performance of these components in the harsh environments of space, with a particular focus on radiation testing. This includes services like microsection testing for soldering verification, indicating a capability in detailed physical analysis of components. The company’s recent activities, as evidenced by news releases, demonstrate a broad range of testing and project involvement. Alter Technology Group supports projects like the DIGISOLAR and THRUST initiatives, and has been involved in the successful launch of the MTG-S1 satellite. They also participate in educational and outreach programs, such as CanSat competitions, and are engaged in emerging technologies like Quantum Key Distribution (QKD) photonics. Alter Technology Group is actively expanding its capabilities and geographic reach, recently announcing the opening of a state-of-the-art semiconductor testing facility in Minnesota, signifying entry into the US market. This expansion, coupled with involvement in diverse projects and technologies, positions them as a key player in the growing space electronics testing sector. While specific customer details are not publicly available, their contracts with the European Space Agency (ESA) and participation in various space programs suggest a client base encompassing both governmental space agencies and potentially private space companies. Their focus on specialized testing services provides a valuable contribution to the broader space industry by mitigating risk and ensuring mission success.

Antycip Simulation

Adderbury, United Kingdom commercial

Antycip Simulation (rebranded STE|Antycip after its acquisition by Singapore-based defense and engineering conglomerate ST Engineering) is a UK-headquartered provider of simulation software integration, training, and immersive visualization systems for space mission planning and analysis. The company is a leading European reseller and integrator of Ansys Systems Tool Kit (STK), the industry-standard orbital mechanics and space systems analysis software used by virtually every major space agency and defense contractor worldwide for conjunction analysis, coverage modeling, link budgets, and mission planning. Beyond STK consulting, Antycip provides immersive visualization — large-format display walls, CAVE virtual reality environments, and dome projection systems — used by space operations centers to visualize orbital environments and rehearse mission scenarios. As an ST Engineering subsidiary, Antycip benefits from a parent company operating across defense electronics, smart city, and aerospace MRO globally, with offices across Europe serving ESA, UK Space Agency clients, national defense agencies, and commercial satellite operators that require complex multi-orbit analysis and simulation tooling.

Astos Solutions, founded in 2006 and based in Stuttgart, Germany, is a space systems engineering company specializing in advanced simulation and software solutions for mission design and analysis. Their core business centers around trajectory optimization for all phases of spaceflight – launch, re-entry, and orbit transfer – alongside multidisciplinary spacecraft design optimization encompassing structural, propulsion, thermal protection, and power systems. Astos Solutions provides comprehensive mission performance analysis, including visibility, link budget, coverage, and lifetime estimations. Key technological capabilities include sophisticated modeling and analysis tools for thermal, power, and data management, as well as specialized camera and LiDAR simulation. Notably, they offer closed-loop testing of relative navigation solutions crucial for rendezvous and landing procedures, supported by affordable Model-in-the-Loop (MIL), Processor-in-the-Loop (PIL), and Hardware-in-the-Loop (HIL) solutions up to System Completion Operational Evaluation (SCOE) standards. Astos Solutions has established a presence within the European Space Agency (ESA), with their mission analysis and trajectory optimization software actively utilized by the agency. They also offer risk analysis services specifically tailored for launch and re-entry phases. The company positions itself as a provider of comprehensive, end-to-end simulation and analysis tools, enabling efficient spacecraft design, robust mission planning, and thorough risk mitigation for a range of space applications. Their focus on affordable and scalable testing solutions, from software to complete HIL setups, suggests a commitment to supporting both large-scale agency missions and potentially smaller, commercially focused projects.