Mechanical Engineer, Space Robotics

GITAI is a vertically integrated space and defense company building the next generation of hardware for low-Earth-orbit missions.

At our core is the space robotics technology that has defined GITAI from the beginning. A small, highly capable engineering team applies that foundation across satellite buses, in-orbit servicing robotics, and mission hardware for applications such as Earth observation. Today, a major focus of our work is supporting U.S. national security missions, particularly through proliferated LEO satellite constellations and other next-generation space systems.

We design, build, integrate, and test much of our hardware in-house. Electrical, mechanical, software, manufacturing, integration, and test teams work closely together, allowing a small team to own complete systems rather than isolated components. This vertical integration helps us move quickly, learn directly from hardware, and shorten the path from architecture to a working system.

We are still early. The systems, the company, and the market are all being built at the same time. Requirements change, technical problems are often ambiguous, and many answers do not yet exist. We are looking for exceptional engineers and operators who want broad ownership, can work across disciplines, and are willing to stay close to the hardware until the mission succeeds.

Your Mission

The Mechanical Engineer, Space Robotics owns the end-to-end development of assigned mechanical hardware for robotic spacecraft systems, including robotic arms mounted to satellite buses, satellite bus structures, solar array mechanisms, battery system enclosures, avionics packaging, mounting structures, fixtures, and ground support equipment. This role is not limited to desk-based design. It spans concept design, CAD, drawings, prototyping, fabrication support, hands-on assembly, integration, verification testing, failure investigation, and early-stage manufacturing support. The engineer applies established design guidelines and best practices, then feeds lessons from real builds and tests back into GITAI’s mechanical design standards to accelerate development cycles.

What You’ll Drive

• Design and iterate mechanical hardware across robotic, spacecraft, satellite, and propulsion systems, optimizing for performance, reliability, and testability.
• Work closely with electrical and software engineers to define requirements, interfaces, and assembly configurations that are practical to build and integrate.
• Assemble, integrate, and maintain prototypes and early builds, and feed insights back into the design to improve buildability and serviceability.
• Plan and execute testing, including operational verification as well as reliability and quality testing, and use results to drive design improvements.