Drive the development of on-board autonomy algorithms and flight software, ensuring safety in human spaceflight while collaborating with engineers to meet mission objectives. Engage in requirement analysis, simulation, and software integration to enhance lunar transport.

Transform the autonomy processes for spacecraft by developing essential algorithms and controls. Collaborate with engineering teams to enhance systems for lunar missions, ensuring safety and efficiency in innovative space product development.

Innovate on-board autonomy for lunar landers by developing algorithms, control systems, and software. Lead simulations, verify requirements, and ensure safety in human spaceflight through cutting-edge spacecraft development engineering.

Contribute to cutting-edge mechanical system designs for aerospace missions, applying engineering principles to optimize hardware from concept through detailed modeling. Collaborate with cross-functional teams to ensure mission success and mechanical integrity.

Unlock potential by engineering advanced mechanical systems for in-space infrastructure and mobility missions. Collaborate cross-functionally to design, optimize, and validate mechanical hardware that supports pioneering space capabilities.