NASA Announces 2026 Graduate Research Fellows for Advanced Space Technology Development
NASA has unveiled its 2026 cohort for the Space Technology Graduate Research Opportunities program. This initiative supports university students across the United States as they conduct research on critical space technologies, ranging from autonomous robotic systems and lunar resource processing to advanced propulsion and thermal management for future exploration missions.
The 2026 NSTGRO program, managed by NASA's Space Technology Mission Directorate, funds graduate students to advance technologies essential for long-duration space exploration. Research topics are diverse, covering areas such as cislunar navigation, planetary surface logistics, and in-situ resource utilization. For instance, students are exploring methods to process lunar regolith for metal production, developing autonomous docking interfaces for small satellites, and designing innovative thermal management systems like compact magnetic heat switches and liquid droplet radiators. Other projects focus on complex physics, including plume-surface interactions during landings and non-equilibrium thermochemistry for atmospheric entry.
By supporting these researchers at institutions like the University of Colorado, Boulder, MIT, and Georgia Institute of Technology, NASA aims to foster innovation in fields critical to sustainable off-world presence. The research spans from developing soft robotics for planetary logistics to creating advanced power systems, such as vapor core nuclear reactors and molten salt-powered lunar outposts. These fellowships provide the resources for students to tackle technical hurdles in space hardware, navigation, and material science, directly contributing to the agency's broader objectives for lunar and Martian exploration.
Source: NSTGRO 2026
