Funding Strengthens Alabama A&M’s Role in Cutting-Edge Research on Nuclear Propulsion

Alabama A&M University Assistant Professor Chemistry, Dr. Clyde Varner, has received yet another National Science Foundation (NSF) and NASA grant award of $248,000. The funding will support pioneering research on advanced space propulsion technologies.

Varner’s project, titled “Advanced Computational Modeling and Experimental Validation for Uranium Carbide Nuclear Fuels in Space Propulsion Systems,” focuses on developing new technologies for deep-space missions, aligning with NASA’s strategic goals for human exploration of Mars.

“This research will combine computational modeling and experimental validation to enhance the understanding and application of uranium carbide nuclear fuels in space propulsion systems,” Varner explained. “This award represents an important milestone in Alabama A&M’s efforts to contribute to advanced space exploration technologies, especially nuclear propulsion.”

The NSF’s Established Program to Stimulate Competitive Research (EPSCoR) Research Infrastructure Improvement (RII) program has contributed $188,502, while NASA’s EPSCoR program added $60,000.

“The additional $60,000 from NASA will be used to acquire advanced equipment, enhancing Alabama A&M’s research facilities and laying the groundwork for future high-impact projects,” says Varner. “This partnership with NASA strengthens our role as a key player in the space industry, opening doors for further collaboration with federal agencies and research institutions.”

Varner says the primary goal of the research is to develop accurate computational models for uranium carbide nuclear fuels and validate the models through experimental testing. These insights are crucial for optimizing nuclear thermal propulsion systems, which are essential for long-duration space missions.

“These systems are vital for NASA’s future deep-space missions, including human exploration of Mars,” Varner stated. “By enhancing fuel performance in extreme space environments, we’re contributing to the next generation of space exploration.”

Alabama A&M students will have the unique opportunity to work on this project alongside NASA scientists at the Marshall Space Flight Center (MSFC) in Huntsville, Alabama.

“Students involved in this research will gain invaluable hands-on experience in computational modeling and experimental techniques,” said Varner. “They will be exposed to state-of-the-art technology and will collaborate directly with NASA experts, equipping them with the skills necessary for careers in aerospace, materials science, and nuclear research.”

Varner says this project supports Alabama A&M’s long-term research goals by strengthening its ties with NASA and other research institutions by positioning the University as a valuable partner in advanced space research.

“The research outcomes will not only contribute to NASA’s goals but also demonstrate that historically underrepresented institutions can produce high-caliber, impactful research,” adds Varner. “My goal is to produce tangible outcomes that could be implemented in space missions, thus contributing to our nation’s space program.”

Read More at: https://new.nsf.gov/news/nsf-announces-8-epscor-awards-fund-research-fellowships-nasa