TUSCALOOSA, AL – As the United States advances its focus on space exploration, national security and emerging technologies, the need for cutting-edge research and industry talent continues to grow. The University of Alabama System universities – The University of Alabama, The University of Alabama at Birmingham, and The University of Alabama in Huntsville – are advancing scientific discovery, supporting NASA missions and preparing a highly skilled workforce through strong academic programs to support the nation’s important aerospace priorities.
“With U.S. Space Command coming to Huntsville and Alabama pursuing the United States Space Academy, our state has an extraordinary opportunity to play an even greater role in America’s space future,” said UA System Chancellor Sid J. Trant. “Across the University of Alabama System, our universities are already producing the discoveries, technologies and talent that this critical national mission will require.”
The University of Alabama in Huntsville
Located in Cummings Research Park, the nation’s second-largest research park, UAH is surrounded by more than 300 aerospace, defense and technology companies, as well as NASA’s Marshall Space Flight Center, Redstone Arsenal and the future headquarters of U.S. Space Command. That concentration of academic, military, government and industry expertise places the university at the center of one of the nation’s most significant aerospace and defense hubs.
The university’s location and capabilities also strengthen Alabama’s bid to locate the proposed United States Space Academy in Huntsville. Gov. Kay Ivey announced the state’s formal bid on Oct. 1, citing Huntsville’s research capabilities, STEM education pipeline and aerospace workforce among the reasons Alabama is positioned to train the nation’s next generation of space leaders.
UAH ranks in the top 10 nationally for aerospace, aeronautical and astronautical engineering research, and the university’s researchers are working with NASA’s Marshall Space Flight Center to address some of the most significant challenges facing future missions. Led by Dr. Robert A. Frederick, Jr., the UAH Propulsion Research Center is advancing nuclear thermal propulsion technologies that could significantly reduce travel times for missions to Mars and beyond. Dr. Gabe Xu is developing plasma-based technology designed to help astronauts maintain healthier living environments during missions to the moon and Mars, while also conducting research in atmospheric plasmas, fusion propulsion and hypersonic systems with applications in aerospace, defense and energy.
UAH’s influence extends beyond research, with academic programs and experiential learning opportunities that prepare students for careers in aerospace, defense and advanced technology fields. Earlier this year, a UAH engineering team won NASA’s Student Launch Initiative, finishing first among 23 university teams after a nine-month rocket design and testing competition. UAH students also earned top finishes in NASA’s Human Exploration Rover Challenge and the American Astronautical Society’s CanSat Competition, giving students hands-on experience addressing challenges encountered by aerospace professionals.
Headquartered at UAH, NASA’s Alabama Space Grant Consortium brings together institutions across Alabama to support students pursuing aerospace-related careers in science, technology, engineering and mathematics with scholarships, fellowships and research opportunities. In 2026, students at UA and UAB received Alabama Space Grant awards supporting research across a range of STEM fields while providing opportunities to connect with scientists and pursue aerospace-related careers.
The University of Alabama
At The University of Alabama, researchers and students are contributing to spacecraft mission design, satellite technology and the systems that will support future space exploration.
One of UA’s most significant contributions is the Astrodynamics Software and Science Enabling Toolkit, or ASSET, developed by Dr. Rohan Sood and researchers in the Astrodynamics and Space Research Laboratory. NASA, federal laboratories, universities and private companies use the open-source software to calculate spacecraft trajectories and evaluate mission designs. ASSET plays an important part in NASA’s ongoing and future missions, including Artemis I and Artemis II, and helped boost the Orion spacecraft toward the moon.
Meanwhile, UA’s Alabama Materials Institute is leading a $6 million Air Force Research Laboratory project to develop a safer, more cost-effective satellite propellant in partnership with NASA’s Marshall Space Flight Center, Oak Ridge National Laboratory and Plasma Processes.
UA students extend their education through experiential learning programs that connect classroom work with real aerospace missions. The Alabama Astrobotics student team designs and builds autonomous rovers for NASA’s Lunabotics Challenge, while the student-led UASPACE program develops satellites for NASA’s CubeSat Launch Initiative, including the BAMA-2 satellite expected to launch in late 2026.
The University of Alabama at Birmingham
At UAB, aerospace research brings together engineering, materials science and human health, all of which will become more important as space missions grow longer and more complex.
UAB’s Engineering and Innovative Technology Development (EITD) group has worked alongside NASA for decades to develop technologies used aboard the International Space Station and other missions. A leader in cold-stowage hardware for microgravity and exploration environments, EITD has had as many as 17 payloads operating in orbit at one time through a $500 million NASA contract.
In 2025, NASA selected UAB for a $37 million contract to develop a lunar freezer system capable of safely transporting temperature-sensitive materials from the moon and the Gateway space station back to Earth. The technology is expected to preserve critical scientific samples collected during future Artemis-era missions and support long-duration exploration.
UAB researchers are leveraging the unique environment of space to advance scientific discovery. In 2026, investigators launched a biomedical study aboard the International Space Station examining how pneumonia can contribute to serious heart complications. Studying these effects in microgravity could provide insights that benefit human health both in space and on Earth.
In addition, UAB researchers are leading a $7.5 million Department of Defense Multidisciplinary University Research Initiative program exploring advanced materials with potential applications in future aerospace systems. Led by Dr. Kathy Lu, the research could help support future hypersonic vehicles and other aerospace technologies that operate under extreme heat and demanding conditions.
Students contribute to UAB’s aerospace efforts through research and projects that connect classroom learning with real-world applications. This year, the Rocketry Club reached NASA’s Student Launch competition, where students designed, built and tested high-powered rockets. These experiences provide practical training that complements UAB’s broader contributions to aerospace research and technology development.
One System, Shared Impact
From spacecraft propulsion and mission design to human health and workforce development, UA System institutions are helping shape the next era of space exploration. The research, academic programs and partnerships across the UA System strengthen Alabama’s position as a national leader in aerospace and advance a mission of critical importance to the nation.
About the University of Alabama System
Committed to excellence in teaching, research, and service, the University of Alabama System includes three doctoral research institutions – UA, UAB, and UAH – and the world-class UAB Health System. The UA System educates more Alabamians than any other university system and provides transformational research in areas ranging from aerospace to biomedicine to transportation. Its hospitals and clinics care for millions of patients annually and serve people in every county of Alabama. As the largest employer in the state, the overall economic impact of the University of Alabama System exceeds $18 billion a year.