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University of Alabama in Huntsville: A Thriving Hub of Innovation, Excellence, and Community Impact

The University of Alabama in Huntsville (UAH) is a premier institution of higher education, marked by academic excellence, groundbreaking research, and a powerful commitment to actively engaging within the community. With a current student population of 8,564, UAH continues to grow and foster a dynamic environment that cultivates innovation, leadership, and success.

The class of 2024 brings in an impressive academic profile, with an average ACT score of 26.4 and a GPA of 3.9 for entering freshmen. The university has a significant national and international presence, as demonstrated by its diverse student body, with peers coming from 56 countries and 49 states.

Research Excellence

At UAH, research is a cornerstone of the university’s mission. With 17 research centers spanning disciplines in engineering, science, business, and the humanities, UAH is committed to pushing the boundaries of knowledge and contributing to critical advancements in various fields. The university’s students and faculty work closely together to drive innovation, particularly in cutting-edge areas like cybersecurity, aerospace, and healthcare.

Situated in the heart of the Rocket City, UAH has earned national recognition for its role in space exploration. The university has claimed back-to-back wins in the prestigious NASA Human Exploration Rover Challenge in 2023 and 2024, marking the fifth victory in the program’s 30-year history. UAH’s Space Hardware Club, one of the largest registered student organizations on campus, also plays a major role in NASA’s Artemis Student Challenges and other international STEM competitions.

Academic Programs and Student Success

With more than 100 areas of study available, UAH’s academic offerings empower students to reach their full potential. The university’s College of Engineering, the largest of UAH’s six colleges with over 3,000 students, provides rigorous programs in aerospace, civil, electrical, and mechanical engineering, among others. 

UAH is also the home for the Center for Cybersecurity Research and Education and boasts one of the largest number of students majoring in cybersecurity within the university.  This highly technical cybersecurity degree program equips graduates with a comprehensive understanding of contemporary computing systems, enabling them to recognize, examine, and address vulnerabilities.

The College of Nursing has built a reputation of excellence, boasting a 100% NCLEX pass rate in 2023 compared to a national pass rate of 84%. Students in the College of Nursing also play a vital role in the Huntsville community. In November, the College of Nursing hosted a Health Equity Symposium to strengthen collective efforts in promoting health equity in our community.  The College also partners with Huntsville Hospital to host Let’s Pretend Hospital, an educational event where first graders learn about medical care through hands-on, interactive experiences.

Innovation and Creativity

Innovation is a key theme at UAH, where students have ample opportunities to apply their knowledge and creativity in real-world scenarios. The Boeing 24-Hour Innovation Challenge, for example, invites students to work in teams to develop innovative business solutions, competing for a share of $15,000 in scholarships. This challenge provides students with a platform to develop critical problem-solving and entrepreneurial skills.

Additionally, UAH fosters creativity through its Artist in Residence program at Lowe Mill Studio, allowing students to engage with professional artists and explore the intersection of art, technology, and community.

Athletics and Campus Life

UAH offers a well-rounded collegiate experience with a strong focus on athletics. The university sponsors 15 NCAA Division II programs, with a history rich in achievement: two NCAA national championships, 53 conference titles, 83 NCAA postseason appearances, and 158 All-Americans. This commitment to athletics provides students with opportunities for excellence both in the classroom and on the field.

The UAH campus also offers a vibrant student life, with 15 Greek letter organizations and a robust set of clubs and activities that encourage leadership, community service, and personal development. The university’s location in Huntsville, a city renowned for its tech industry and space exploration focus, also provides students with access to internship and career opportunities in government agencies such as NASA, as well as leading global companies like Boeing and Raytheon Technologies.

A Bright Future Ahead

UAH’s emphasis on academic achievement, research innovation, and community engagement ensures its position as a leading institution. Whether through top-tier programs, groundbreaking research, or opportunities for hands-on learning, the University of Alabama in Huntsville remains committed to preparing students for success in a rapidly changing world.

With a forward-thinking approach and a commitment to excellence, UAH is poised to continue shaping the next generation of leaders, researchers, and innovators for years to come.

The University of Alabama in Huntsville has developed a cybersecurity software for the U.S. Army Space and Missile Defense Command, the university announced. The software began performance testing on one of Lockheed Martin’s In-space Upgrade Satellite System (LM LINUSS) technology demonstrator CubeSats. The software, Small Satellite Defender, is an intrusion detection system designed for small satellites.

The Small Satellite Defender – created by UAH students, UAH Center for Cybersecurity Research and Education (CCRE) staff and SMDC cybersecurity engineers – will continue to run for several weeks collecting data and periodically transmitting data to the ground station. The students are members of the Space Testing and Resiliency Simulation team (STARS), who perform small satellite research and development for USASMDC.

“We are extremely proud of our students. Originally, they wrote the software and completed it for SMDC, and then Lockheed Martin approached us to collaborate with their LM LINUSS program,” said Dr. Tommy Morris, director of the UAH CCRE. “Our students restructured their code to run on LM LINUSS, passed tests on a Lockheed Martin laboratory model and developed an in-flight test plan with Lockheed Martin engineers.”

The Small Satellite Defender runs with relatively low power, monitors for satellite specific threats and requires very low bandwidth. The software is collecting data for multiple weeks and periodically transmitting the cyber status to the ground station. The initial test results indicate the Small Satellite Defender software performed as intended, and the application passed all in-flight tests.

Lockheed Martin began on-orbit operations in early 2023 with the LM LINUSS CubeSats. The internally funded satellite system was part of Lockheed Martin’s mission to validate essential maneuvering capabilities through rendezvous and proximity operations for future space upgrade and servicing missions.

“We are thrilled that LM LINUSS is being utilized above and beyond its original mission objectives, which demonstrates how Lockheed Martin is leading innovation by reconfiguring satellite missions on-orbit,” said Bob Behnken, Lockheed Martin’s director of Technology Acceleration for its Ignite organization. “We are proud to partner with UAH to provide this unique STEM opportunity for their students and to help strengthen cyber resiliency.”

UAH is a member of the SMDC’s Underserved Community Cybersecurity and Engineering Educational Development initiative, known as SUCCEED. The program began as a joint initiative between SMDC and UAH to create a talent pipeline and reach students at underserved high schools and universities across the state and beyond.

“Our students are leading the way for cybersecurity research and development programs. Their agility and knowledge allow for greater collaborations such as this with our industry and government partners,” said UAH President Dr. Charles L. Karr. “UAH is pleased to see our graduates also engaging in cybersecurity initiatives around the state. On the project alone, there were UAH alumni working for SMDC. We congratulate our students and graduates working in cyber.”

The state of Alabama is working to strengthen its STEM workforce. Through various technology initiatives, universities across the state are encouraged to create a conduit to the industrial base. Cybersecurity engineering is one of the major priorities.

“Recruiting, retaining and expanding 21st century jobs in Alabama requires us to encourage future generations of workers who are well-trained in the STEM pathways,” said Lt. Gov. Will Ainsworth. “UAH’s Small Satellite Defender on-orbit demo, enabled by Lockheed Martin’s LM LINUSS, is a key tool in developing those skills and is one of the early successes in our statewide initiative called Strengthening Alabama’s Critical Infrastructure Resiliency, which is known by the acronym SACIR.

“The technology sector is an important bedrock in Alabama’s economy, and these programs help ensure it remains healthy,”

Recognizing the potential benefits of using artificial intelligence in the classroom, the University of Alabama in Huntsville has developed resources to help faculty and students incorporate this cutting-edge technology in ethical, responsible and effective ways to enhance learning.

The new guidance goes into effect this semester.

“Part of our mission at UAH is to educate individuals in innovation and critical thinking,” said Dr. Michelle Greene, director of the Enhanced Teaching and Learning Center at UAH. “Artificial intelligence does not replace the need to learn material or think critically.”

Greene, who is also a lecturer in the Department of Chemistry, led the campus task force that compiled AI resources and guidelines for faculty and students.

“Because AI provides everyone with tools to do certain tasks quicker and easier, we are providing resources to help the faculty figure out what role AI can play in the classroom and in the future lives of our students,” she said.

“It is our responsibility to give students the knowledge and experience to ask the right questions and ethically incorporate new technologies into their lives.”

ChatGPT is just one of many AI tools available to faculty and students. It is designed to create human-like conversation in natural language to answer user questions. Other AI tools focus more directly on academic research, including Consensus, designed to extract information from scientific research to offer evidence-based answers, and Research Rabbit, a citation-based literature mapping tool designed to reduce search time for sources.

UAH’s general AI guidelines point out that users of these tools should be aware that they are prone to inaccuracy and that all answers should be independently verified by users for accuracy in content and documentation.

Teaching guidelines offer examples of how AI tools and their products could be incorporated into assignments as well as discussion or debate topics:

It is up to faculty to decide whether AI will be used in their courses. If AI is allowed, faculty may restrict its use to certain assignments or may let it be used without restrictions. Faculty must make their classroom policies related to AI use clear and accessible to students.

Whenever AI is used, it must be properly documented and cited in all student work. Students who violate the AI policy will be subject to disciplinary action for academic misconduct.

University students from across the United States competed in the 14th annual Wernher von Braun Memorial Symposium (VBS) student poster competition hosted by The University of Alabama in Huntsville (UAH), a part of the University of Alabama System, on Oct. 12-14.

“This is the third year that the VBS poster competition was open to academic research by students from any university. As a result, we had more than 80 students apply, not only from UAH but also from across the country and internationally,” says Dave Cook, director of undergraduate research for UAH’s Office of Academic Affairs.

“We were really excited to have this opportunity for our undergraduate and graduate students to go head-to-head with students from other universities. UAH students captured two of the eight finalist spots, and all the UAH participants did an excellent job representing UAH.”

The poster session is an opportunity for students to present research projects relevant to the aerospace industry, such as atmospheric science, earth observation, space life sciences, space health, aerospace systems engineering and design, astrophysics, space weather, optics, economics, business, policy, sustainability, history, international relations, education, STEM outreach initiatives and related areas.

This year, the field of 80 applicants was narrowed to 30 students from across the country who were selected to participate in the competition.

“It was really exciting getting back to a face-to-face poster session after holding the competition virtually last year. You could feel the students’ energy and enthusiasm to present their posters,” Cook says.

“Students have an opportunity to explain their research to a team of judges made up of American Astronautical Society (AAS) members. Student poster participants are also able to join VBS symposium sessions and networking events, so it’s really a valuable opportunity for them to improve their communication skills and interact with professionals in the aerospace field.”

Again this year, AAS offered the opportunity for one of the poster competition finalists to present their research at the International Astronautical Congress (IAC) in Paris, France, set for Sept. 18-22, 2022. The poster competition finalists can apply to the IAC, and of those selected, AAS will choose one student to receive registration, airfare and lodging for the conference in Paris.

The AAS top pick from last year’s finalists, UAH student Emily Wood, will be attending the IAC in Dubai later this month as part of this opportunity.

“This is an amazing chance for one of the poster finalists to attend the world’s largest gathering of aerospace-related experts, and present their research,” Cook says. “We thank the AAS for making UAH the home of this opportunity, and I’d also like to thank the UAH faculty and research staff who work with our students and encourage them to participate in events like this.”

This year’s poster finalists:

Graduate Division

First Place
University of Colorado, Boulder
Taralicin Deka
“Astrodynamics-informed kinodynamic motion planning for relative spacecraft motion”

Second Place
University of Alabama in Huntsville
Mitchell Schroll
“Computer Vision Analysis of Gas Bubble Flow through Liquid Metal”

Undergraduate Division

First Place

University of Southern California
Lance Mayhue
“Characterization of Additively Manufactured Fuel Grains for Hybrid Rocket Engine Applications”

Second Place

California State Polytechnic University, Pomona
Zachary Gaines
“Satellite Formation and Control Test Bed for University ADCS Development and Research”
Physical And Liberal Sciences

Graduate Division

First Place

Johns Hopkins University
Devin Mair
“A Human iPSC-based 3D Microphysiological System for Modeling Cardiac Dysfunction in Microgravity”

Second Place

University of California, Los Angeles – David Geffen School of Medicine
Timothy Liu
“Spaceflight-Induced Osteoporosis: Microgravity Effects on Non-Weight-Bearing Bone and Treatment with BP-NELL-PEG”

Undergraduate Division

TIE FOR FIRST PLACE

First Place

University of Alabama in Huntsville
Sara Mog
“Fiber-Optic Temperature/Heat-Flux Sensor for Future Venus-Landing Missions”

University of Florida
Tushar Shenoy
“Drug Efficacy Testing in Skeletal Muscle Microphysiological System to Develop Spaceflight Countermeasures to Muscle Atrophy”

(Courtesy of UAH)

The University of Alabama in Huntsville Department of Athletics is pleased to unveil the Inaugural Class of the UAH Athletics Hall of Fame, announcing 10 members that will be enshrined for their extraordinary accomplishments and contributions as a Charger.

“We are excited to announce our first-ever UAH Athletics Hall of Fame Class,” stated Director of Athletics Dr. Cade Smith. “These 10 individuals are among the very best Chargers and truly exemplify the best about college athletics, especially at UAH. It was tough as a committee in our discussions to pick just 10 individuals to be our first Hall of Fame members, but we believe we have a strong group of Chargers of which we can all be proud. We can’t wait to celebrate these men and women in person when it is safe to do so, and we look forward to announcing more details about an induction ceremony.”

Former student-athletes become eligible for induction consideration 10 full years after their last season of collegiate competition and should have earned All-America, all-region, or all-conference honors, and additionally potential nominees should be of good character and reputation while exhibiting community involvement and citizenship. (more…)

The University of Alabama in Huntsville (UAH) will be the first in the state to offer the Hacking for Defense (H4D) cybersecurity class beginning in spring semester 2020.

The H4D initiative at UAH is led by the Invention to Innovation Center (I2C) and Department of Computer Science.

“The I2C presents opportunities for out of the box thinking and H4D allows our faculty and student body to experience just that. H4D is an immersive program designed by the best minds in entrepreneurship and education. We are glad to play a pivotal role in bringing it to campus. Through H4D students will have the ability to work on “real-world” problem sets defined by various Dept. of Defense agencies and apply the curriculum to provide insights and solutions to respective stakeholders. This is hands-on learning at its best,” says Rigved Joshi, director at the I2C. (more…)