Huntsville, United States of America
Huntsville, United States of America
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
A renowned engineer and science communicator, Destin Sandlin is the creator of the popular YouTube channel Smarter Every... View More
A renowned engineer and science communicator, Destin Sandlin is the creator of the popular YouTube channel Smarter Every Day, where he simplifies complex science and engineering concepts. View Less
Scott Munroe is a professional ice hockey player who has represented UAH in major leagues, including the American Hockey... View More
Scott Munroe is a professional ice hockey player who has represented UAH in major leagues, including the American Hockey League (AHL), showcasing the university's athletic talent. View Less
An influential Italian politician, Marta Grande serves as a member of the Italian Chamber of Deputies, demonstrating UAH... View More
An influential Italian politician, Marta Grande serves as a member of the Italian Chamber of Deputies, demonstrating UAH's global impact through its alumni. View Less
Josh Magette is a professional basketball player who has played in the NBA and international leagues, highlighting UAH�... View More
Josh Magette is a professional basketball player who has played in the NBA and international leagues, highlighting UAH’s contribution to professional sports View Less
Cam Talbot is an accomplished professional ice hockey goaltender in the NHL, widely recognized for his skills and perfor... View More
Cam Talbot is an accomplished professional ice hockey goaltender in the NHL, widely recognized for his skills and performance on the ice. View Less
Jan Davis, a former NASA astronaut and aerospace engineer, has had a distinguished career in space exploration, reflecti... View More
Jan Davis, a former NASA astronaut and aerospace engineer, has had a distinguished career in space exploration, reflecting UAH’s strength in STEM education. View Less
A former professional ice hockey player, Jared Ross played in the NHL and AHL, setting a benchmark for excellence in spo... View More
A former professional ice hockey player, Jared Ross played in the NHL and AHL, setting a benchmark for excellence in sports among UAH alumni. View Less
Travis S. Taylor is an acclaimed author, engineer, and star of television series like Rocket City Rednecks, showcasing h... View More
Travis S. Taylor is an acclaimed author, engineer, and star of television series like Rocket City Rednecks, showcasing his expertise and versatility. View Less
Steve Hettinger, a former mayor of Huntsville, has significantly contributed to the city's growth and development, embod... View More
Steve Hettinger, a former mayor of Huntsville, has significantly contributed to the city's growth and development, embodying UAH’s community-driven values. View Less
John Hendricks, the founder of Discovery Communications, has revolutionized the media landscape with innovative educatio... View More
John Hendricks, the founder of Discovery Communications, has revolutionized the media landscape with innovative educational content through networks like Discovery Channel. View Less
The below information is required while
completing the university application :
a) University online application
b) $60 application fee
c) Official transcripts
d) Scores from either the GRE, MAT or the GMAT exam
e) TOEFL/IELTS scores if the applicant’s native language is not English.
Requirements vary for each program. Please visit program page for specific requirements.
Know moreUAH researchers have made critical contributions to research aboard the International Space Station (ISS) in the 2020s. Their work has focused on space medicine, materials science, and the effects of microgravity on living organisms. These studies provide insights that benefit future deep-space exploration and human health. UAH’s involvement with the ISS has strengthened its reputation in space exploration. The university continues to contribute to the scientific knowledge gained from the ISS.
In the 2020s, UAH gained national recognition for its leadership in cybersecurity research, particularly in developing solutions for securing critical infrastructure. The university has partnered with various government agencies and private sector companies to address cybersecurity challenges. UAH researchers have contributed to improving the safety and reliability of digital systems in industries like defense, healthcare, and finance. The university’s cybersecurity programs have helped shape policies and innovations in the field. UAH continues to be at the forefront of cybersecurity research, ensuring the safety of the digital world
In the 2010s, UAH launched its Research Institute for Space Science, aimed at expanding research in space weather, satellite communications, and planetary science. This institute has helped position UAH as a global leader in space science research. It supports interdisciplinary research, fostering collaboration with major space agencies and organizations. The institute has attracted significant funding and continues to produce groundbreaking research in space science. UAH’s commitment to space science remains a cornerstone of its academic and research mission.
In the 2010s, UAH made strides in promoting STEM education, particularly by increasing diversity within its student body and faculty. The university focused on fostering an inclusive environment for underrepresented groups in science, technology, engineering, and mathematics. It launched several initiatives aimed at improving access to STEM education for women, minorities, and first-generation college students. UAH's efforts in STEM diversity have earned national recognition and continue to make a positive impact. The university remains dedicated to creating a more inclusive and diverse STEM community.
UAH made significant advancements in environmental engineering in the 2010s, focusing on sustainability and environmental protection. The university’s research in clean energy, water purification, and environmental health has led to practical innovations that contribute to a more sustainable world. UAH is known for its contributions to green technology and environmental solutions. These advancements have been used in various industries to reduce environmental impacts and promote sustainability. UAH’s environmental research has made a lasting impact on the global effort to combat climate change.
In the 2000s, UAH made significant contributions to space science, particularly in the development of advanced satellite systems and instrumentation for space missions. The university's work in space science has provided critical data for NASA’s Earth Science Division. UAH researchers contributed to the understanding of space weather, the environment, and the planet’s atmosphere. Their work has been vital in missions aimed at understanding climate change and solar system exploration. UAH remains a leading institution for space science research.
UAH strengthened its relationship with NASA's Marshall Space Flight Center in the 2000s, leading to joint research projects and a deeper involvement in human spaceflight missions. This collaboration has focused on developing technologies for the International Space Station (ISS) and space exploration beyond Earth’s orbit. The partnership with Marshall has resulted in numerous technological innovations and research breakthroughs. UAH researchers continue to provide NASA with vital expertise in space propulsion and exploration. This achievement is a testament to UAH’s ongoing contribution to space science and engineering.
UAH achieved a significant milestone in the 1990s with its high-performance computing research, which advanced the capabilities of supercomputers. UAH’s contributions to parallel computing and algorithm development have been used in a wide range of fields, including aerospace, biology, and climate modeling. The university’s work in this area has made it a leader in computational science and engineering. The high-performance computing infrastructure continues to support cutting-edge research. UAH's computing achievements have earned it a reputation for excellence in the tech industry.
In the 1970s, UAH established its College of Engineering, which rapidly gained recognition for its cutting-edge research in aerospace, mechanical, and electrical engineering. This development helped UAH become a leading institution for engineering education and research in the Southeast. The college has consistently ranked among the top engineering schools in the nation. Its programs have produced highly successful graduates in the fields of technology and industry. The college's ongoing contributions continue to shape the engineering landscape.
In the 1960s, UAH became a key partner in NASA’s space research efforts, significantly contributing to the Apollo lunar missions. Researchers at UAH played a role in the development of systems that helped NASA gather essential data for space exploration. This collaboration solidified UAH’s reputation as a leader in aerospace technology. It also led to the creation of various space-related technologies still in use today. UAH's involvement with NASA continues to this day.
UAH introduced advanced smart grid technology in the 2020s, using artificial intelligence to optimize electricity distribution. This innovation allowed for better integration of renewable energy sources into power grids. It improved energy efficiency and reduced waste, contributing to a more sustainable energy system. UAH’s smart grid solutions are now used to modernize global energy networks. This invention positions UAH at the forefront of clean energy technology.
UAH developed a satellite-based Earth observation system in the 2010s to monitor weather patterns, pollution, and natural disasters. The system provided high-resolution data that supported environmental research and climate change studies. It was used by NASA and other global agencies. The technology continues to aid in disaster management and climate studies. It exemplifies UAH's contributions to space-based environmental monitoring
UAH’s laser-based water purification system, developed in the 2010s, efficiently removed contaminants from water using lasers. This invention provided a sustainable solution for water treatment in areas lacking traditional infrastructure. It was particularly useful for disaster relief operations. The technology could be deployed in remote regions to ensure safe drinking water. This invention demonstrates UAH's commitment to global health and sustainability.
UAH developed a space-based fuel cell in the early 2000s to provide more efficient energy sources for spacecraft. The fuel cell helped reduce reliance on traditional power systems, supporting NASA’s mission to explore space more sustainably. This technology improved the longevity of space missions. It demonstrated UAH’s capability to innovate in energy solutions for space exploration. The fuel cell continues to play a role in modern space missions.
UAH developed a robotic arm in the 2000s that is used in space exploration to assist astronauts with various tasks. The robotic arm operated efficiently in zero-gravity environments, aiding in spacewalks and equipment repairs. It was integrated into NASA spacecraft, improving mission safety. This invention is a testament to UAH's expertise in robotics and space technology. It remains an essential tool in space operations.
In the 2000s, UAH invented an advanced air filtration system that efficiently removed contaminants from air in confined spaces. Designed for space stations and submarines, the system improved air quality for crew members. It became a critical component of life support systems. The technology also holds promise for improving air purification in other challenging environments. This innovation underscores UAH’s role in environmental technology for extreme conditions.
UAH researchers developed a high-resolution MRI system in the 1990s, enhancing medical imaging capabilities. This invention allowed for more detailed and accurate scans, especially for brain and spine diagnostics. It revolutionized the medical field by improving the detection of conditions. UAH’s MRI technology is still widely used in hospitals and research facilities. It marked a significant milestone in biomedical engineering.
In the 1980s, UAH pioneered the development of advanced wireless communication systems tailored for satellite networks. These systems improved the efficiency and reliability of communications in space. They supported critical advancements in global communication infrastructure. The invention exemplified UAH’s dedication to space technology. It continues to influence satellite communications used worldwide today.
Created in the 1970s, this system was designed to simulate real-time air traffic control operations, allowing for effective training of air traffic controllers. It enhanced safety by providing realistic scenarios for practice. The system became widely used for air traffic control training across the globe. This innovation highlighted UAH’s expertise in systems engineering. It continues to support aviation safety through modern simulations.
UAH developed a magnetometer in the 1960s to measure magnetic fields in space, contributing significantly to NASA's space exploration missions. This invention helped scientists better understand the Earth's magnetosphere. It played a vital role in lunar missions and was one of UAH's earliest contributions to space research. The magnetometer showcased UAH's strength in aerospace innovation. It is still remembered as a key development in space science.
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