Explore the University Our Future Demands
More than 50 teams frolicked in the muck at the 23rd annual Oozeball mud volleyball tournament on Greek Row. One of UT Arlington's most popular and longest-running traditions, the event benefits student scholarships.
Wayward cancer cells often cause tumors elsewhere in the body. Bioengineering Professor Liping Tang is creating a bone marrow-mimicking trap to attract these cells and confine them to a single location.
Jose Antonio Vargas discussed his life as an undocumented immigrant in the semester's first Maverick Speakers Series lecture. A native of the Philippines, Vargas says he has spent much of his life trying to prove he's an American.
UT Arlington's capacity to explore the growing field of optics is expanding. A $500,000 endowment established through a gift from Nelson Claytor creates a distinguished professorship in honor of his father, Richard Claytor.
U.S. News and World Report ranks UT Arlington fifth nationally for providing a racially and ethnically diverse campus. The University moved up from seventh place in last year's diversity rankings.
As energy demand rises, the electrical grid in the United States is steadily pushed to its limits. Electrical engineering Professor Qilian Liang is developing a digitally enabled smart grid to help ease that burden.
Madeline McClure ’97 left a lucrative Wall Street job to start a nonprofit organization for child abuse victims. She and three other alumni describe how UT Arlington prepared them for professions vastly different from their original ones.
UT Arlington's Center of Excellence for High Energy Physics has contributed to the Higgs boson search for almost two decades. Physicists believe the Higgs, often referred to as the “God particle,” gives matter in the universe its mass.
Jocelyn Zee is among a handful of young, brilliant students who have used UT Arlington as a springboard to success. She enrolled at age 13 and is now a physician. Meet similar grads and a current student who’s following in their footsteps.
Two aerospace engineers have received a three-year NASA grant to study novel injector designs to support combustion at hypersonic speeds, aiming to reduce air travel times and make space access affordable.