Explore the University Our Future Demands
A National Science Foundation grant is helping earth and environmental sciences Assistant Professor W. Ashley Griffith study how rock structures react to events such as earthquakes, meteor impacts, and explosions.
As a producer, director, and actor, Julienne Greer knows how to draw people’s deepest emotions to the surface. Now, she’s using that knowledge to help scientists and engineers build more lifelike robots.
Engineering, nursing, and social work researchers are combating the rise in mental illness among young adults by developing better ways to screen for depression, treat PTSD in veterans, and more.
Professor Kay-Yut Chen’s research examines why people make the decisions they do in business and how we can predict those decisions. Such data-driven insights help companies improve their bottom line.
By studying the genomes of such diverse creatures as pigeons, pythons, and beetles, UT Arlington biologists are uncovering important insights into what makes us human.
UT Arlington researchers have designed an apartment equipped with intelligent care technology to reduce risks encountered by older adults and people with disabilities who want to live independently in their own homes.
Conversations about sustainability usually include topics like renewable energy and carbon emissions. But when biochemistry senior John Gurak addresses the subject, he focuses on something entirely different.
Could an overlooked class of stars host life? How can we prevent space weather from wreaking havoc on Earth? Do exomoons really exist? UT Arlington physics are answering these questions and more.
What will the city of the future look like? UT Arlington professors believe they’ll feature high-rise structures with levels of greenery and aerial trams that zoom workers straight to high-tech offices.
UT Arlington is changing the way undergraduate students prepare for STEM careers through a new program that emphasizes real-world research and experiential learning.