UTA Research

UTA Research As a Carnegie R1 institution, The University of Texas at Arlington endeavors to improve the world we live in through research discovery.

Research Administration consists of the following departments:

Grants & Contract Services
Regulatory Services
Technology Management

A new feature story is now live on Inquiry Online, taking you inside UTA’s Smart Agriculture Research Center to showcase...
09/01/2026

A new feature story is now live on Inquiry Online, taking you inside UTA’s Smart Agriculture Research Center to showcase how data-driven innovation is redefining the future of farming. Visit Inquiry Online to read the story and see how academic research is translating into real-world agricultural impact.

Read now at uta.edu/research/inquiry

UTA biology assistant professor Qing Tang secured over $4.6 million in federal grants to study antibiotic resistance and...
08/31/2026

UTA biology assistant professor Qing Tang secured over $4.6 million in federal grants to study antibiotic resistance and host interactions in Listeria and Staphylococcus aureus. Backed by our R1 research institution, the Tang Lab aims to uncover critical drug targets and train future scientists to combat urgent, drug-resistant public health threats through innovative foundational research.

Read more: shorturl.at/5J3jX

UTA's new digital research publication, Inquiry Online, is now live, and I'm glad our university’s work has a home here....
08/28/2026

UTA's new digital research publication, Inquiry Online, is now live, and I'm glad our university’s work has a home here. Searchable, shareable, and accessible to anyone who wants to understand what academic research looks like in practice.

Explore now at uta.edu/research/inquiry

UTA researchers, led by mechanical engineering professor Alan Bowling, earned the 2025 Journal of Computational and Nonl...
08/26/2026

UTA researchers, led by mechanical engineering professor Alan Bowling, earned the 2025 Journal of Computational and Nonlinear Dynamics Best Paper Award. Funded by the NIH, the team developed a technique that slashes stem cell simulation times from months to just 69 minutes. This breakthrough accelerates research in tissue repair and regeneration by accurately predicting cell differentiation before experiments begin.

Read more: shorturl.at/GsNqj

We’re excited to share the launch of Inquiry Online, UTA's new digital platform for research news. This is more than a t...
08/25/2026

We’re excited to share the launch of Inquiry Online, UTA's new digital platform for research news. This is more than a technology upgrade. It's an investment in the visibility of the exceptional work being done by our faculty, students, and partners every day. Check it out now at uta.edu/research/inquiry

Inquiry, UTA’s research publication covering the university's expanding footprint in discovery is making the move online...
08/23/2026

Inquiry, UTA’s research publication covering the university's expanding footprint in discovery is making the move online. More access. More reach. More ways to share the research shaping our world. Follow along to be among the first to know.

UTA's Inquiry is coming to you in a new form; fully digital, fully searchable, and built to keep researchers, faculty, a...
08/21/2026

UTA's Inquiry is coming to you in a new form; fully digital, fully searchable, and built to keep researchers, faculty, and partners connected to the scholarship that matters. We'll have more to share soon.

While nature or lab conditions cannot completely eliminate empty gaps between atoms, extreme heat and pressure can decre...
08/19/2026

While nature or lab conditions cannot completely eliminate empty gaps between atoms, extreme heat and pressure can decrease these spaces and alter atomic arrangements. By mimicking extreme environments using tools like multi-anvil presses, UTA chemist Robin Macaluso explains how scientists induce phase transitions—such as turning graphite into diamond—to create superhard or novel functional materials.

Read more: shorturl.at/GYUzs

UTA research published in Mathematical Biosciences reveals why continuous targeted therapy outperforms intermittent dosi...
08/17/2026

UTA research published in Mathematical Biosciences reveals why continuous targeted therapy outperforms intermittent dosing for melanoma. Using mathematical modeling, Associate Professor Souvik Roy found that dynamically tapering treatment—rather than applying rigid on-and-off schedules—optimally balances tumor control and toxicity reduction, preventing drug resistance while providing a framework adaptable to other cancers.

Read more: shorturl.at/JQDGz

A two-decade study tracking 35,000 adults over 50 shows that sustained exposure to extreme heat and cold significantly i...
08/13/2026

A two-decade study tracking 35,000 adults over 50 shows that sustained exposure to extreme heat and cold significantly increases high-impact chronic pain, particularly among low-income and rural residents with limited access to cooling. UTA researchers urge adding chronic pain to public heat advisories, tailoring rural energy assistance programs, and factoring local climate into clinical pain management.

Read more: shorturl.at/IKwX6

Address

University Administration Building, 701 S Nedderman Drive
Arlington, TX
76019

Opening Hours

Monday 8am - 5pm
Tuesday 8am - 5pm
Wednesday 8am - 5pm
Thursday 8am - 5pm
Friday 8am - 5pm

Telephone

+18172722105

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