Texas Advanced Computing Center’s Frontera system is the most powerful supercomputer in academia in the world. We offer computing time for research and development work, artificial intelligence, machine learning, data analytics, and large-scale data storage. Researchers can bring their own code, or Texas Advanced Computing Center staff can help write programs to solve challenges. Training is also available, free of charge.

The M.A. in Design focused on Health program brings together expert designers and health design specialists to teach courageous health care leaders and professionals the latest design methods underpinning revolutionary solutions for health’s most wicked problems. The program teaches learners how to become a force of innovation by using person-centered design methodologies. Students learn to prototype, test, and iterate solutions, based on measuring impact and results that matter.

The Freshman Research Initiative (FRI) engages first-year students in real-world research experiences with UT faculty and scientists. Each year, more than 1000 undergraduates explore unanswered questions in STEM fields to uncover new knowledge and develop innovative technologies in 30 faculty-led research groups. FRI has become a national model for science education, as students are more likely to complete STEM degrees and graduate better prepared to pursue advanced degrees or industry jobs.

Global Career Launch supports faculty with an established relationship at a university or an industry partner abroad to serve as faculty director to lead and supporting cohorts of up to 10 UT students as they intern or conduct research with said collaborator/institution. Interdisciplinarity is encouraged and the faculty’s research or teaching does not need to align with students’ internships. Research and internships focused on entrepreneurship and innovation are invited to apply.

The Inventors Program (IP) engages undergraduates in applied experiences where they generate solutions to interesting questions. IP is inclusive to students who may not typically identify as entrepreneurs or innovators. Student teams are scaffolded through tiered experiences where they explore problem-scoping and ideation and develop industry and scientific skills with prototyping and project pitches. An IP industry network prepares students for internships and future careers in STEM industries.

The President’s Award empowers students and faculty to examine real-world interdisciplinary topics while incorporating in-country learning into the classroom experience. Faculty work closely with other UT faculty, student teams, and international partners, utilizing funding and administrative support provided by the award to implement international projects. Students earn 4 credit hours during the one-year program. Projects incorporating entrepreneurship and innovation are invited to apply.

Texas Immersive Institute’s mission is to provide access to emerging technology and research and design experiences for artists, scientists, and humanists who use storytelling to share solutions to big problems that are responsive, responsible and remarkable.

Our goal is to imagine the unknown into existence through the practice of Immersive. We strive to ensure our community lives at the intersection of culture and commerce such that consumers can engage through a blend of physical, digital and voice environments with ease.

The Undergraduate Research Fellowship provides up to $1,000 in support for specific scholarly research projects conducted by full-time UT undergraduate students enrolled in any department. These fellowships are intended to cover costs associated with academic research projects proposed and written by student applicants and undertaken with the supervision of a university tenured or tenure-track faculty member, lecturer, senior lecturer, or full-time research scientist/engineer.

A state-of-the-art facility where staff explores the intersection between human perception and large-scale visual analysis through the study of visualization and interactive displays. The Vislab serves as a research hub for human-computer interaction, tiled display software development, and visualization consulting. The Vislab offers opportunities to UT faculty, staff, and students to use visualization, interaction, and computational resources for the exploration and presentation of data.