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.

Applied Research Laboratories is a University Affiliated Research Center operating under a Department of Defense management plan with oversight by the Naval Sea Systems Command. Applied Research Laboratories makes significant contributions in support of national security through fundamental research, innovative science, and applied engineering.

The Center for Health Communication is a joint academic center bringing together researchers and experts across broad areas of health communication so they can collaborate, share ideas and innovations, and advance their scholarship and its impact to the highest possible level. The Center can be a resource for teams pursuing SBIR & STTR grants and other external funding opportunities, especially in regards to health interventions such as mobile apps, e-health applications, etc.

Annual grant for one faculty member to explore an industry related to their area of research with the goal of discovering near-term commercialization opportunities. Over a 12-month period, the faculty member receives a $30,000+ grant to lead a team consisting of a graduate student, undergraduate researchers / market analysts, and paired with an Industry Guide to support their efforts.

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.

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 Innovation, Creativity & Entrepreneurship Certificate helps students develop skills to bring creative thinking and an entrepreneurial mindset to their goals, whether they’re interested in turning their ideas into a new venture, being part of a startup team, or bringing new ideas to established organizations. Through interdisciplinary coursework and research or internships, students gain skills including idea generation, design/prototyping, problem-solving, pitching ideas, and collaboration.

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.

UT Austin's Simulation and Game Applications (SAGA) Lab develops software for funded projects and assists in preparing grant proposals. We create games, interactive/immersive environments, mobile apps, web dashboards, game-simulations, and VR/AR software solutions. The SAGA Lab and partnering UT faculty co-design the software solution, which is developed by paid student-interns. We have a long track record of creating software solutions for research and education spanning nearly 10 years.