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 Austin Technology Incubator (ATI) seeks highly motivated UT Austin students for exciting professional experiences working with early-stage, rapidly growing companies in our deep tech portfolio. Students may focus on sustainability or healthcare startups as well as supporting internal ATI projects. We offer both paid and unpaid positions and participation may count towards class credit, internship requirements, or volunteer hours. Graduate and undergraduate students from all majors may apply.

The Austin Technology Incubator (ATI) is the deep technology incubator of UT Austin. We nurture startups founded around scientific and engineering breakthroughs, particularly in healthcare and sustainability. For over 30 years ATI has served UT faculty, researchers, and students at many stages in their entrepreneurship journey with programs including ATI membership, NSF I-Corps, Texas Global Health Security Innovation Consortium, TEX Venture Mentoring Service, and Student Associate experiences.

Membership in the Austin Technology Incubator is open to early-stage "deep tech" startups from inside and outside UT. By deep tech we mean scientific and engineering breakthroughs, particularly in healthcare and sustainability. Membership provides a uniquely customized experience including ongoing expert support, connections to capital, access to testing and prototyping labs, and in-depth student projects. Members usually join when they have working technology and are preparing to raise money.

The Business Research Center which is a virtual resource is designed to connect students, faculty, and staff to the business databases available for research at UT.

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.

The Program in Clinical Innovation and Design is a 2-semester collaborative effort between the UT Department of Biomedical Engineering and the Texas Center for Pediatric and Congenital Heart Disease at UT Health Austin. The goal of this team-based initiative is to train aspiring physicians and engineers on the process of medical innovation. Students completing this program acquire the skills necessary for human-centered design of meaningful medical technology and processes.

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.

Here at The Dallas Morning News Innovation Endowment, we are working toward innovating journalism with our students. This means creating podcasts, building bots and planning community events. These projects give students the work experience they both want and need to develop stellar careers.

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.