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 Center for Additive Manufacturing and Design Innovation houses a number of high-end, commercial additive manufacturing (AM) machines. We are capable of fabricating complex polymer and metal parts using our core technology platforms: Direct Metal Laser Sintering (DMLS), Selective Laser Sintering (SLS), Stereolithography (SLA), and PolyJet (PJ). These systems can be used for prototyping as well as producing functional, end-use components in small lot sizes.

The Center for Electromechanics performs leading-edge basic and applied research in electrical and mechanical engineering, with a special emphasis on applied engineering leading to prototype development in electromechanical devices and systems with high specific power, force, and/or energy storage or other unique attributes. This is accomplished through sponsored applied research and internships, laboratory space, prototype fabrication, and leveraging a breadth of engineering expertise.

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 Texas Performing Arts Fabrication Studios are a fully staffed production facility and learning laboratory. We construct scenic elements, painted backdrops, theatrical properties, displays, and installations for funded projects. We co-design projects with UT faculty, staff, and student organizations and fabricate with our professional staff and paid student interns.

The Harkey Institute for Entrepreneurial Studies is the corner of Main and Main for all undergraduate entrepreneurs at the University of Texas. We support interdisciplinary education and enriched extra-curricular experiences for students at any stage in their entrepreneurial journey. From the Entrepreneurship Minor, to the Undergraduate Mentor Program, there is a resource to get you to your next step.

The Innovation Tower is the first of its kind office building in the Innovation District, the hub for Texas life science, healthcare, research, and technology industries. With iconic architecture, efficient use of space, outdoor gathering spaces, and numerous additional amenities, the Innovation Tower is a prime location for startups or established companies seeking to be at the nexus of innovation between UT Austin and downtown Austin.

The Office of Industry Engagement (OIE) negotiates all contracts related to private industry research funding. OIE endeavors to streamline negotiations to better accommodate industry financial cycles and assist UT faculty in their collaborative efforts with industry partners. OIE focuses on flexible engagements and expedited contractual negotiations, through collaboration with internal and external stakeholders and with support from the Office of Technology Commercialization.

Get help preparing your SBIR/STTR proposals. For UT Austin-affiliated startups preparing SBIR/STTR Phase I or Phase II proposals. Work with expert proposal preparers and ask questions specific to your proposal. Learn the details of agency-specific proposal preparation including electronic submission and commercialization plans. Agency-specific workshops for the National Science Foundation (NSF), Department of Defense (DOD), and National Institutes of Health (NIH) are offered periodically.

Drug development services including preclinical evaluation (animal and analytical), development, and translation of drug products and technologies that improve healthcare outcomes. Access to equipment and services, such as small animal studies (mice, rats, hamsters), cell culture, material characterization (NGI, Spraytec, Zetasizer), formulation development, dissolution and stability studies, as well as quantitative small molecule HPLC and mass spec analyses.