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 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 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 Foundry provides access to makerspace equipment such as 3d printers, a laser cutter, mills, a VR headset, and a recording studio. The Foundry is designed to train and service entry-level makers. Students can join the Canvas course to learn more about how to get certified on the equipment. The Foundry cannot support large events or classes as equipment is limited.

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.

The Texas Global Health Security Innovation Consortium (TEXGHS) connects academic, public- and private-sector partners to support companies working towards pandemic preparedness and response in Texas. TEXGHS is developing a health security innovation ecosystem that supports innovators and innovations fighting COVID-19 and future pandemics. UT Austin entrepreneurs should contact TEXGHS when they are seeking to commercialize infectious disease-related innovations at any stage of development.

The Texas Institute for Discovery Education in Science (TIDES) aims to catalyze, support, and showcase innovative, evidence-based undergraduate science education in the College of Natural Sciences. TIDES serves a variety of connected roles: creating and connecting students to experiential learning opportunities; facilitating curriculum reform efforts and faculty development across the sciences; and collecting, curating, and analyzing data to steer TIDES and college evaluation efforts.

Texas Inventionworks (TIW) supports physical prototypes from idea to first article for curriculum, competition teams, research, commercialization and student-led projects.  The staff can help with almost any physical product. Visitors learn to run machines and do the work using 3D printers, laser cutters, wood and metal working, electronics and wireless. It is open to engineering students and via qualified classes or projects for other students, faculty and staff. Please connect to learn more.