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 Entrepreneurship Minor teaches students how to become innovative leaders and make meaningful impact in their communities. Our curriculum requires students to learn fundamental skills in ideation creation, business plans, marketing, pitching, and product development. In summary, students learn how to plan and launch new projects, products and startups.

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.

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, 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 master of arts degree in Human Dimensions of Organizations is for mid-career professionals who are interested in learning about the application of the humanities and social/behavioral sciences to their work lives. We work with full and associate faculty to teach a variety of courses. Faculty are paid an overload for teaching in this program. UT staff are welcome additions to our cohort.

The Social Entrepreneurship & Non-profits Certificate brings together students who are interested in pursuing a career in the public service sector and expanding their involvement in the community. Students have the opportunity to take coursework from a variety of disciplines that provide skills and knowledge in non-profit management, community engagement, and development. Students also gain hands-on experience through internships and research.

The Texas McCombs M.S. in Technology Commercialization (MSTC) program was the first ever go-to-market graduate program in the U.S. Designed as a launchpad for your businesses and products, MSTC gives you everything you need to take your ideas to market either through a venture of your own or an existing organization. A top-ranked, STEM-designated degree, MSTC remains one of the most popular and diverse programs for innovative working professionals who want to break into the market.

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.