The Innovation Corps (I-Corps™) program offers $50,000 grants for Faculty and Grad Student/Postdoc researchers to reduce the time and risk associated with translating technologies from lab to market, quickly assessing the market potential of inventions developed from fundamental discoveries in science and engineering. Teams work directly with leadership from the Southwest I-Corps Node (SWICORPS) at UT Austin to gain eligibility and prepare for the NSF grant program through regional activities.

The Office of Undergraduate Research supports student engagement in the research and creative activity of the university. The Office of Undergraduate Research acts as a hub for resources and activities that help undergraduates 1) connect with faculty mentors to become involved in research, 2) obtain funding to carry out their projects, and 3) share their results with internal and external audiences.

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.

The Product Prodigy Institute at UT Austin is an innovative hub for engaging students that identify as first generation or low-income in startup methodologies and product management with a focus on social and environmental impact. The 2 year program equips students with cutting-edge skills in design, technology, and entrepreneurship, creating pathways to high demand careers and wealth creation. 

The Drug Dynamics Institute focuses on innovators who are developing novel drug therapies, devices, diagnostics, and digital health solutions. Our courses emphasize the importance of team-based, applied learning across multiple disciplines, including Pharmacy, Engineering, Natural Sciences, Business, and more. Courses include Fundamentals of Health Innovations, Health Innovation Entrepreneurship Practicum, and Health Innovation Dexterity (in development).

Texas Immersive Institute’s mission is to provide access to emerging technology and research and design experiences for artists, scientists, and humanists who use storytelling to share solutions to big problems that are responsive, responsible and remarkable.

Our goal is to imagine the unknown into existence through the practice of Immersive. We strive to ensure our community lives at the intersection of culture and commerce such that consumers can engage through a blend of physical, digital and voice environments with ease.

The Texas Innovation Center offers a personalized environment for faculty and students to explore entrepreneurship that includes educational workshops, speaker series, coaching sessions, and direct guidance for technology commercialization pathways; from ideation to market validation to fundraising. We accomplish this through Startup-In-A-Box Resources, TxIC Friends and Mentors Network, Innovation Lab, and co-working space. A place to inspire, create and commercialize.

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.

The Texas Venture Labs Practicum is a cross-campus elective course that teaches graduate students how to work with and consult with startups. These students participate in semester-long consulting projects solving important problems alongside the company’s founders. Students earn academic course credit while getting real world experience and learning valuable skills such as project management, client relations, team collaboration, market validation, competitive research and financial modeling.

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.