#SHEreads is a self-paced book club with optional guided questions and informal discussion over #Slack.

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.

HKEC-funded travel grants allow undergraduate and graduate students to participate in national and international business startup competitions and share their vision with the world. Grant applications must be submitted by the last day of the month in order to receive a grant by the 15th of the following month. Only one $750 travel grant will be awarded per startup per year. All current, UT Austin undergraduate and graduate students are eligible to apply.

Every semester, the LaunchPad gives out $15K in grant money (ranging from $500-$5,000) for undergrad students pursuing an entrepreneurial opportunity. Grants can be used for projects related to customer discovery, prototype development, pilot deployment, travel expenses, living stipends for unpaid and/or low-paying startup internships, and more. Priority is given to students participating in UGS programs and Success Initiatives across campus.

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.

Texas Health Catalyst supports the translation of promising ideas and discoveries into solutions that improve health outcomes and lower health care costs. The program provides support through timely and customized guidance on the research and development pathway from industry and clinical experts (Phase 1 awards), as well as seed funding for awardees (Phase 2 awards of $5K-$50K per project).

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.

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.