The Austin Technology Incubator (ATI) is the deep technology incubator of UT Austin. We nurture startups founded around scientific and engineering breakthroughs, particularly in healthcare and sustainability. For over 30 years ATI has served UT faculty, researchers, and students at many stages in their entrepreneurship journey with programs including ATI membership, NSF I-Corps, Texas Global Health Security Innovation Consortium, TEX Venture Mentoring Service, and Student Associate experiences.

Membership in the Austin Technology Incubator is open to early-stage "deep tech" startups from inside and outside UT. By deep tech we mean scientific and engineering breakthroughs, particularly in healthcare and sustainability. Membership provides a uniquely customized experience including ongoing expert support, connections to capital, access to testing and prototyping labs, and in-depth student projects. Members usually join when they have working technology and are preparing to raise money.

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 Creative Entrepreneurship (CCE) was formed to empower students in the cultural arts with the confidence, skillset and practice necessary to transform their passion and ideas into viable business opportunities. For too long creatives have missed out on learning the core fundamentals of building a sustainable business, or how to think entrepreneurially about their career. But the business of art has changed in the last decade, and requires the mindset that CCE empowers.

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 Convergent Incubator program connects founders with engineers, designers, and business analysts needed to take ventures to the next level. Founders work with a technical project manager, a designer, and a team of engineers to build, add features, and scale the product. In unison, our team of business analysts set founders up for success in raising capital. We partner with organizations like Genesis to streamline the process for funding.

Texas Momentum is a student organization on a mission to create a vibrant entrepreneurship community for students. We run a semester-long startup accelerator that connects student-founders with product managers, software engineers, and designers to build, launch, and scale their venture. Membership in Momentum is open to all majors.

The UTech Dorm Room is wet lab research space that opened in 2011, designed to provide startup company entrepreneurs with facilities for developing bioscience technologies and evaluating commercialization potential. Located in the College of Pharmacy, the UTech Dorm Room allows bioscience companies, both local and from around the country, to benefit from flexible space that allows them to advance bioscience technology ideas in an "Intellectual Property-free zone" towards applications that can be commercialized.

A state-of-the-art facility where staff explores the intersection between human perception and large-scale visual analysis through the study of visualization and interactive displays. The Vislab serves as a research hub for human-computer interaction, tiled display software development, and visualization consulting. The Vislab offers opportunities to UT faculty, staff, and students to use visualization, interaction, and computational resources for the exploration and presentation of data.