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.

When a UT researcher has a personal financial interest or association with a company that aims to further develop and commercialize their UT-owned technology, there can be a perceived or actual conflict of interest. The Office of Research Support and Compliance helps researchers address personal, financial conflict(s) of interest related to their research activities, through the implementation of financial conflict of interest management strategies.

The Office of Technology Commercialization has an expert team dedicated to helping interested parties find the best UT technologies for their specific needs. Through utilization of a powerful web-based search tool, or connecting one-on-one with a team member, we can provide a tailored list of available UT intellectual property. Our team works with potential partners to transfer university technology or discoveries to the marketplace for the benefit of society.

The Game Development and Design (GDAD) Program exists to graduate career-ready designers, developers and leaders in the game, AR/VR, and creative media industries, both in Texas and around the world. The GDAD Program is one of the top undergraduate game development programs in the U.S. We are merging the intellectual and creative powers of The University of Texas at Austin’s Arts and Entertainment Technologies, Computer Science, and Radio-Television-Film departments.

The UT System Board of Regents Rule 90101: Intellectual Property provides guidance on timely and efficient processes to manage intellectual property. These fundamental principles are intended to be adaptable to the highly varied circumstances that characterize the private sector and the portfolio of research at UT System institutions.

The Office of Technology Commercialization (OTC) is the only organization on campus authorized to manage university-owned IP (trademarks excepted). The OTC works with researchers to define the technology, assess its development stage, strategize potentially valuable patent claims, and as necessary, file patents to protect the IP in advance of publication. The OTC also supports technologies that are not patentable, such as software and copyrighted works that may be commercialized via license.

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 Office of Technology Commercialization helps UT researchers monetize software and creative content they develop while at the university. The Office of Technology Commercialization can help researchers find the optimal license type and distribution strategy for such work, which includes open sourcing. The Office of Technology Commercialization also helps with finding commercialization partners, negotiating licenses, and supporting startups.

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.