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UT Austin Industry-Academic Partnerships

Industry partnerships at UT Austin are not episodic sponsored-research arrangements. They are sustained, multi-decade relationships that compound across sponsored programs, named department gifts, faculty fellowships, student fellowships, on-campus industry presence, and curriculum design. The semiconductor cluster operates the densest concentration. Samsung, Apple, AMD, NXP, Silicon Labs, Cadence, Texas Instruments, Microsoft, Applied Materials, Tokyo Electron, Cornami, Intel, Micron, Canon, Resonac, and Emerson all hold active partnership structures with UT, ranging from the new Master of Science in Semiconductor Science and Engineering's curriculum design partnership with Apple, Cadence, NXP, and Silicon Labs to Samsung's 30-year hiring relationship to Emerson's $20 million cumulative contribution to Cockrell. Beyond semiconductors, Cisco operates a five-year AI and ML research partnership, NASA JPL holds a Strategic University Research Partnership MOU, and the broader Austin tech employer base operates recruitment and sponsored-research relationships across multiple Cockrell departments and the College of Natural Sciences computer science program.

The TIE Consortium

The Texas Institute for Electronics is the largest formal industry consortium structure at UT and the anchor for the semiconductor industry partnership map. The TIE consortium operates 32 defense and commercial electronics companies plus 18 academic institutions under a single membership structure, coordinated through TIE's CEO John Schreck and supported by founding faculty including Professor S.V. Sreenivasan in the Walker Department of Mechanical Engineering. Member companies include Apple, Microsoft, Samsung, NXP, Cornami, Texas Instruments, AMD, Intel, Micron, Canon, Resonac, and the broader semiconductor and defense electronics industrial base. The consortium's $1.4 billion combined federal-plus-state capital base ($840M DARPA NGMM plus $552M State of Texas) operates the 84,000 square feet of cleanroom space at the J.J. Pickle Research Campus and the former Sematech Montopolis Drive facility. Industry members access the cleanroom infrastructure for prototyping, advanced packaging research, and 3D heterogeneous integration work, and they sponsor student fellowships and research projects within the consortium structure.

Major Industry Partnerships

Partner	Partnership Structure	Coordinating UT Institution
Samsung Electronics and Samsung Austin Semiconductor	Multi-decade relationship dating to 1996; $3.7 million 2023 partnership ($1M from Samsung Austin Semiconductor and $2.7M from Samsung national); $12 million-plus cumulative; TIE consortium membership; ongoing internship and hiring pipeline; Semiconductor Day annual coordination event	Cockrell School; Chandra Family ECE; TIE
Emerson	$8.5 million three-year agreement signed 2025; $20 million-plus cumulative including the prior National Instruments relationship absorbed into Emerson via 2023 acquisition; supports Montopolis Research Center modernization, Process Science and Technology Center upgrades on Pickle, MS Semiconductor Science and Engineering program for first three cohorts, Engineering Discovery Building, and a three-year AI-enabled automation research collaboration	Cockrell School; McKetta Chemical Engineering; TIE
Apple	TIE consortium member; co-designer of the new MS in Semiconductor Science and Engineering curriculum (with Cadence, NXP, and Silicon Labs); ongoing recruiting pipeline through Apple Austin; Semiconductor Day participation	Cockrell School; Chandra Family ECE; TIE
AMD	TIE consortium member; sponsored research and recruiting through Chandra Family ECE; iMAGiNE Consortium participation; Semiconductor Day participation; Mike Schulte (AMD) keynote at iMAGiNE Symposium	Chandra Family ECE; Cockrell School
NXP, Silicon Labs, Cadence	TIE consortium members; co-designers of the MS in Semiconductor Science and Engineering curriculum alongside Apple; sponsored research and recruiting; named research collaborations within Chandra Family ECE	Chandra Family ECE; Cockrell School; TIE
Microsoft	TIE consortium member; Cockrell School research partner; Computer Science and AI program recruiting through Microsoft Austin; Semiconductor Day participation	Cockrell School; CS; TIE
Texas Instruments	TIE consortium member; multi-decade research and recruiting relationship; sponsored research within Chandra Family ECE; Semiconductor Day participation	Chandra Family ECE; Cockrell School; TIE
Applied Materials, Tokyo Electron, Canon, Intel, Micron, Resonac, Cornami	TIE consortium members; semiconductor manufacturing equipment, materials, and design partners; research collaboration and prototyping through TIE cleanrooms	Cockrell School; TIE
Cisco	Five-year strategic research partnership with focus on AI and ML, cybersecurity, IoT, computer vision, and edge computing; four AI/ML research projects plus one cybersecurity project in the first year, with annual additions; coordinated through Cockrell School Associate Dean for Research	Cockrell School; CS
NASA Jet Propulsion Laboratory	Strategic University Research Partnership (SURP) MOU since 2012; aerospace research, computational engineering, robotics; partnerships across multiple Cockrell research centers and the Oden Institute	Cockrell Aerospace; Oden Institute; CS

Named Department Partnerships

Four of the seven Cockrell departments now operate under named department endowments anchored by individual or family gifts. The Chandra Family Department of Electrical and Computer Engineering reflects a 2022 gift from alumnus Sanjay Chandra (BS ECE 1987) and his family. The J. Mike Walker Department of Mechanical Engineering reflects the Walker family endowment. The John J. McKetta Jr. Department of Chemical Engineering carries the McKetta name from the longtime UT chemical engineering chair. The Hildebrand Department of Petroleum and Geosystems Engineering reflects the petroleum-industry capital base. The Fariborz Maseeh Department of Civil, Architectural and Environmental Engineering reflects a 2023 naming gift from alumnus Fariborz Maseeh, a UT MS Civil Engineering graduate and founder of IntelliSense Corp., the MEMS company acquired by Corning in 2000.

The named-department pattern is the most durable form of industry-academic partnership at UT. Naming gifts are typically structured as endowments rather than expendable contributions, meaning the partnership compounds across faculty hires, research programs, scholarships, and curriculum development for decades. The Chandra family naming gift, for example, supports the largest department in Cockrell with more than 2,500 students and 80 faculty, anchoring the AI-Industrial-relevant ECE pipeline that runs into the regional semiconductor and AI cluster.

Curriculum-Design Partnerships

The Master of Science in Engineering with a major in semiconductor science and engineering, launched Fall 2025, is the most concrete recent example of a curriculum-design partnership where industry partners participated in the actual coursework architecture rather than only sponsoring it after the fact. Apple, Cadence, NXP, and Silicon Labs co-designed the curriculum across the four core focus areas of manufacturing, circuits and systems, heterogeneous integration, and devices. The 30-credit-hour 18-month program is structured around fellowships and research assistantships funded by industrial members, with students working on industry-sponsored research projects under joint UT faculty and industry advisors. Most admitted students are supported through the industrial-member fellowship pipeline, which means the partnership operates as a direct talent-recruitment channel rather than as a separate sponsored-research arrangement.

The Semiconductor Training Center launched in 2024 by UT, Austin Community College, and TIE operates the same partnership pattern at the technician-and-undergraduate level. ACC's Semiconductor Technician Advanced Rapid Start (STARS) program from Fall 2023 fills the rapid-upskilling layer. The Cockrell-ACC-TIE workforce continuum is itself a multi-institution industry-academic partnership in which the participating semiconductor companies (primarily Samsung, Applied Materials, NXP, and Tokyo Electron) co-design training pathways tied to their hiring needs.

On-Campus Industry Presence

The Engineering Education and Research Center (EERC), opened 2017 at 498,000 square feet, houses the Chandra Family ECE department and provides on-campus industry-research collaboration space. The Autry C. Stephens Engineering Education Building, named after the late Texas energy billionaire Stephens and opening in 2026, will provide an additional 210,000 square feet for the Hildebrand petroleum/geosystems and McKetta chemical engineering departments, with industry sponsors funding lab-equipment buildouts and named research areas inside. The Engineering Discovery Building referenced in the Emerson partnership is the same project under construction. The Process Science and Technology Center on the J.J. Pickle Research Campus operates as a continuous-process-industry research facility with named industry sponsorship of equipment and research programs. The Microelectronics Research Center on Pickle, directed by Professor Sanjay Banerjee, operates as the NSF NNCI-funded open-access semiconductor research substrate that industry partners use for prototyping outside the TIE consortium scope.

The Recruiting and Talent-Pipeline Layer

Beyond formal sponsored-research and named-partnership structures, the largest Austin-area employers operate sustained recruiting pipelines into UT. Tesla, while not a formal sponsored-research partner with UT in the way Samsung or Emerson are, hires aggressively across Cockrell's mechanical, electrical, and aerospace engineering departments and across CS and the AI program for Tesla Cortex, Tesla Optimus, and the Giga Texas vehicle programs. Apple Austin, Google Austin, Microsoft Austin, Oracle, Dell, Amazon, and IBM all run sustained internship and full-time recruiting from UT, with hiring volumes that compound year-over-year. SpaceX, Blue Origin, Firefly Aerospace, and the broader regional aerospace base recruit from Cockrell aerospace specifically. Apptronik, ICON, and the regional humanoid-robotics base draw from the Walker mechanical engineering department and Texas Robotics. For many regional employers, recruiting is the primary partnership channel even where sponsored-research arrangements are limited.