Wide/Ultrawide Bandgap
Semiconductors Laboratory
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Electrical &
Computer Engineering
Texas Tech University

Grants & Funding

Federal, state, and institutional investment powering our wide- and ultrawide-bandgap semiconductor research and workforce development.

$80M+

In Recent Semiconductor Funding

10

Major Awards

5

Funding Agencies

Our research and the broader semiconductor ecosystem at Texas Tech are supported by major awards from the National Science Foundation, the U.S. Department of Defense, DARPA, the Army Research Laboratory, and the Texas Semiconductor Innovation Fund. These grants fund materials growth, high-power device research, advanced fabrication facilities, and the training of the next generation of semiconductor researchers.

Awarded Grants

Texas Tech lands major $19M chip innovation grant
$19M+ TSIF · Nov 2026

AI Computing Cluster for Semiconductor Innovation

An additional Texas Semiconductor Innovation Fund award of more than $19 million builds a next-generation computing cluster in Lubbock with the newest Nvidia chips. The cluster pairs AI with high-fidelity simulation and experimental data to speed the development of semiconductor materials and devices, including AI-driven materials discovery and AI-enabled epitaxial growth of ultrawide-bandgap semiconductors. The team includes Dean Roland Faller, Associate Dean Changzhi Li, and Prof. Hieu P. Nguyen, among others.

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Texas Tech researcher aims to strengthen security with semiconductor light sources
$934K DoD · Jun 2025

Semiconductor Nanowire Light Sources

A $934,596 U.S. Department of Defense grant supports Associate Professor Hieu P. Nguyen in developing high-efficiency, high-power III-nitride nanowire light-emitters spanning the ultraviolet-to-visible range. Over four years through the Nano Tech Center, the work targets micro-display and AR/VR systems, directed-energy and defense applications, disinfection, navigation, and sensing — with nanowire structures engineered to perform in harsh, high-temperature environments.

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