Engineering the Future of Electronics

The Center for Microelectronics in Extreme Environments (CMEE) brings together researchers across engineering and science to develop next-generation semiconductor materials and electronic devices designed to perform in challenging environments. Through advanced modeling, simulation, materials research, and hands-on learning, CMEE advances microelectronics innovation while preparing the workforce needed to support the growing semiconductor industry.

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Explore Our Research
  • Contributed to UNT’s $30M strategic focus in microelectronics
  • Advanced materials tested for aerospace and energy sector use
  • Undergraduate, graduate students, and postdoctoral fellows trained annually
  • Ongoing collaborations with Sandia, DoD, national labs, and regional manufacturers
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Learn by Doing

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What's Happening at CMEE
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Semiconductor Innovation at UNT

High-Performance Discovery
CMEE scientists use advanced simulation and atomic-scale modeling to accelerate the design of semiconductor materials optimized for extreme temperature, radiation, and mechanical stress.
Cross-Disciplinary Collaboration
Research unites faculty and students across physics, electrical engineering, materials science, and chemistry, leveraging UNT’s core nanofabrication and cleanroom capabilities.
Workforce Development
With growing national demand for microelectronics talent, CMEE is preparing graduate researchers and undergraduates for roles in Research & Development, defense, and advanced manufacturing through immersive training and sponsored research.
National and Industrial Alignment
CMEE supports strategic U.S. semiconductor priorities by partnering with national labs, federal agencies, and private sector leaders to solve material and design challenges at scale.