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Texas A&M Engineering Experiment Station

The Texas A&M Engineering Experiment Station (TEES) performs research and leverages expertise from universities, national laboratories and state and federal agencies to improve lives through basic and applied engineering research. Our collaborations result in cutting-edge solutions to global technical challenges.

Why Choose TEES?
researcher examining asphalt core sample

TEES supports initiatives that solve problems through applied engineering research, technology development and collaboration with industry.

Our Office of Commercialization and Entrepreneurship helps to transform researchers' discoveries into business activities and products.

We support the state's workforce through education and training opportunities for every stage in life.

Market Segments

1,342 research projects in 2021
$241M in TEES research awards in 2021
652 industry sponsors in 2021

Who We Are

Applied Research

TEES has the capabilities and flexibility to meet the applied research needs of industry, government and academia through multidisciplinary and multi-institutional connections.


Mission Driven

TEES is chartered by the State of Texas to execute the land grant mission as an independent research and development agency serving state and national security needs. We are an equitable partner that serves as the catalyst for stronger solutions.

Crosscutting Strengths


Hypersonic weapons and aircraft travel at least five times the speed of sound. Texas A&M University researchers and collaborators across the country are working with the Department of Defense to lead the charge in developing innovations in hypersonic technology, such as high-speed aviation and missiles.

SecureAmerica Institute partners at North Carolina State University are developing methods to protect crucial information technology and operational technology networks in the manufacturing industry from cyberthreats.

Texas A&M University researcher Dr. Perla Balbuena is using quantum chemical methods to track reactions that occur on the surface of lithium-metal batteries, potentially leading to enhanced battery usability.

Contact Us

For information about the Texas A&M Engineering Experiment Station, contact us at