OUR SCALE IS ONLY THE BEGINNING

The Texas A&M University System directs a nearly $1.6 billion research enterprise toward consequential problems. But size alone isn’t our advantage. What matters is what that scale makes possible.

Across universities, state agencies, and specialized research platforms, the A&M System can bring different kinds of expertise and infrastructure to the same mission. Researchers can draw on advanced computing, specialized laboratories, statewide networks and full-scale test environments. Government, industry, and national laboratories add even more expertise, resources, and connections to real-world needs.

And we invest in bringing those capabilities together. The Research Excellence Fund supports research collaboration across A&M System members and builds shared strength around major opportunities and challenges.

Student measuring an object

3,300 Acres at Texas A&M–RELLIS

Built for Research + Testing + Proving at Scale

Unmatched Scale and Structure

12 Universities, 8 State Agencies, 9 Institutions, and 2 Nuclear Security Partnerships

33,000 Faculty and Staff

Turning Expertise into Real-World Impact

UNIVERSITIES AND STATE AGENCIES

RESEARCH THAT CAN KEEP MOVING

The Texas A&M University System connects research across universities and eight state agencies whose missions reach into industries, communities, and real-world environments across Texas. Together, they create more ways for discovery to move into engineering, testing, diagnostics, public systems, and practical use.

Consider just some of what that makes possible. Texas A&M AgriLife Research brings agricultural and life-sciences expertise. The Texas A&M Engineering Experiment Station advances engineering research and technology development. The Texas A&M Transportation Institute works across transportation safety, mobility, and infrastructure, while the Texas A&M Veterinary Medical Diagnostic Laboratory adds diagnostic and disease-surveillance capabilities. Other A&M System agencies extend expertise into forestry, emergency response, workforce development, and public service.

Across our universities, researchers add strengths ranging from health, agriculture, and engineering to artificial intelligence, autonomy, cybersecurity, national security, and more. No single example captures the full enterprise.

That structure creates something important: research doesn’t have to stop at discovery. Knowledge can move into testing, field conditions, public systems, and communities.

A person in a maroon shirt and cap kneels by a pond, holding a small device while a blue case with test tubes rests nearby in tall grass.
A team of researchers in goggles, gloves, and white coats, examining a component.
THE SYSTEM IN ACTION

MORE EXPERTISE FOR COMPLEX CHALLENGES

Complex missions rarely require just one kind of expertise. The A&M System can bring different specialties together around the same challenge.

In biosecurity, Texas A&M AgriLife Research, veterinary diagnostics, high-containment research, biomanufacturing, policy expertise and statewide networks can work against a threat like New World screwworm — connecting science, detection, countermeasures, and response.

In national security, research in advanced manufacturing, artificial intelligence, materials, and nuclear security connects with real federal mission needs through relationships that include Los Alamos National Laboratory, the Pantex Plant, and the broader Nuclear Security Enterprise.

In space, scientists and engineers working across astronomy, deep space research, autonomous and human systems, and aerospace technology can connect with NASA, industry, and the growing Texas A&M University Space Institute presence near Johnson Space Center, spanning questions from understanding the universe to operating beyond Earth.

Different missions. Different capabilities. One System built to bring the right pieces together.

RESEARCH INFRASTRUCTURE + PARTNERSHIPS

MORE TO BRING TO THE MISSION

Big research challenges can require tools, environments, and expertise beyond a single laboratory. The Texas A&M System can connect researchers with capabilities inside and outside the A&M System.

At Texas A&M–RELLIS, researchers and partners can move ideas into ranges, proving grounds, and full-scale test environments. The 3,300-acre campus includes more than one million square feet of laboratories and offices for applied research. The George H.W. Bush Combat Development Complex supports testing in autonomous systems, communications, hypersonics, directed energy, and materials. At Texas A&M–Fort Worth, laboratories and innovation spaces bring universities, A&M System agencies, and industry around research, technology development, and workforce needs.

VISION adds another kind of capability. The $45 million supercomputer delivers 34.82 petaflops of performance and ranks as the fastest university supercomputer in the United States. Its computing power can support research across materials, energy, science, national security, and more.

And the A&M System reaches beyond its own facilities. Texas A&M researchers work with NASA’s Jet Propulsion Laboratory on planetary landing and navigation research. Research consortia and partnerships connect A&M System teams with federal agencies, national laboratories, industry, and other universities.

The right capability. The right partners. More to bring to the mission.

A technician in a cleanroom suit handles a semiconductor wafer with precision tools.

INNOVATION AND DISCOVERY

Texas A&M University will help prepare officers to lead U.S. military operations in space for the next decade, giving the university a central role in developing leaders for one of the nation’s most consequential national security missions.

The Texas A&M University System’s new VISION supercomputer is the most powerful university supercomputer in the United States, according to the June 2026 TOP500 list, which ranks VISION No. 66 among the world’s fastest computing systems.

America’s race to build the next generation of nuclear energy is accelerating at Texas A&M-RELLIS, where The Texas A&M University System signed agreements with Terrestrial Energy Inc. to advance the development of its planned small modular reactor.

CONNECT TO MORE

Have a question, partnership opportunity, or initiative to explore? Connect with the A&M System to reach the right team and move the conversation forward.

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