A group of students and a professor standing with a jumbo cheque.

Texas A&M University students addressed hunger and sustainability issues with creative and actionable methods at Invent for the Planet 2026.

A researcher examining material in a test tube.

Researchers are uncovering how nanoplastics and heavy metals interact in a controlled hydroponic model, revealing new insights to food safety.

An aerial image of the Amazon River.

Texas A&M University civil and environmental engineering researcher secures NASA fellowship to study Amazon River water loss from evaporation.

A close-up view of a mechanical assembly made of layered wood, featuring articulated joints and gears in a workshop setting.

Using the Rapid Prototyping Studio, the Texas A&M University Robotics Teams and Leadership Experience (TURTLE) Lab designed and built an electromechanical project that uses mechanical design in linkages to mimic biological locomotion.

A graphic including a bar graph with one yellow bar among three green bars, a gauge labeled Power Capacity, a line graph labeled Past Performance, a map of the United States with three green points and one yellow point at various locations, and a list that reads Age, Reactor Type, Inspection Reports, and License Amendments.

Nuclear engineering Ph.D. student Dan Watson built an online tool that gathers public data into an interactive dashboard that visualizes nuclear power plants across the United States.

Miloš Dujović in a materials science and engineering laboratory.

A Texas A&M materials science student is helping shape the future of the ceramics profession by expanding global engagement, supporting student leadership and advancing accessibility within the American Ceramic Society.

A young man stands on a court covered with confetti, holding an NCAA national championship trophy.

Applying skills from Texas A&M’s data engineering program, John Mutammara built tools and strategies that helped the volleyball team achieve a record-breaking season and its first national championship.

An illustration of a smart catheter bag signals a nearby smartphone that E. coli has been detected.

Researchers at Texas A&M are testing smart catheter sensors for early diagnosis and treatment of UTIs to lower the risk of patient complications.

A group of people standing together.

Sami Melhem and Archit Sonawane in Texas A&M’s College of Engineering completed summer internships as members of the Meloy Program’s first internship cohort.

A man smiling while sitting on a staircase.

A nuclear engineering doctoral student at Texas A&M is building physics-informed, AI-powered frameworks to help automate information gathering and streamline workflows for nuclear research.