A man with a clipboard and hard hat monitoring a nuclear reactor from a distance.

A new artificial intelligence tool developed by Texas A&M researchers could support nuclear engineers and operators by providing real-time insights for advanced reactor systems.

Fishing poles cast from a boat in the ocean.   

New machine learning tools from Texas A&M’s computer science and engineering department reveal when, where and how anglers fish — opening the door to smarter and more sustainable management.  

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 graphic of engineers and a robot working with AI, data dashboards, gears and a rocket, representing innovation and technology development.

Dr. Wayne Chen is advancing trustworthy AI that can generate novel, feasible engineering designs and transform how engineers discover, create and innovate.

An illustration of a soldier fly on a robotic hand in front of a desert.

Collaborative research supported by the WoodNext Foundation aims to autonomize rehabilitation of extreme environments.

Abstract representation of green cells or microorganisms set against a soft, blurred background. The image features circular shapes and patterns, emphasizing a scientific or biological theme.

Texas A&M researchers in the chemical engineering department have introduced a newer ammonia production method by using renewable electricity.

An illustration of a drone flying over an oil spill with an oil platform in the background.

Texas A&M researchers are comparing methods to measure ocean surface currents and tidal dynamics using drones.

Texas A&M researchers are transforming ordinary sand into a water-saving material to improve crop resilience in dry conditions.

Texas A&M researchers are transforming ordinary sand into a water-saving material to improve crop resilience in dry conditions.

A flooded road showing two signs half covered in water that read water over road and road closed.
Research

High waters meet high technology

Dec. 17, 2025 • 6 min. read

Civil and environmental engineering faculty and students at Texas A&M utilize cutting-edge advancements to combat fatal flooding and foster resilience in vulnerable communities.