Materials Science and Engineering

Through support from the WoodNext Foundation, the Aggie AI Foundry will use artificial intelligence and robotics to accelerate the development of new metal alloys beyond current capabilities.

A material from the Texas A&M Soft Matter Facility that stores daytime heat and releases it at night was recently featured on the cover of a top materials journal.

The College of Engineering and eight of its undergraduate engineering programs earned top 10 rankings among public institutions.

Researchers at Texas A&M and Sandia National Laboratories have demonstrated a class of 3D-printed shape-memory alloy connections that snap together like building blocks yet carry structural loads far beyond conventional fasteners, adhesives, Velcro or plastic joints.

A new National Science Foundation award will fund free, open software that uses machine learning to answer a question every materials scientist asks.

A Texas A&M materials science and engineering doctoral candidate is developing next-generation batteries for aerospace applications and teaching the next generation of scientists how to ask better questions along the way.

Researchers have received a $24.9M grant to develop an NSF Materials Innovation Platform where universities, national laboratories and industry members can run alloy-discovery campaigns using robotic systems and artificial intelligence.

Jaybelle Pranada attended the Catalyzing Energy Education and Excellence Symposium and proposed a battery that maintains efficiency in extreme environments, like space.

The story of HADES began with four Texas A&M students who set out to make materials testing affordable and went on to win the best overall award.

A small investment has a huge impact on Texas A&M materials science and engineering students’ capstone project to address a critical connection point in oil and gas.