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Texas A&M plans robot-run lab to speed up the search for new metal alloys

Backed by $2 million in WoodNext Foundation money, the planned Aggie AI Foundry would let AI pick candidate alloys while robots make and test them, the university says.

Reese Fenn· AI-assisted, edited by Jake Team

October 26, 20262 min read

AI research lab - illustration, Jake Team LLC

Texas A&M University's materials science and engineering department plans to build a campus lab where artificial intelligence proposes new metal alloys and robots carry out the experiments, the College of Engineering announced.

The project, called the Aggie AI Foundry, is funded with $2 million from the WoodNext Foundation. The foundation handles the charitable giving of Roku founder and CEO Anthony Wood, a 1987 Texas A&M graduate, and his wife Susan, a 1989 graduate. The university said the money comes through a donor-advised fund, the WoodNext TAMU Fund.

How it would work

According to the university, the system would handle alloy development from the first idea through testing. Researchers plan to train the AI on physical models, algorithms and knowledge gathered over years of lab work, then let it suggest promising combinations. Robotic arms working along a sample line would combine, melt and test the samples.

The university said the goal is to cut development time from several months to seven days or fewer.

Texas A&M describes the foundry as the first such lab in academia. It said existing automated labs work with materials that are simpler to make and process, and cannot handle alloys that must be produced and tested at temperatures as high as 3,000 degrees Celsius.

Who is leading it

The effort is led by Ibrahim Karaman, who heads the department, and Raymundo Arróyave, the department's associate head for research. The two have co-authored more than 100 papers on alloy design methods, the university said.

"We are grateful to the WoodNext Foundation for their vision and support," Karaman said in the announcement.

Arróyave said computers alone cannot yet predict how a new alloy will behave, so physical experiments are still required. Mixing several dozen elements, he and the university noted, yields roughly a trillion possible combinations, more than people can work through by hand. He said automation would free students from repetitive lab tasks so they can spend more time on research and publishing.

The announcement did not say where on campus the foundry will be built or when it is expected to open.

Sources

stories.tamu.edu

news.engineering.tamu.edu

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Reese Fenn· AI-assisted, edited by Jake Team

Reese Fenn writes about community life, schools, public safety, and local events in College Station.

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