Materials Science
and Engineering
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As the year comes to a close and we head into the holiday season, I want to share a brief update from our department and thank you for your continued support. Our students, faculty, staff and alumni continue to do excellent work and make meaningful contributions across industry, research and academia.
We remain focused on sharing the value of our programs and giving our students every opportunity to succeed through improved labs, hands-on learning experiences and conference travel. These opportunities are essential to their development and are made possible in large part through alumni support.
If you are in a position to provide financial support and make a real difference for your future colleagues, I encourage you to click the button below.
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Thank you for your continued support, and best wishes for a safe and enjoyable holiday season.
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Dr. Michael Moats
MetE’92, MS MetE’95
Chair and Professor
Materials Science and Engineering
PS My time as department chair will conclude in January, but I am excited to share that Dr. Sridhar Seetharaman will next take the reins. He will be a fantastic fit for our department!
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Organ-on-a-chip: Researchers develop new 3D printing method for tissue engineering
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A research team led by Dr. Anthony Convertine, associate professor of materials science and engineering, has developed a new light-based 3D-printing method that could speed up and simplify the process of making organs-on-a-chip — small tissue-like devices that are used for medical research and drug testing.
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Student selected for American Ceramic Society advisory council
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Hossein Libre, a sophomore in ceramic engineering and chemistry, has been selected as a delegate for the American Ceramic Society’s President’s Council of Student Advisors.
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Professor receives American Ceramic Society’s young professional award
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Dr. Charmayne Lonergan, an assistant professor of materials science and engineering, has been selected for the American Ceramic Society’s 2025 Du-Co Ceramics Young Professional Award.
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Man of steel: Recent graduate confirms new methods to reduce steel defects
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When ultra-strong steel parts are made for vehicles, military equipment and heavy manufacturing, a single crack or distortion during production can lead to costly delays and wasted materials. Dr. Kingsley Amatanweze, a recent S&T graduate, says his Ph.D. research offers new methods to potentially reduce these issues.
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Recent graduate develops potential treatment for traumatic brain injuries
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When people experience traumatic brain injuries (TBIs), immediate damage occurs from the blows to the brain, but the harm can continue in the weeks and months that follow. Dr. Aaron Priester, a recent S&T graduate, dedicated his Ph.D. research to studying how an antioxidant material could potentially stop this ongoing damage.
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Materials Science
and Engineering
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Missouri University of Science and Technology
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