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See the Texas A&M University College of Engineering news from April 2025 .

The Mary Kay O'Connor Process Safety Center and EnerSys Corporation are creating a training platform that simulates a potential pipeline incident using AI and a gaming platform.

A ground-breaking partnership between Texas A&M and Texas Instruments has resulted in a curriculum that produces top-tier semiconductor test engineers.

Kaffie Middle School teacher Dr. Cynthia Hopkins was named recipient of Truman T. Bell Extraordinary Service Award for service to Texas Science and Engineering Fair.

Jerrie Kertz '83 received the 2025 Distinguished Former Student Award for her long-term dedication to supporting industrial and systems engineering students.

Researchers plan to develop flexible, neuron-like nano-devices to add energy-efficient artificial intelligence to energy-hungry applications such as battery-powered miniature drones.

The college’s graduate program ranks No. 9 among public graduate engineering programs and No. 15 overall in the 2025 U.S. News and World Report rankings.

Barrier islands protect coastal communities and infrastructure – so what happens if they disappear?

Wade Cleary ’94 established the Cleary Zimmermann Engineers Endowed Service Scholarship to support students in the growing architectural engineering program.

The 2025 Texas Power and Energy Conference is an annual student-led conference to encourage innovative research in power systems.

Since 1989, the Industrial and Systems Engineering Advisory Council has been the liaison between the department and industry, providing new opportunities to students.

Dr. Ali Mostafavi was honored with the Walter L. Huber Civil Engineering Research Prize for his research on AI and civil infrastructure resilience.

Texas A&M program provides students focused on the environment with research opportunities and strong job prospects.

Dr. Pushkar Lele received a National Institute of General Medical Sciences research grant to investigate how bacteria sense their mechanical environment.

The J. Mike Walker ’66 Department of Mechanical Engineering has been recognized for exceptional innovation.

The third edition of a book by Dr. Mahmoud M. El-Halwagi’s compiles more than four decades of research on manufacturing processes and focuses on how facilities can enhance efficiency.

Researchers at Texas A&M University developed a new technique to improve efficiency and performance in computer processors.

A team of Texas A&M University engineering students designed an autonomous robotic system to help advance the future of space exploration.

Dr. Yang Shen is using machine learning and artificial intelligence to understand disease mechanisms and facilitate therapeutics.

As space travel becomes more common, the need to reuse spacecraft will rise. The solution may be spacecraft that sweat.

From starting college at 13 to earning a degree at 18, former Engineering Academies student Tejini Murthy is now on track to earn her master’s degree and change the world!

Owen Cornmesser and Luke Lovelace have each earned a Chancellor’s Fellowship to support their Ph.D. journeys at Texas A&M.

The gift will support the Texas A&M Engineering Academy at Midland College, which aims to create an affordable and accessible route for future engineers.

The annual competition brought together the next generation of engineering changemakers for a global challenge rooted in ingenuity and impact.

Researchers will introduce a breakthrough wearable device for PTSD self-management at the 2025 Project Hero Texas Challenge.

The rare earth elements mined from discarded electronics could improve the U.S. supply chain.

Dr. Congrui Grace Jin and team have unlocked a novel way for concrete to mend its own cracks, potentially preventing structural failures and saving lives.

Through the Meloy Engineering Innovation and Entrepreneurship Program, Aggie engineers are developing into visionary leaders who turn problems into bright new possibilities.

The gift will support the Texas A&M Engineering Academy at Houston Community College, which aims to create an affordable and accessible route for future engineers.

Material scientists at Texas A&M have developed a dynamic material that self-heals after puncturing by changing from solid to liquid and back.