TAMU Engineering

This week's #SaturdayShoutout goes to Alani Cameron '27! 👏 As president of WIRED and co-director of event planning for @aggiesforlimbs, Alani has embraced opportunities to grow as both a leader and engineer. 💬 "My time as a #TAMUengr student has offered me so many opportunities to learn, grow and challenge myself."

We are proud to celebrate Dr. Iman Borazjani’s selection as a 2026-27 Fulbright Distinguished U.S. Scholar! 🎉 His pioneering work in precision medicine and image-based computational fluid dynamics earned him the prestigious opportunity to collaborate with researchers at the University of São Paulo in Brazil. 🔗 tx.ag/USScholar26

The halls are quiet... too quiet. 😶 Come on back now, Ags. We miss you! 🥲🙏 #TAMU #Fall2026

A project that expands beyond the classroom ⚠️🌧️ A student team from Texas A&M’s ESET program created the Rapid Inundation Prevention and Prediction for Localized Emergencies (RIPPLE) system. RIPPLE addresses critical issues with current road flood warning systems and provides dependable detection at a fraction of the cost. 🔗 tx.ag/RIPPLE

Campus history is written in the details. 🧱✍️ Look closely 👀 Fermier Hall stands out as one of the last buildings on the @TAMU campus designed in the Romanesque architectural style, originally topped with twin Roman steeples. Now home to #TAMUetid, the century-old building connects the next generation of industry leaders and problem-solvers with a piece of Aggieland history. #ETID #ENGRBuildings #TAMUengr

Reinventing jet power starts now. 🚀⛽️ A team of Texas A&M researchers are exploring hydrogen’s potential to cut emissions and reduce reliance on finite fossil fuels. Their work is helping lay the foundation for safer, cleaner flight systems that move the aerospace industry toward true sustainability. 🔗 tx.ag/JetFuel

Proud to see educators leading the way through TXSEF! 👏 Michelle L. Beineman’s dedication to student research earned her the 2026 Truman T. Bell Extraordinary Service Award. Her work shows how powerful early STEM interest can be in shaping future innovators. 🔗 tx.ag/BeinemanAward

Wondering how to become an engineer with global experience? 🤔 Through faculty-led programs, you can learn abroad with a Texas A&M faculty member and gain both hands-on experience and credit to satisfy a degree requirement. 🌍📚 Explore the opportunities that are available through Halliburton Engineering Global Programs ➡️ tx.ag/GoGlobal #GlobalAggies #TAMUengineering #StudyAbroad

The Fourth of July isn't the only time things are going boom in Bryan-College Station. 💥🤯 At @TAMU's Detonation Research Test Facility, researchers use one of the largest detonation research facilities in the world to better understand one of science's most extreme processes. Watch the full feature 👉 tx.ag/DRTF

Research has always been part of its blueprint. 🪜🔬 Long before it became home to @tamuecen, the Wisenbaker Engineering Building was constructed as the Engineering Research Center; a space dedicated to discovery. Today, the building continues that legacy as a hub for electrical and computer engineering, where students and researchers are advancing the technologies that power our everyday lives 🧑‍🔧 #ECEN #ENGRBuildings #TAMUengr

Exciting news for chemical engineering students! 👏 With the support of generous donors, Texas A&M Engineering is adding a brand new heat exchanger lab device to ZACH. This upgrade will give students hands-on experience with modern equipment and improve learning, safety and design skills. 🥽 🔗 tx.ag/CHENdonors

Sometimes it's 🤳🌪️ and sometimes it's🧑‍🩰✨ Happy Social Media Day from the team behind the #TAMUengr feed! 👋

Our industries thrive when all parts of the supply chain work together. @BuildFreedomUS acts as the ultimate connector, linking regional employers directly with job seekers ready to take on critical defense manufacturing roles. Find your place today! ⤵️ BuildFreedom.US

Ever wondered what it’s like to run a nuclear power plant? ⚛️ In April, Texas A&M nuclear engineering students learned just that when they visited the Reactor Simulator Lab and stepped into the roles of reactor operators. 👷 This experience made them part of the small percentage of undergraduate students across the nation who get a similar opportunity incorporated into their coursework. 🔗 tx.ag/NuclearPlantLab

Meet Yuval Tsechansky, Class of '29 🤠 Yuval has found community through Delta Zeta, strengthened her leadership skills, and built meaningful connections beyond the classroom. She describes her first year in engineering as "both intense and incredibly rewarding. The collaborative environment and hands-on coursework have challenged me to think deeper, ask better questions, and take ownership of my learning." Gig 'em, Yuval! 👍 #SaturdayShoutout #TAMUengr

This building has roots! 🌱🏛️ Originally known as the Plant Sciences Building, the L.F. Peterson Building is a reminder of how campus spaces change and grow alongside the disciplines they support. After renovation, it was transformed into a hub for CS education, featuring learning studios, labs and study spots designed to support advanced computational research. 🧑‍💻 #CSCE #CompSci #ENGRBuildings #TAMUengr

As AI and data centers drive massive energy demand, Texas A&M researchers are bringing experts together to tackle Texas’ grid challenges. ⚡ Through CALL workshops, students, industry leaders and researchers collaborate on real-world solutions and prepare for the future of power. 🔗 tx.ag/CALLWorkshop

Texas A&M is leading the next era of materials discovery. Congrats to Cafer Acemi on earning the Acta Student Award for breakthrough alloy research that blends computation, experimentation and real world feasibility. 🔬🔥 🔗 tx.ag/ActaAward

Resilience isn’t just for engineers; robots need it, too. 🤖 A Texas A&M team developed a multi-robot platform that stays coordinated in tough conditions, proving how resilient autonomy connects robotics, cybersecurity and dependable system performance. 👉 Read more: tx.ag/RobustRobots

What if sensors didn’t just capture data, but actually understood it? 🤔 Texas A&M Engineering researchers are developing smarter optical sensors that can analyze and compress their own data in real time. This approach could reduce energy use, eliminate the need for cloud computing and speed up decision-making across industries. From helping surgeons detect tumors instantly to enabling astronauts to analyze materials in space, in-sensor intelligence could reshape the future of technology. 🔗 tx.ag/SmartSensors