A tour of some of Georgia Tech’s most advanced manufacturing machines on the 1st installment of our new YouTube series Engineered at Tech. Watch the full episode: https://t.co/FtdBpakuw0
Humans are about to circle the moon for the first time in 50+ years aboard Artemis II. @GeorgiaTech engineers reflect on why we go to the moon … and why it matters. https://t.co/lLkMQ5IqQ4
Ultra low-power and still high-speed. @GeorgiaTech_ECE researchers are using special lenses to unlock unheard of data speeds for backscatter systems that could allow battery-free wireless sensors to be deployed at massive scale. https://t.co/ETVLeStRLH
Dropping a new Helluva Engineer magazine in your timeline — with a peek into interesting research labs (a mini ocean & mini moon, among them) and ways we're partnering with industry on real-world challenges. Check it out: https://t.co/DgWlQ2KGEW
Fabric from fungi? @GTMSE_3 student Mya Love Griesbaum has created a sustainable fashion startup to help the planet and connect people to it more closely. They're using fungi to decompose synthetic textile waste and turn it into new fabrics. https://t.co/1ux9AVQPHX
Atlanta's notorious traffic can have life-threatening consequences for patients in ambulances. @CEEatGT engineers are using a digital twin of North Ave to predict when and how to clear the path in emergencies — saving critical minutes that can save lives. https://t.co/Qr5ERvQaI5
An $88 million state investment is accelerating the future of aerospace in Georgia.
Georgia Tech will move forward on the construction of a new aerospace engineering building, a state-of-the-art facility designed to house the equipment, technology, and professionals that will expand research, strengthen industry partnerships, and prepare the next generation of leaders.
The facility will house @gtaerospace, ranked No. 1 among public institutions and No. 2 overall by U.S. News & World Report. 🐝🚀✈️ | https://t.co/m8cUdKT76r
A softer approach to sleep monitoring: Georgia Tech researchers led by W. Hong Yeo, Peterson Professor in Pediatric Research, developed a wireless nasal patch designed to track breathing during sleep more comfortably than traditional methods.
Read more: https://t.co/mz4a78hhEh
A technology developed at Georgia Tech allowed an Atlanta eye doctor to treat eye inflammation directly at its source, improving treatment and vision for patients. #ResearchforRealLife 👁️ https://t.co/KwY5i2VO9h
For those who believe everyday #materials still have #mechanics secrets left
PET is everywhere: bottles, packaging, fibers, films
When we pull it, it can neck
But what appears to be damage can also be the emergence of a new, rate-independent, highly oriented material state through in-plane plane-strain necking
Necking is not always the end of a material; it can be the beginning of a new one
Our new work was just published in #JMPS
Wonderful work by my postdoc, @Danqi_Sun
https://t.co/prqObPIID1
What if the smartest robots don’t use code, sensors, or electronics? 🤖 @GTaerospace researchers are rethinking intelligence—showing how simple mechanical design can drive complex, coordinated robotic behavior. https://t.co/RltP1CRdss #robotics
Georgia Tech’s Vertical Lift Research Center of Excellence is partnering with RMS Aerospace to develop e‑Scout, a first-of-its-kind AI‑enabled, autonomous UAV. https://t.co/7sJTach5zw | #GTaerospace
Georgia Tech researchers have developed a magnet-based system to manage oxygen in space without heavy, high-maintenance machinery. A lighter, more sustainable solution for deep space missions. 🚀 https://t.co/EEfQ16TEmx #GTaerospace
Georgia Tech researchers have developed eco-voxels, sustainable building blocks that could transform construction on Earth and Mars. These materials reduce carbon footprints by up to 40% and offer eco-friendly solutions. 🌱: https://t.co/5rGucN7mR5 | #GeorgiaTech@christos_edward
New algorithms developed at @GeorgiaTech are headed to the Moon today as part of @Int_Machines' IM-2 mission. The algorithms work together to detect and identify lunar craters to help navigate the lunar lander to the Moon's surface. 🌕: https://t.co/1I3KhOLHVz
In a new study, AE Professor Kai James, and team used computational structural mechanics and design to unravel the wheel’s evolution. Their findings support the theory that copper miners from the Carpathian Mountains may have invented the wheel. 🔍: https://t.co/Zx6nPVPenG
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provides highly specialized products&services to 1M+ customers that range from independent #autorepair shops to large #hotelchains; #FRC#patientcare ..
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