Romeijn oversees the nation’s No. 1 ranked industrial engineering program.

BME Professor Rafael Davalos is leading the development of a more realistic organ-on-chip model for drug testing, using 3D printing techniques to address limitations of current models.

Engineers and computer scientists show how bad actors can exploit browser-based control systems in industrial facilities with easy-to-deploy, difficult-to-detect malware.

Aerospace engineering John Christian’s optical navigation algorithm will guide a new lunar lander scheduled to arrive near the moon's south pole Feb. 22.

Collaboration between Georgia Tech and the city of Columbus, Georgia, leads to first-of-its-kind alert system to prevent drownings in the Chattahoochee River.

The bioreactor uses membrane sensors to provide real-time, continuous monitoring of stem cell cultures to ensure optimal cell quality.

The MSE researcher was selected for his work to understand the chemical interactions in harvesting solar energy.

Mechanical engineers created a two-step chemical looping cycle that can dramatically reduce the impact of a usually carbon-intensive process.

Led by AE's Glenn Lightsey, the initiative will unify space-related science across disciplines and schools.

The three engineering undergrads will intern this summer with leading aerospace engineering companies and be paired with an executive-level mentor.

CEE, ChBE professors are the 47th and 48th members of the Academy from Georgia Tech.

BME researcher's new BRAIN Initiative award could help find new ways to boost attention and remedy attention deficits.

Meet some of the Black students, athletes, and faculty members at Georgia Tech who have broken barriers, overcome challenges, and left an enduring legacy.

The aerospace engineering graduate student is the 15th Georgia Tech student recognized for their potential to reshape aerospace, aviation, and defense.

The Churchill Scholarship selects 18 students annually for one year of master’s study at the University of Cambridge.

The ECE professor will oversee the College’s academic innovation and assessment programs.

Focusing artificial intelligence content in 14 core courses will equip students with knowledge and hands-on experience companies need in their workforces.

The scalable solution could transform the development of technologies including electronic devices, solar energy conversion, sensors, and more.

New insight into the role of carbon in a low-temperature, light-based reaction may help create ammonia for fertilizer while a new catalyst offers a path to recycling the runoff.

Paper engineer Christopher Luettegen explains how to choose the ideal wrapping paper, if it can be recycled, and Santa's wrapping habits.