From a control room in Atlanta, dozens of Tech students oversaw the first student-led analog space mission to Mars in the U.S.

With two months in the job, Dean Mitchell Walker talks about opportunities and challenges and how he’s tapping the College to help craft a vision for the future.

The BME researcher uses engineered systems of interacting proteins to enable cells to sense when they are under stress and activate appropriate, precise therapeutic responses.

Researchers have developed a deep neural network that can evaluate the security of the power grid orders of magnitude faster than traditional methods.

A $1.5 million NASA award will support aerospace education, workforce development, and entrepreneurship programs across Georgia.

Engineering researchers developed a gamified VR training platform that allows Kia Georgia workers to learn, practice, and make mistakes before they step onto the production floor.

Two decades after Georgia Tech officially launched its bachelor’s degree in environmental engineering, the program is thriving and ranked No. 1 in the nation.

BME's Leslie Chan and her team have developed ingestible probes that translate microbiome activity into breath biomarkers, opening new possibilities for early disease detection and the development of microbiome-based therapies. 

The FutureTEX project will invest up to $480 million over 10 years to bring more textile manufacturing and advanced technology back to America. 

ME alumnus Alex Grady has turned his own experiences and disappointments into children's books that teach persistence, resilience, teamwork, and empathy.

Mahajan’s research takes a cyber-physical approach to design more energy-efficient and adaptive AI data centers as infrastructure demands grow.

It’s like a shot of espresso for “exhausted” immune systems — a discovery that could restore the body’s defenses against cancer and infection.

Sparked by a $5 million matching challenge from Jenny and Mike Messner, civil and environmental engineering donors have created 16 new endowments to fund Ph.D. students.

The $18.1 million National Science Foundation effort will allow researchers to direct advanced manufacturing and AI-driven experimentation in Tech's Advanced Manufacturing Pilot Facility from anywhere.

The program, a collaboration with Fusen World Inc., selected teams developing ideas to improve airport and bridge safety and manufacturing efficiency.

Georgia Tech faculty members also will collaborate on five other projects as part of the $5 billion effort to use AI to transform scientific discovery in health, energy, manufacturing, infrastructure, and national security. 

Georgia Tech raised a historic $415 million in fiscal year 2026 to fuel scholarships, academic excellence, and major capital projects across the Institute, including the new home of the Stewart School of Industrial and Systems Engineering and a landmark $100 million estate gift for the Woodruff School of Mechanical Engineering.

Collaborating with industry gives companies access to world‑class expertise and new ideas. For students and faculty, it’s a direct line to the challenges defining real‑world engineering.

An ME and CSE team developed a more efficient machine learning method to train robotic controllers, deploying it on a two-legged robot that successfully navigated gravel, grass, hills, and more.

Meghna Iyer came to Georgia Tech trying to understand her mother’s illness. What she discovered is changing how scientists connect three neurodegenerative diseases.