Georgia Tech AI

AI Across Georgia Tech

Georgia Tech will move with urgency to make AI a transformative force in teaching, learning, and research. At the same time, we will preserve the critical thinking and intellectual rigor that define a Georgia Tech education. By integrating AI in ways that amplify human potential, we will prepare students to use these technologies responsibly, generate new knowledge, and advance the public good in Georgia, the nation, and the world.

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AI Research Across Campus

Georgia Tech’s NSF-supported AI institutes advance innovative AI methods through interdisciplinary collaboration to drive real-world impact. 

US NSF Al Institutes

Our departments and groups integrate AI, robotics, data science, and machine learning research to drive innovation across industry, technology, and society.

Interdisciplinary Research

Tech AI collaborates with data centers and innovation labs to provide resources and spaces that accelerate AI research and drive advances in intelligent manufacturing.

Data Centers

Georgia Tech offers AI-focused degrees and certificates across computer science, robotics, industrial engineering, and machine learning, including undergraduate, graduate, and online options. 

Degree Programs

ML@GT brings together thought leaders and practitioners while training the next generation of pioneers in machine learning and AI.

Machine Learning

NSF awards Georgia Tech and its partners $20 million to build a powerful new AI supercomputer.

Hive Super AI Super Computer at Georgia Tech

National AI Supercomputer

Latest News

David Joyner Recognized Among Top 30 Higher Education Data & AI Influencers

Georgia Tech's interim vice provost for AI in Education is recognized for advancing AI-enabled teaching and learning through faculty collaboration, institutional strategy and innovation in online education.

Graphic of a drone swarm connected and sharing information as it moves across large areas.

Connecting Drone Swarms for Complex Missions

Professor Karthikeyan Sundaresan is leading a $4.8 million NSF project aimed at turning groups of drones into a self-adapting wireless system that can move, communicate, sense, and reconfigure itself in real time.