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Online Master of Science in Computer Science
Are you ready to earn your master's in computer science but not ready to stop working? Do you want a top-ranked degree without the top-ranked price tag? If so, Georgia Tech has the answer.
With support from AT&T, we have created the first online Master of Science in Computer Science from an accredited university that students can earn exclusively through the "massive online" format and for a fraction of the normal cost.
This collaboration - informally dubbed "OMSCS" - has attracted thousands of applicants just like you, who are ready to pursue an advanced degree but not ready to make the sacrifices of time or money that are often required. With OMSCS, you can join computing professionals from more than 80 countries who are earning their M.S. on their own time, in their own homes, and for a total cost of about $6,500.
Are you ready to learn more about the best computing education in the world, now available to the world?
Press About OMSCS
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Georgia Tech’s Online Master’s Becomes Even More Affordable
Class Central -
Creating A Revolutionary Academic Program
Communications of the ACM -
OMSCS: The Revolution Will Be Digitized
Communications of the ACM -
Online, Cheap -- and Elite
Inside Higher Ed -
What Georgia Tech's Online Degree in Computer Science Means for Low-Cost Programs
Chronicle of Higher Education -
Georgia Tech's Pioneer Master's Reached 8,672 Students This Term
IBL News -
Most Innovative Companies: Georgia Institute of Technology
Fast Company
Upcoming Events
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Sep 12
F5 CAP Workshop
This is an event hosted by the College of Computing.
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Sep 11
College of Computing Resume Cram
This is an opportunity for GT Computing students to update their resumes for the upcoming campus career fairs.
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Sep 13
Machine Learning Seminar Series: From Sparse to Dense, and back to Sparse again? (Fuxin Li, Oregon State University)
Fuxin Li will talk about the deep point cloud convolutional backbones that he has developed in the past few years, including the most recent work PointConvFormer that outperforms grid-based convolutional approaches.