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The online Master of Science in Computer Science offers concentrations in Computational Perception & Robotics, Computing Systems, Interactive Intelligence, and Machine Learning. The Computational Perception & Robotics specialization provides an in-depth understanding of artificial intelligence and machine learning.

The online Computer Science degree program at Georgia Tech was created in conjunction with Udacity and AT&T. It was the first program of its kind able to be earned exclusively through massive online format, led by industry experts to offer high-quality education in the Computer Science field. Beyond the standard curriculum, the program offers access to a worldwide community of computing professionals who collaborate on courses, share job opportunities, and support students in their studies and careers.

Students in the Computational Perception & Robotics track can study topics including:

• Graduate algorithms
• Computational photography
• Computer vision
• Artificial intelligence techniques for robotics
• Cyber physical design and analysis

The online Master of Science in Computer Science offers concentrations in Computational Perception & Robotics, Computing Systems, Interactive Intelligence, and Machine Learning. The Computing Systems specialization examines topics including algorithms, computer networks, and information security.

The Computer Science degree online at Georgia Tech was created in conjunction with Udacity and AT&T. It was the first program of its kind able to be earned exclusively through massive online format, led by industry experts to offer high-quality education in the Computer Science field. Beyond the standard curriculum, the program offers access to a worldwide community of computing professionals who collaborate on courses, share job opportunities, and support students in their studies and careers.

Students in the Computing Systems track can choose electives such as:

• Operating systems
• Network security
• Cyber physical systems security
• Embedded systems optimization
• Software architecture and design
• Software analysis and testing

The online Master of Science in Computer Science offers concentrations in Computational Perception & Robotics, Computing Systems, Interactive Intelligence, and Machine Learning. The Interactive Intelligence track focuses on algorithms, design, artificial intelligence, and interaction. 

The Computer Science online degree at Georgia Tech was created in conjunction with Udacity and AT&T. It was the first program of its kind able to be earned exclusively through massive online format, led by industry experts to offer high-quality education in the Computer Science field. Beyond the standard curriculum, the program offers access to a worldwide community of computing professionals who collaborate on courses, share job opportunities, and support students in their studies and careers.

Students in the Interactive Intelligence track can choose electives such as:

• Software development process
• Knowledge-based AI
• Machine learning
• Health informatics
• Educational technology: conceptual foundations
• Human-computer interaction

The online Master of Science in Computer Science offers concentrations in Computational Perception & Robotics, Computing Systems, Interactive Intelligence, and Machine Learning. The Machine Learning track focuses on the study of computer algorithms that improve automatically through experience. 

The Computer Science online degree at Georgia Tech was created in conjunction with Udacity and AT&T. It was the first program of its kind able to be earned exclusively through massive online format, led by industry experts to offer high-quality education in the Computer Science field. Beyond the standard curriculum, the program offers access to a worldwide community of computing professionals who collaborate on courses, share job opportunities, and support students in their studies and careers.

Students in the Interactive Intelligence track can choose electives such as:

• Computer vision
• Reinforcement learning and decision making
• Deep learning
• Machine learning for trading
• Big data for health

The online Master of Science in Aerospace Engineering program prepares students to reach a new level of expertise in one or more of the specialties important to this field. The curriculum helps students advance in aerospace system design, development, manufacture, and operation which allows industry and government employers to assign them increased responsibilities. Courses include:  

• Turbulent Flows
• Advanced Aerodynamics
• Rotary Wing Aerodynamics
• Aircraft Design II
• Wind Engineering

The online Master of Science in Electrical & Computer Engineering program provides the technical know-how needed to compete in the high-tech industry of computer development. This degree is for students with a passion for problem solving and a desire to harness the power of technology as they build upon a firm foundation of the basics and advance their technical knowledge. The flexible program offers a thesis and non-thesis option, as well as the opportunity for students to continue their educations in doctoral programs.

The online Master of Science in Industrial Engineering program provides graduate-level introduction to the broad field of industrial engineering through coursework in operations research, statistics, and applied industrial engineering.  The curriculum emphasizes modeling, analysis, and solution of problems arising in the traditional domains of manufacturing, warehousing, and supply chain systems while students also learn how to better address the role of the human decision-maker as key contributor to the inherent complexity of systems and primary benefactor of the analyses.  Courses include simulation, optimization, probabilistic models, and electives which allow students to concentrate on specific areas of interest.

The online Master of Science in Mechanical Engineering program helps students develop skills pertinent to the research process, including the ability to formulate problems, synthesize and integrate information, work collaboratively, and communicate effectively. The curriculum helps students learn methods of advanced analysis appropriate for professionals to use when solving problems and helps them apply innovative techniques to solve problems. Courses include:

• Engineering Design
• Designing Open Engineering Systems
• Optimization in Engineering Design
• Computer-Aided Design
• Modeling and Simulation in Design

The online Professional Masters in Applied Systems Engineering program helps students gain the knowledge and experience needed to move forward in their careers through courses on systems engineering fundamentals, modeling and simulation, SysML, and system design. The curriculum prepares students to see all parts of a project from the beginning to the end and to learn by doing instead of just theory. The program helps students absorb knowledge from all members of their team, maximizing their effectiveness so they can work with and benefit from people of all backgrounds, positions, and expertise.

The online Master of Science in Medical Physics prepares students for careers as medical physicists.  Courses teach the techniques and applications for diagnosis and treatment of medical conditions and diseases.  Courses may include Diagnostic Imaging Physics, Nuclear Medicine Physics, Radiological Anatomy, and Medical Health Physics.

The online Professional Master in Occupational Safety and Health is designed for working professionals who are ready to boost their careers and step into leadership roles within the field.  The curriculum prepares students for the realities of managing complex safety and health programs, teaching them to identify gaps in safety and health programs, design and implement successful actions plans, and apply analytical, technological, and business insights to Occupational Safety and Health challenges.

The online Master of Science in Operations Research program is designed to provide students with competence in the principles and methods essential to operations research. The curriculum focuses on the theory and practice of operations research through coursework on deterministic and stochastic operations research with electives in statistics and data analysis. Students learn advanced methods to arrive at optimal or good decisions in complex problems and elicit a best possible solution to a problem mathematically to improve or optimize the performance of a system.