M.S. in Computer Science
The department offers a M.S. in Computer Science suited to individuals with an undergraduate degree in computer science or mathematics with computational experience. Those obtaining the degree may pursue careers in industry or enter a Ph.D. program in Computer Science.
Students are required to take the following 4 core courses:
- CS 526: Algorithms
- CS 551: Systems Programming
- CS 554: Database Systems
- CS 580: Operating Systems
In addition, students are required to take at least 3 concentration electives (9+ credit hrs) from:
- CS 524: Theory of Computing
- CS 534: Machine Learning
- CS 540: Software Engineering
- CS 556: Program Language and Compilers
- CS 557: Artificial Intelligence
- CS 562 Advanced Computer Systems
- CS 570: Data Mining
- CS 581 High Performance Computing
- CS 584: Topics in Computer Science
Students are required to choose one of the following tracks:
An acceptable masters thesis and oral defense (9 credit hours).
Completion of one approved elective course, and a faculty supervised project, formally taken by registering for CS598 (for up to 6 credit hours). The project may be external as long as it is approved and co-advised by the faculty advisor. The project result may be in the form of a report or documented software. Satisfactory completion of the project requires approval by the faculty advisor.
Completion of 9 additional electives hours. Courses outside the department (e.g., from the sciences, schools of medicine and public health, or the business schools) may be taken if they coincide with the degree objective of the student. Approval of electives will be by the Computer Science Committee.
Practicum: all MS students will be required to complete a practicum (CS596R: Computer Science Master's Practicum) involving a substantial project either under the direction of an Emory faculty member or a Computer Science/Informatics expert in Industry. This requirement is being phased in effective Spring 2017, and is intended to provide students with practical experience with real life projects, an essential element of an applied discipline such as Computer Science and Informatics.
Students may substitute at most one of the above electives with a relevant course from Mathematics, Computer Science, Biology, Chemistry, Physics, Biomedical Informatics, the Rollins School of Public Health, School of Medicine, and appropriate schools at Georgia Tech through the ARCHE program. When substituting courses, a student must obtain prior written approval from the thesis advisor and CSI DGS/program director(s). Students must complete their core courses with a grade of B or higher and complete all coursework by year two with a GPA of 3.0 or higher.