MSCS Program
MSCS Program (33 credit hours program for students with 4 year BSCS Degree)
NOTE: For students with a 4-years BSCS degree, the duration of the MSCS is 2-years. It requires 33 credit hours to complete. Although the institutional administration emphasize and encourage students to undertake research, they can take two courses in lieu of research in specific domains. If a student opts for course work only, he/she is required to complete 11 courses of 3 credit hours each. Else, the student is required to complete 9 Courses (27 credit hours) and Two Independent Research Study (6 credit hours) OR One Thesis (6 credit hours). The maximum duration to complete this degree is 4 years.
First Year |
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|---|---|
| Fall Semester | Spring Semester |
| CSC 5105 Research Methodology CSC 5101 Advanced Algorithms Analysis CSC 5102 Theory of Computation |
CSC 5201 Advanced Operating Systems CSC 5202 Advanced Computer Architecture CSC 5xxx Elective-I (from CS Stream) |
Second Year |
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| Fall Semester | Spring Semester |
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CSC 5xxx Thesis/Independent Research Study-I OR Course Work (from CS-Stream) CSC 5xxx Elective-II (from CS-Stream) CSC 5xxx Elective-III (from CS-Stream) |
CSC 5xxx Thesis/Independent Research Study-II OR Course Work (from CS-Stream) CSC 5xxx Elective-IV (from CS-Stream) |
Master of Science in Computer Science (With Specialization in Software Engineering)
First Year |
|
|---|---|
| Fall Semester | Spring Semester |
| CSC 5105 Research Methodology CSC 5101 Advanced Algorithms Analysis CSC 5102 Theory of Computation |
CSC 5201 Advanced Operating Systems CSC 5202 Advanced Computer Architecture SEC 5xxx Elective-I (from SE Stream) |
Second Year |
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| Fall Semester | Spring Semester |
|
CSC/SEC 5xxx Thesis/Independent Research Study I OR Course Work (from CS Stream or from SE-Stream) SEC 5xxx Elective-II (from SE-Stream) SEC 5xxx Elective-II (from SE-Stream) |
CSC/SEC 5xxx Thesis/Independent Research Study I OR Course Work (from CS Stream or from SE-Stream) SEC 5xxx Elective-IV (from SE-Stream |
Master of Science in Computer Science (With Specialization in Networks & Security)
First Year |
|
|---|---|
| Fall Semester | Spring Semester |
| CSC 5105 Research Methodology CSC 5101 Advanced Algorithms Analysis CSC 5102 Theory of Computation |
CSC 5201 Advanced Operating Systems CSC 5202 Advanced Computer Architecture NSC 5xxx Elective-I (from N&S Stream) |
Second Year |
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| Fall Semester | Spring Semester |
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CSC/NSC 5xxx Thesis/Independent Research Study I OR Course Work (from CS Stream or from N&S-Stream) NSC 5xxx Elective-II (from N&S-Stream) NSC 5xxx Elective-III (from N&S-Stream) |
CSC/NSC 5xxx Thesis/Independent Research Study II OR Course Work (from CS Stream or from N&S-Stream NSC 5xxx Elective-IV (from N&S-Stream) |
Electives
| CS-Stream |
|---|
| CSC 5164 Real-Time Systems CSC 5162 Digital Image Processing CSC 5161 Machine Learning CSC 5163 Data Mining CSC 5166 Operation Research CSC 5167 Deep Learning CSC 5264 Expert Systems CSC 5267 Reverse Engineering CSC 5266 Digital Forensics and Malware Analysis CSC 5263 Advanced Resource Sharing Architecture CSC 5262 Computer Vision CSC 5268 Robotics CSC 5261 Advanced Database Design CSC 5265 Distributed Computing CSC 5269 Systems and Network Programming CSC 5168 Big Data Analytics CSC 5271 Natural Language Processing |
| SE-Stream |
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SEC 5163 Software Requirement Engineering SEC 5161 Software System Architecture SEC 5164 Software System Quality SEC 5162 Advanced Software Engineering SEC 5261 Software Analysis and Testing SEC 5263 Web Engineering SEC 5262 Software Project Management |
| N&S-Stream |
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NSC 5161 Advanced Computer Networks NSC 5163 Network Security NSC 5164 Applied Cryptography NSC 5162 Information Security NSC 5165 Cyber Security NSC 5261 Wireless Sensor Networks NSC 5264 Telecom Policies and Regulations NSC 5263 Mobile Ad-hoc Networks NSC 5262 Advanced Data Communications NSC 5265 Advanced Routing and Switching NSC 5166 Advanced Ethical Hacking |
Pre-Requisites: |
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1. For any advanced Course, its basic course or pre-requisite course must have been done before. 2. For each track, the following courses must have been done prior to admission: |
MS (CS) (In Core Computer Science) |
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Programming Fundamental Data Structures Operating Systems Finite Automata Theory and Formal Languages |
MS (CS) with SE-Specialization |
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Programming Fundamental Data Structures Operating Systems Software Engineering |
MS (CS) with N&S-Specialization |
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Programming Fundamental Data Structures Operating Systems Data Communication and Computer Networks |