Degree Worksheet for MSCS in Computing Systems, Study notes of Operating Systems

The requirements for obtaining a Master of Science in Computer Science degree with a specialization in Computing Systems. It includes a breakdown of required courses, electives, and GPA requirements. The document also includes a section for demographics and transfer credits/substitutions.

Typology: Study notes

2021/2022

Uploaded on 05/11/2023

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Degree Worksheet
MSCS
Area of Specialization: Computing Systems
Interactive
Intelligence
Specialization
= 18 hours of core + required electives
+12 hours of “free” electives
30 Hours Total for Degree
Must earn grades of “B” or higher in all courses that count in
Area of Specialization. Must earn a minimum 3.0 overall GPA
to graduate. Only letter grade coursework will count.
SECTION 1 - Demographics
Name: GT ID#:
Graduation Semester: Date:
SECTION 2 Computing Systems Core (9 hours)
Take one (1) course from:
Mark
( X )
Prefix & No.
Course Title
Semester Taken
Grade
CS 6505
Computability, Complexity, and Algorithms
CS 6515
Introduction to Graduate Algorithms
(formerly CS 8803 GA Graduate Algorithms)
And, two (2) courses from:
Mark
( X )
Prefix & No.
Course Title
Semester Taken
Grade
CS 6210
Advanced Operating Systems
CS 6241
Compiler Design
CS 6250
Computer Networks
CS 6290
High-Performance Computer Architecture
CS 6300 OR
CS 6301
Software Development Process OR Advanced Topics in Software
Engineering (formerly CS 8803 ASE)
CS 6390
Programming Languages
CS 6400
Database Systems Concepts and Design
Transfer Credit / Substitutions
Prefix & No.
Course Title
Semester Taken
Credit
Hours
Grade
SECTION 3 Computing Systems Required Electives (9 hours)
Pick three (3) from:
Mark
( X )
Prefix & No.
Course Title
Semester Taken
Grade
CS 6035
Introduction to Information Security
CS 6200
Graduate Introduction to Operating Systems
CS 6220
Big Data Systems and Analytics
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Degree Worksheet MSCS Area of Specialization: Computing Systems Interactive Intelligence Specialization = 18 hours of core + required electives

  • 12 hours of “free” electives 30 Hours Total for Degree Must earn grades of “B” or higher in all courses that count in Area of Specialization. Must earn a minimum 3.0 overall GPA to graduate. Only letter grade coursework will count. SECTION 1 - Demographics Name: GT ID#: Graduation Semester: Date: SECTION 2 – Computing Systems Core ( 9 hours) Take one (1) course from: Mark ( X ) Prefix & No. Course Title Semester Taken Credit Hours Grade CS 6505 Computability, Complexity, and Algorithms CS 6515 Introduction to Graduate Algorithms (formerly CS 8803 GA Graduate Algorithms) And, two (2) courses from: Mark ( X ) Prefix & No. Course Title Semester Taken Credit Hours Grade CS 6210 Advanced Operating Systems CS 6241 Compiler Design CS 6250 Computer Networks CS 6290 High-Performance Computer Architecture CS 6300 OR CS 6301 Software Development Process OR Advanced Topics in Software Engineering (formerly CS 8803 ASE) CS 6390 Programming Languages CS 6400 Database Systems Concepts and Design Transfer Credit / Substitutions Prefix & No. Course Title Semester Taken Credit Hours Grade SECTION 3 – Computing Systems Required Electives (9 hours) Pick three (3) from: Mark ( X ) Prefix & No. Course Title Semester Taken Credit Hours Grade CS 6035 Introduction to Information Security CS 6200 Graduate Introduction to Operating Systems CS 6220 Big Data Systems and Analytics

CS 6235 Real Time Systems CS 6238 Secure Computer Systems CS 6260 Applied Cryptography CS 6262 Network Security CS 6263 Intro to Cyber Physical Systems Security CS 6291 Embedded Systems Optimization CS 6310 Software Architecture and Design CS 6340 Software Analysis and Testing CS 6365 Introduction to Enterprise Computing CS 6422 Database System Implementation CS 6550 Design and Analysis of Algorithms CS 6675 Advanced Internet Computing Systems and Applications CS 7210 Distributed Computing CS 7260 Internetworking Architectures and Protocols CS 7270 Networked Applications and Services CS 7280 Network Science CS 7290 Advanced Topics in Microarchitecture CS 7292 Reliability and Security in Computer Architecture CS 7560 Theory of Cryptography CS 8803-FPL Special Topics: Foundations of Programming Languages CSE 6220 High-Performance Computing Transfer Credit / Substitutions Prefix & No. Course Title Semester Taken Credit Hours Grade SECTION 4 – “Free” Electives (1 2 hours) “Free” Electives are any remaining letter grade courses not used above and within program rules. Prefix & No. Course Title Semester Taken Credit Hours Grade Transfer Credit / Substitutions Prefix & No. Course Title Semester Taken Credit Hours Grade This section to be completed by MSCS Advisor Notes: S-GPA: C-GPA: Advisor Sign Date