With significant increasing dependency on computers and technology, the demand for computer science graduates is at its peak. Computer science plays a vital role in many aspects of modern lifestyle and is the foundation of computer programming and other specializations as they relate to extraordinary innovations. Masters in computer science is an advanced level of computer science designed for students who want to forge their career path as programmers or computer develop and it prepares students to take up opportunities for progressed positions and higher salaries.
The online Master’s degrees in computer science offer you with a number of important keys in career development openings. Online programs allow you to illuminate your creative interest and fabricate your environment by means of the internet and learn at your own pace, depending on the program.
A combination of both online and on-campus is known as the hybrid degree, which requires a few physical presences on campus or in a lab, in spite of the fact that much of the educational modules can be completed from anyplace online.
An online degree requires a completed online application, employment history, and official transcripts.
Receipt of three proposal letters (mentioned in the online application)
Scores from the common Graduate Record Examination (GRE) are required. Candidate scores are anticipated to be at slightest 153 in the Verbal, 155 in the Quantitative, and 3.0 in the Explanatory areas for the MS program.
The minimum GPA is 3.0/4.0, though most candidates score higher.
The Test of English as Foreign Language (TOEFL) is required for candidates from non-English talking nations who have not examined in the Joined Together States for at least one year.
Master’s proposition (6 credits) and/or autonomous think about courses may be a portion of a student’s common elective courses.
Any of the 13 core courses may be chosen as general electives.
Graduate level courses from an exterior of the office (at most two) may be chosen as common electives.
Any CS graduate course not included in the core areas may be chosen as general electives.
required to pass 96 units in qualifying master’s courses from the curriculum list.
Total Tuition | Tuition Per Credit | Credits |
---|---|---|
$ 30189 | $ 950 | 34 |
Computer Architecture - Computer architecture is a set of rules and strategies that depict the usefulness, organization, and execution of computer frameworks
Introduction to Operating Systems- It acts as an interface between the user and hardware, manages basic task such as file management, memory management, process management and handling input and output operations
Artificial Intelligence - The intelligence displayed by machines in contrast with human intelligence
Computer Networking - A set of systems connected to each other in order to share resources
Machine Learning - The ability of a system to learn without being explicitly programmed.
Core and Elective Papers | |
Machine Learning | Introduction to Computer Graphics |
Principles of Database Systems | Introduction to Analysis of Algorithms |
Advanced Database Systems | Object-Oriented Design |
Computer Architecture I and II | Introduction to Artificial Intelligence |
Introduction to Operating Systems | Introduction to Machine Learning |
Distributed Operating Systems | Computer Networks and the Internet |
Performance Evaluation of Computer Systems | Parallel Programming |
Information Visualization | Software Product and Process Evaluation |
Large-Scale Visual Analytics | Database Management Systems |
Programming Languages | Machine Learning |
Compiler Design and Construction | Distributed Systems |
Interactive Computer Graphics | Foundations of Fine-Grain Parallelism |
Human-Computer Interaction | Database Systems |
Game Design | Introduction to Compiler Construction |
Penetration Testing and Vulnerability Analysis | Introduction to Distributed Systems |
Artificial Intelligence I | Computer Architecture |
Computer Vision and Scene Analysis | Software Specification and Design |
Neural Network Computing | Fault-Tolerant Computing |
Computational Geometry | Artificial Intelligence |
Theory of Computation | Computer Security |
Information, Security, and Privacy | Advanced Networking |
Network Security | Parallel Processing |
Computer Networking | Software Testing and Analysis |
Applied Cryptography | Database Systems |
Web Search Engines | Software Engineering, I |
Machine Learning | Principles of Database Systems |
Digital Forensics | Computer Architecture |
Selected Topics in | Introduction to Operating Systems |
Special Topics in Computer Science | Information Visualization |
Biometrics | Programming Languages |
Computer Vision and Scene Analysis | Interactive Computer Graphics |
Information, Security, and Privacy | Artificial Intelligence I |
Computer Networking |
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