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Master of Science in Computer Science (Integrated)

Program Code

MSCITCS

Level

5 Years Integrated

Duration

5 Year

Department name

Department of Computer Science
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Semester Sr no CourseCode Course CourseCredit
Sem-1 1 MCSCC111 Mathematical Foundation 4
Sem-1 2 MCSCC112 Fundamentals of Computer Organization 4
Sem-1 3 MCSCC113 Fundamentals of Programming 4
Sem-1 4 MCSCC114 Fundamentals of Internet and Client-Side Scripting 4
Sem-1 5 MCSCC115 Fundamentals of Programming– Practical 2
Sem-1 6 MCSCC116 Fundamentals of Internet and Client-Side Scripting - Practical 2
Sem-1 7 MCSSE111 Software Lab 4
Sem-1 8 MCSAE111 Environmental Studies-I 2
Sem-2 1 MCSCC121 Linear Algebra 4
Sem-2 2 MCSCC122 Advanced Programming 4
Sem-2 3 MCSCC123 Database Management Systems-I 4
Sem-2 4 MCSCC124 Networking Essentials 4
Sem-2 5 MCSCC125 Advanced programming – Practical 2
Sem-2 6 MCSCC126 Database Management Systems-I -Practical 2
Sem-2 7 MCSSE121 Front End Web Development 4
Sem-2 8 MCSAE121 Environmental Studies – II 2
Sem-3 1 MCSCC211 Statistical Foundation 4
Sem-3 2 MCSCC212 Object Oriented Concepts and Programming 4
Sem-3 3 MCSCC213 Database Management Systems 4
Sem-3 4 MCSCC214 "Object Oriented Concepts and Programming - Practical 4
Sem-3 5 MCSCC215 Database Management Systems – II - Practical 4
Sem-3 6 MCSAE211 General English 4
Sem-3 7 MCSSE211 Project-1 4
Sem-3 8 MCSG Open-Source Software 2
Intake
CourseType Shift
Sanctioned Intake
Fees
General EWS SEBC SC ST Male Female
HPP/Self Finance Morning 61 12 32 9 18 30000 30000
Eligibility Criteria
  • PO1: To inculcate self-learning and lifelong learning capabilities
  • PO2: To become employable and successful entrepreneur
  • PO3: To create skilled human resources in the area of computer science that caters the need of software development and system analysts
  • PO4: To create skilled human resources that can work as software developers
  • PO5: To empower the students with efficient communication skills for project management
  • PO6: To inculcate capabilities like modelling business problems and business logic into software systems
  • PO7: To inculcate leadership qualities and teamwork qualities
  • PO8: To inculcate qualities that helps to develop sustainable solutions to interdisciplinary global problems through research and innovation capabilities
  • PO9: To promote independent and collaborative work in the area of computer applications
  • PO10: To provide fundamental knowledge of computing
  • PSO1: Inculcate and apply latest technologies to solve business problems
  • PSO2: To apply algorithmic approach and computer science techniques in designing computer-based solutions and applications
  • PSO3: To apply technical knowledge for developing secure, smart and sustainable solutions
  • PSO4: To apply the knowledge of software engineering in designing effective business solutions
  • PSO5: To be able to create, maintain and troubleshoot the business solutions
  • PSO6: To be able to enhance their skills through life-long learning through professional activities
  • PSO7: To develop ability for effective communication with the team members and management
  • PSO8: To develop ability to work in multidisciplinary area as a team member and to develop leadership qualities and managerial skills
  • PSO9: To develop effective solutions using technologies that can scale and provide high performance solutions
  • PSO10: To exhibit professional and personal ethics in the industry
Subject Name: Mathematical Foundation

Statements: CO1:The concepts of calculus, vectors, data representation and linear algebra CO2:Apply these concepts to real life problems and machine learning problems

Subject Name: Advanced Programming

Statements: CO1: Understand the concept of pointer and its applications in programming CO2: Learn how to allocate and free memory dynamically, and to control dynamic arrays of any type of data in general and structures in particular CO3: Store and manage data in files CO4: Understand and create and manipulate linked lists

Subject Name: Database Management Systems-I

Statements: CO1: Understand the basics of Data Storage and Database structure CO2: Design ER Diagrams CO3: Design Data Models CO4: Perform SQL queries on Databases CO5: Enforce constraints on Data Models

Subject Name: Advanced programming – Practical

Statements: CO1: Understand the concept of pointer and its applications in programming CO2: Learn how to allocate and free memory dynamically, and to control dynamic arrays of any type of data in general and structures in particular CO3: Store and manage data in files CO4: Understand and create and manipulate linked lists

Subject Name: Database Management Systems-I -Practical

Statements: CO1: Understand the basics of Data Storage and Database structure CO2: Design ER Diagrams CO3: Design Data Models CO4: Perform SQL queries on Databases CO5: Enforce constraints on Data Models

Subject Name: Database Management Systems

Statements: CO1: Understand the basics of Data Storage and Database structure CO2: Design ER Diagrams CO3: Design Data Models CO4: Perform SQL queries on Databases CO5: Enforce constraints on Data Models

Subject Name: "Object Oriented Concepts and Programming - Practical

Statements: CO1: To differentiate between procedural and object-oriented programming. CO2: To learn C++ as a language and various features to implement Object oriented concepts. CO3: To learn Object Oriented principles and their application using C++

Academy Year Title Download
2021-2022 Master of Science in Computer Science (Integrated)

Gujarat University

Online Admission PhD
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