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M. Tech in Networking & Communication

Program Code

MTECHNC

Level

Post Graduate

Duration

2 Year

Department name

Department of Computer Science
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Semester Sr no CourseCode Course CourseCredit
Sem-1 1 MTNT111 DESIGN & ANALYSIS OF ALGORITHMS 4
Sem-1 2 MTNT112 NETWORKING-I 6
Sem-1 3 MTNT113 INTERNET PROGRAMMING 6
Sem-1 4 MTNT114 MOBILE ADHOC NETWORKS 6
Sem-1 5 MTNT115 RESEARCH METHODOLOGY FOR COMPUTER SCIENCE 4
Sem-2 1 MTNT121 FOUNDATIONS OF CRYPTOGRAPHY 4
Sem-2 2 MTNT122 DATA ANALYTICS 6
Sem-2 3 MTNT123 NETWORKING- II 6
Sem-2 4 MTNT124 NETWORK SECURITY 6
Sem-2 5 MTNT125 NETWORK ANALYSIS AND DESIGN 4
Sem-3 1 MTNT211 CLOUD COMPUTING 4
Sem-3 2 MTNT212 ROUTING TECHNOLOGY 6
Sem-3 3 MTNT213 ELECTIVE 4
Sem-3 4 MTNT214 DISSERTATION PHASE-1 12
Sem-3 5 MTNT213(1) Software Defined Networking 4
Sem-3 6 MTNT213(2) Internet of Things 4
Sem-3 7 MTNT213(3) Network Modelling 4
Sem-4 1 MTNT221 DISSERTATION PHASE-2 26
Intake
CourseType Shift
Sanctioned Intake
Fees
General EWS SEBC SC ST Male Female
HPP/Self Finance Morning 13 2 7 2 3 25000 25000
Eligibility Criteria
  • PO1: To create expertise in order to produce competent, creative and imaginative engineers
  • PO2: To practice acquired knowledge in support of the design of diverse ICT applications
  • PO3: To practice acquired knowledge, skills, and tools pertinent to ICT applications
  • PO4: To promote development of intellectual property by publishing articles in journals, conference proceedings, etc.
  • PO5: To promote independent and collaborative work in ICT domain
  • PO6: To provide fundamental and advanced knowledge in the domain of Communications, Networking & Web Technologies
  • PSO1: Be able to administer computer networks
  • PSO2: Be able to create virtual private networks
  • PSO3: Be able to define research problem precisely
  • PSO4: Be able to design cryptographic methods for network security
  • PSO5: Be able to design wired or wireless computer networks for any organization
  • PSO6: Be able to design, create and manage networks over cloud infrastructure
  • PSO7: Be able to implement research methodology
  • PSO8: Be able to implement software defined networks
  • PSO9: Be able to secure computer networks
  • PSO10: Be able to troubleshoot computer networks
Subject Name: DESIGN & ANALYSIS OF ALGORITHMS

Statements: CO1: To develop proficiency in problem solving and programming CO2: To be able to carry out the Analysis of various Algorithms for mainly Time and Space Complexity. CO3: To get a good understanding of applications of Data Structures. CO4:To develop a base for advanced study in Computer Science.

Subject Name: NETWORKING-I

Statements: CO1:To learn the principles of Computer Networks CO2: To know the principles of Data Communications for Computer Networks CO3: To understand functionality of layers of OSI model and TCP/IP model and interactions between them. CO4:To gain basic insight of programming for network solutions.

Subject Name: INTERNET PROGRAMMING

Statements: CO1: To introduce the principles of Python Programming CO2: To introduce the principles of Network Programming CO3: To understand and use functionality of various Python libraries for Network Programming CO4: To gain basic insight of programming that can be used over Internet and World Wide Web.

Subject Name: MOBILE ADHOC NETWORKS

Statements: CO1:Analyze the issues in ad hoc networks CO2: Configure the routing parameters in ad hoc network CO3: Propose solutions for security issues

Subject Name: RESEARCH METHODOLOGY FOR COMPUTER SCIENCE

Statements: CO1:Enable students to understand what research is and what it is not. CO2: Introduce the concept of research problem- and to discuss what a researchable problem is CO3:Evaluate literature, form a variety of sources, pertinent to the research objectives. CO4:Identify and justify the basic components of the research framework, relevant to the tackled research problem. CO5:Explain and justify how researchers will collect research data CO6:Discuss how to cite sources, using different reference management systems CO7:Consider the kind of language to use in an academic written work. CO8:Put forward a credible research proposal

Subject Name: FOUNDATIONS OF CRYPTOGRAPHY

Statements: CO1:To understand the state-of-the-art in the area of Applied Cryptography CO2: To study the underlying principles for confidentiality, integrity and authentication CO3:To develop a base for advanced study of subjects pertaining to Network Security and Web Security CO4:To implement various open source tools related to network security

Subject Name: DATA ANALYTICS

Statements: CO1: To enable students to understand key concepts of data, data mining, data analysis and data analytics CO2:To understand how data is created, stored, accessed CO3: To understand tools to effectively organize and visualize dataTo understand application of learning algorithms to data

Subject Name: NETWORKING- II

Statements: CO1: To understand the state-of-the-art in network protocols, architectures and applications CO2: To study the functionality of the higher layers of the OSI model and TCP/IP model and understand the interactions between them CO3: To develop strong analysis, design, implementation, testing and troubleshooting skills regarding TCP/IP based networks and services CO4:Design and implement customized TCP/IP based application layer services

Subject Name: NETWORK SECURITY

Statements: CO1:To understand the state-of-the-art in network security and computer security CO2: To study the security mechanisms at various layers of TCP/IP Model CO3:To develop strong analysis, testing and troubleshooting skills regarding to computer network security CO4:To implement various open source tools related to network security

Subject Name: NETWORK ANALYSIS AND DESIGN

Statements: CO1:To introduce the principles of Network Design CO2:To understand the process of Network Deployments CO3:To gain basic insight of Network Operations and Maintenance

Subject Name: CLOUD COMPUTING

Statements: CO1: Implement business solutions over cloud computing platform CO2:To understand the service model with reference to cloud computing CO3: To appreciate the role of Virtualization Technologies with reference to cloud infrastructure CO4:Deploy programs and software over cloud infrastructure

Subject Name: ROUTING TECHNOLOGY

Statements: CO1: Understand the major routing algorithms and protocols. CO2: Understand the architecture and components of routers. CO3:Appreciate open research issues related to routing, traffic engineering, flow and capacity design.

Subject Name: DISSERTATION PHASE-1

Statements: CO1: To apply the concepts of research skills and research design. CO2: To learn framing of research problem, pursuing literature review and framing the hypothesis

Subject Name: DISSERTATION PHASE-2

Statements: CO1: To demonstrate the research and problem solving skills by developing innovative solutions to the research problem identified. CO2: To contribute innovations to academia and industry

Subject Name: Software Defined Networking

Statements: CO1: Able to deploy software defined networks CO2: Understand emerging networking technologies for cloud infrastructure CO3:Obtain skills to do research in software defined networking (SDN) CO4:Use software programs to perform varying and complex networking tasks

Subject Name: Internet of Things

Statements: CO1: Understand general concepts of Internet of Things (IoT) CO2:Recognize various devices, sensors and applications CO3:Apply design concept to IoT solutions CO4:Analyze various M2M and IoT architectures CO5:Evaluate design issues in IoT applications CO6:Create IoT solutions using sensors, actuators and Devices

Subject Name: Network Modelling

Statements: CO1: Identify the causes of poor performance (losses and delays) in the Internet. CO2: Quantify the performance of simple network systems by developing appropriate.analytical models CO3:Critique emerging technologies used by Internet Service Providers for offering Quality of Service (QoS) to Internet traffic CO4:Construct and evaluate practical tools for performance evaluation.

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Gujarat University

Online Admission PhD
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