MSc Computer Networking

Transcription

1 School of Business Informatics and Software Engineering MSc Computer Networking PROGRAMME DOCUMENT VERSION 2.0 MCN v2.0 July 2008 University of Technology, Mauritius La Tour Koenig, Pointe aux Sables, Mauritius Tel: (230) Fax: (230) website:

2 MSc COMPUTER NETWORKING A. Programme Information Computer networking is an area of increasing complexity and importance in current work practice as well as all aspects of life. The growth of distributed systems and applications over the last ten years has been phenomenal due to advances in network technology and this trend will continue to pervade for the next decades. The demand for highly-educated network professionals, capable of maintaining an awareness of cutting-edge emerging networking technologies, as well as capable of influencing future developments, will therefore not relent. Thus, this programme has been specifically tailored to curtail the shortfall of network specialists both locally as well as overseas. This programme offers an education based on key concepts, fundamental and advanced principles and the specialist practical skills that will ensure an understanding and practical knowledge of any existing and emerging technologies. It should be noted that this is not a vendorspecific training programme, but a programme which offers future decision makers the technical knowledge to succeed in their role B. Programme Aims This programme aims to provide students with the theoretical and practical skills necessary to pursue careers as network professionals. It is concerned with the design, implementation and administration of high-performance computer network infrastructures and includes an examination of the methods, techniques, tools and technologies used to develop such infrastructures. Successful completion of this programme will also leave students ideally placed to achieve professional networking certifications. Successful students are expected to go on to become high-level network specialists in fields such as network administration, planning and design, implementation, and security. This programme also prepares students to embark in research and consultancy. C. Programme Objectives The objectives of the MSc award in Computer Networking is to equip students with an in-depth understanding of advanced technical and academic skills and knowledge for: the application of computer networking technologies in the real world. professional employment or further academic development in the continually expanding areas of computer science and networking technologies. MCN v 2.0/July 2008 Page 2 of 8

3 PART I Regulations D. General Entry Requirements As per UTM s Admission Regulations, and Admission to Programmes of Study at Master s Degree Level. E. Programme Entry Requirements Applicants should already be familiar with data communication and computer networking concepts and technologies. They should also have programming skills in a modern objectoriented language. Admission decisions will be made by the School of Business Informatics and Software Engineering on a case to case basis. The primary criterion for acceptance of an applicant is his or her anticipated successful completion of the programme. The applicant s likelihood of success can be carried out using an entrance examination or some other form of assessment. At the time of the interview, the applicant will be expected to demonstrate his or her knowledge in the field. F. Programme Mode and Duration One Semester consists of 15 weeks (excluding exam period) Full Time: Part Time: 1 Year (2 Semesters) 1½ Years (3 Semesters) Students wishing to exit before the end of the course may do so as follows: After successfully completing three modules, for the award of a Postgraduate Certificate in Computer Networking After successfully completing five modules, for the award of a Postgraduate Diploma in Computer Networking G. Teaching and Learning Strategies Lectures, Tutorials and Practicals Class Tests and Assignments Project H. Student Support and Guidance Intensive tutoring conducted during Week 8 of each semester MCN v 2.0/July 2008 Page 3 of 8

4 I. Attendance Requirements As per UTM s Regulations and Policy. J. Credit System 1 module = 6 credits Master's Project = 12 credits K. Student Progress and Assessment The programme is delivered mainly through lectures, tutorials, and practical laboratory sessions. Students are expected to be as autonomous as possible and activities will include reading research papers, delivering presentations, and examining case-studies among others. All modules will be assessed as follows (unless otherwise specified): Written examinations carrying a minimum of 60% of total marks up to three-hour duration and continuous assessment carrying a maximum of 40% of total marks. Continuous assessment can be based on a combination of assignments and/or class tests. L. Evaluation of Performance Grade Marks x [%] A x 70 A- 65 x < 70 B 60 x < 65 B- 55 x < 60 C 50 x < 55 C- 45 x < 50 D 40 x < 45 F < 40 A D F Pass Fail MCN v 2.0/July 2008 Page 4 of 8

5 M. Award Classification Overall Weighted Mark y (%) Classification y 70 Distinction 40 y < 70 Pass y < 40 No Award Minimum credits required for respective Award: Masters Degree Postgraduate Diploma Postgraduate Certificate 42 credits 30 credits 18 credits (see below) MSc Computer Networking 5 Core modules: 30 credits + Project: 12 credits Candidates who obtain a mark of 70% and above will be awarded an MSc with Distinction Postgraduate Diploma in Computer Networking 5 Core modules: 30 credits Postgraduate Certificate in Computer Networking 3 Core modules: 18 credits Note: There is no resit for the Master's Project element N. Programme Organisation and Management Programme Director: Mr. R. H. Heerasing Programme Coordinator: Mr. J. Narsoo Contact Details: Room: G 2.14 Telephone Number: (Ext. 124) HansHeerasing@utm.intnet.mu MCN v 2.0/July 2008 Page 5 of 8

6 Part II Programme Structure O. MSc Computer Networking Full-Time (Version 2.0) Code Semester 1 Semester 2 Module Title L+T/P+S Credi S ts Code Module Title CAN511 Computer Networks CAN510 Network Modelling PROG51 Network Programming SECU51 Secure Network Design 08 and Management L+T/P+S S Credit s CAN511 Wireless Computing PROJ52 Master Project* P. MSc Computer Networking Part-Time (Version 2.0) Code Semester 1 Semester 2 Module Title L+T/P+ SS Credi ts CAN511 Computer Networks CAN510 Network Modelling PROG51 Network Programming Code Module Title L+T/P+ SS Credit s CAN511 Wireless Computing SECU5 108 Secure Network Design and Management Code Semester 3 Module Title L+T/P+ SS Credit s PROJ52 Master Project* MCN v 2.0/July 2008 Page 6 of 8

7 Q. Module Outline CAN5111 Computer Networks OSI and TCP/IP Layer Models; Networking Media; Ipv4 and Ipv6. Applications protocols used within the Internet. Troubleshooting tools and methodology. LAN and WAN Technologies. IT Management. Designing for scale: technology evolution, clustering, caching, content networks. Introduction to network design, management, performance and security. Satellite and Photonic networks. Virtualization Technologies Emerging Technologies. CAN5106 Network Modelling Introduction to Network Models. Graph Terminology, Data Structures. Some Complexity Theory and Graph Search Algorithms. Shortest Paths: Label-Setting Algorithms, Heap Searches, Label-Correcting Algorithms. Basic Algorithms for Maximum Flow Problems. Combinatorial applications of Maximum Flow Problems. Pre-flow Push algorithms and Global Min Cut. Minimum Cost Flow Algorithms, Network Simplex Algorithms. Minimum Spanning Trees, Lagrangian Relaxation. PROG Network Programming Daemon Programming. Methods of supporting inter-process communication. Introduction to sockets: datagram sockets, stream sockets. Concurrency and I/O multiplexing. Advanced socket operations. Socket Programming in Java RMI / SOAP. Remote Procedure Calls. Systems Support for Network Services. SECU Secure Network Design & Management Security Principles: Network Topologies; NAT; PAT; DMZ; Attack patterns; and Risk Analysis. Encryption and authentication principles: Public-key and private-key encryption; IDEA; DES; triple-des; RSA; AES; Diffie-Hellman key exchange; Message hash; Encryption tunnels; Digital signatures; and Digital certificates. Intrusion Detection Systems: Network-based and host-based techniques, Honeynets. Authentication, Authorisation and Accounting (AAA): S/Key; TACACS; Radius; Kerberos. IP Security: IPSec; Public Key Infrastructure; VPNs; Crypto access lists. Implementation: Proxy Servers and Firewalls, Squid, iptables, ISA Server Application Security and Data Logging. MCN v 2.0/July 2008 Page 7 of 8

8 CAN Wireless Computing Radio Fundamentals (Spread spectrum, Modulation, Radio Wave Propagation). Wireless Standard and Certification. Survival networks. Wireless Topologies. Wireless Transmission and Security. Privacy-enhancing technologies: RFID. GSM, GPRS, EDGE, W-CDMA, and UMTS. J2ME and.net for mobile devices. Bluetooth and Pervasive Computing. Advances in Mobile and Pervasive Computing. PROJ5202: Master's Project Aim: To provide a structured apprenticeship, such that students gain competence in generic research skills through the conduct of a multidisciplinary project, which itself leads to mastery of the chosen domain. Learning Outcomes: On successful completion of the MSc project a student will have: Conducted a literature search using an appropriate range of information sources and produced a critical review of the findings. Demonstrated professional competence by sound project management and a) by applying appropriate theoretical and practical computer networking concepts and techniques to a non-trivial problem, or b) by undertaking an approved project of equivalent standard. Shown a capacity for self-appraisal by analysing the strengths and weakness of the project outcomes with reference to the initial objectives and to the work of others. Provided evidence of the foregoing in the form of a project which complies with the requirements of the SOBISE in both style and content. Defended the work orally at a viva voce examination. Description: The module is a substantial, individual project. Each student is assigned a Supervisor, who will monitor progress and feedback, provide advice as well as examine the project. There will be three deliverables prior to the submission of the final project: o Proposal and Acceptance. o Interim Presentation. o Final submission of Project and Defence. More information will be provided in the Master s Project Handbook MCN v 2.0/July 2008 Page 8 of 8