Master of Science (Network Systems)

The Master of Science (Network Systems) is a 12-unit masters program concerned with the design, management, maintenance and service provision of private and public networks.

The Master of Science (Network Systems) focuses on developing mastery of theoretical knowledge and practical skills related to network design, deployment of large scale networks, and the security and protection of networked and computer systems.

There is a particular focus on practical aspects of network design and deployment of a range of networking technologies. The course is also strongly focused in aspects of network and computer security using both theoretical studies and practical examples. Aspects of the course cover the content of various professional certifications.

In addition to the specialist networking and security skills, this course is also focused on the development of research skills needed to assess the effectiveness of a networking technology or solution. The acquired skills and knowledge are consolidated in a major project in the final year.

This course provides graduates with knowledge and skills allowing them to undertake professional work at an advanced level in field of Information and Communication Technologies (ICT), and as a pathway for research and further learning.

To qualify for the award of Master of Science (Network Systems), students must complete 12 units of study (150 credit points) as follows:

• 7 network systems core units (87.5 credit points)
• 4 specialisation-specific core units (50 credit points)
• 1 network systems elective (12.5 credit points)

Units of study

Complete seven units (87.5 credit points):

TNE60003 Introduction to Network Programming TNE60006 Networks and Switching COS60007 Creating Web Applications and Databases TNE70003 Network Routing Principles TNE80006 Secure Networks ICT90003 Applied Research Methods ICT90004 Applied Research Project

Complete four units (50 credit points):

TNE60002 Network Administration COS80013 Internet Security TNE80009 Advanced Security TNE80011 Secure Remote Access Networks

Complete four units (50 credit points):

TNE60002 Network Administration TNE80001 Design and Management of Networks TNE80003 Broadband Multimedia Networks TNE80005 Mobile and Personal Networking

Complete four units (50 credit points):

TNE60002 Network Administration TNE80008 Advanced Routing TNE80013 Software Managed Networks TNE80010 Advanced Switching

Complete four units (50 credit points):

INF60009 Database Analysis and Design TNE80005 Mobile and Personal Networking COS80023 Big Data TNE80015 Internet for Things (I4T) COS80013 Internet Security TNE60002 Network Administration INF60009 Database Analysis and Design COS80023 Big Data TNE80015 Internet for Things (I4T) TNE80001 Design and Management of Networks TNE80003 Broadband Multimedia Networks TNE80005 Mobile and Personal Networking TNE80007 Enterprise Network Server Administration TNE80008 Advanced Routing TNE80009 Advanced Security TNE80010 Advanced Switching TNE80011 Secure Remote Access Networks TNE80013 Software Managed Networks TNE80014 Unix in the Internet ICT80004 Internship Project

* Outcome units - matched exemptions are generally not granted for higher education outcome units.

Successful completion of an undergraduate degree in the engineering, science, or information technology disciplines equivalent to an Australian Bachelor degree.

Upon completion of their course, students will be capable graduate ICT professionals, and able to:

• demonstrate a broad and coherent understanding of the concepts within the field of Information and Communication Technology systems, and to apply this as an effective member of diverse teams in an ICT professional context
• demonstrate an in-depth understanding of the underlying principles and concepts within the networking methodologies, network design and network implementation that facilitates independent lifelong learning in their professional practice
• evaluate new and emerging networking technologies and practices, and their integration with existing networking systems
• critically analyse new networking and/or security scenarios, evaluate the existing knowledge base, and propose and critique viable solutions
• formulate a research question in the context of networking/security, and to use accepted research methodologies to explore innovative approaches
• plan and execute a substantial research-based project and/or capstone experience.

The graduate attributes that relate to this program help to produce graduates who:

• are capable in their chosen professional areas
• are adaptable and manage change
• operate effectively in work and community situations
• are aware of environments
• are entrepreneurial in contributing to innovation and development within their business or community.