Master of Engineering Science (Network Systems and Telecommunications)
Postgraduate course
Overview
The Master of Engineering Science (Network Systems and Telecommunications) comprises advanced level information and communications technology (ICT) studies with a major focus on telecommunication systems and the management of networks.
| Duration | 2 years full-time or equivalent part-time | ||
Campus and intakes  |
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| Study mode | Full-time Part-time (day & evening) | ||
| Course code | S099 | ||
| Fees | The total tuition fee is dependent upon the combination of units of study selected by the student. Fees are reviewed each year. For information about Swinburne's fees visit the Fees website. |
Course in detail
Course description
The Master of Engineering Science (Network Systems and Telecommunications) is part of a two year, 16 unit nested suite of programs which focuses on the design, management and service provision of private and public network systems, including wireless and broadband technologies and a CISCO based approach to the management of networks. The program is designed to provide excellent career opportunities in the areas of telecommunication and network engineering. Specialised knowledge in the field of data communication networking will cover specific competencies of industry certification material such as Cisco CCNA and CCNP and Microsoft MCSA.
This suite of programs includes the Graduate Certificate of Science (Network Systems) the Graduate Diploma of Science (Network Systems) and the Master of Science (Network Systems). There are different entry points depending upon previous academic studies and work experience.
Course structure
The Master of Engineering Science (Network Systems and Telecommunications) consists of 16 units of study (200 credit points) incorporating the Graduate Certificate of Science (Network Systems), the Graduate Diploma of Science (Network Systems), and the Master of Science (Network Systems).
The program is available in both full-time and part-time* (5.30pm to 9.30pm) modes. Part-time mode includes the possibility of studying one unit of study at a time. Evening classes are available in most units of study and entry is possible in both Semester 1 and Semester 2.
Please note: some units of study are subject to quotas and minimum enrolment requirements. Not all units of study are available every semester, and changes in program structure occur from time to time.
*International student visa holders are required to study full-time.
Units of study
Core Units (eleven) HET706 Networks and Routing *
HET710 Network Administration (Microsoft 1)
HET755 Introduction to Network Programming
HET708 Internetworking Technologies *
HET715 Network Computing
HIT7702 Enterprise Network Server Administration (Microsoft 2) # OR
HIT7703 Enterprise Services and Security (Microsoft 3) #
HIT8044 Professional Issues in Information Technology
HIT8071 Professional Project OR
HIT9326 Internship Project
HIT7711 Wireless Communications Techniques
HET729 Design and Management of Networks
HET718 Mobile and Personal Networking
HET755 Introduction to Network Programming
HET708 Internetworking Technologies *
HET715 Network Computing
HIT7702 Enterprise Network Server Administration (Microsoft 2) # OR
HIT7703 Enterprise Services and Security (Microsoft 3) #
HIT8044 Professional Issues in Information Technology
HIT8071 Professional Project OR
HIT9326 Internship Project
HIT7711 Wireless Communications Techniques
HET729 Design and Management of Networks
HET718 Mobile and Personal Networking
Elective Units (select five)
HIT7713 Advanced Routing
HIT7714 Advanced Switching ^
HIT7715 Troubleshooting IP Networks ^
HET717 Simulation of Networks
HET718 Mobile and Personal Networking
HET729 Design and Management of Networks
HET736 Broadband Multimedia Network
HET753 Secure Remote Access Networks ^
HET758 Networking and Online Games
HIT6323 Web Programming
HIT7702 Enterprise Network Server Administration (Microsoft 2)
HIT7703 Enterprise Services and Security (Microsoft 3)
HIT7720 Secure Networks
HIT8163 Unix for Telecommunications
HIT7713 Advanced Routing
HIT7714 Advanced Switching ^
HIT7715 Troubleshooting IP Networks ^
HET717 Simulation of Networks
HET718 Mobile and Personal Networking
HET729 Design and Management of Networks
HET736 Broadband Multimedia Network
HET753 Secure Remote Access Networks ^
HET758 Networking and Online Games
HIT6323 Web Programming
HIT7702 Enterprise Network Server Administration (Microsoft 2)
HIT7703 Enterprise Services and Security (Microsoft 3)
HIT7720 Secure Networks
HIT8163 Unix for Telecommunications
Elective Units that require approval:HIT9010 Research Methods **
HET724 Research Paper **
HET725 Research Report **
HET724 Research Paper **
HET725 Research Report **
Note: Not all elective units are available in every semester.
* Prepares students for CCNA (Cisco Certified Network Associate) qualification.
# Prepares students partly for MCSA.
^ Prepares students partly for CCNP (Cisco Certified Network Professional) qualification - each subject covers one quarter of CCNP.
** Research units ( HIT9010, HET724, HET725) are available only for approved project proposals. Approval is decided on a case-by-case basis by the Program Coordinator.
# Prepares students partly for MCSA.
^ Prepares students partly for CCNP (Cisco Certified Network Professional) qualification - each subject covers one quarter of CCNP.
** Research units ( HIT9010, HET724, HET725) are available only for approved project proposals. Approval is decided on a case-by-case basis by the Program Coordinator.
Students who successfully completed the CCNA certificate with the Cisco Networking Academy can substitue the CCNA units (HET706, HET708) with two of the CCNP units (HET713, HET714,HET753 and CCNP4) or other approved elective units.
Recommended Study Sequence Note: Recommended study sequence provided is for entry into semester 1, alternative sequences are available for entry into alternative teaching period.
Semester 1
HET706 Networks and Routing
HET710 Network Administration
HET755 Introduction to Network Programming
elective from approved list (above)
HET706 Networks and Routing
HET710 Network Administration
HET755 Introduction to Network Programming
elective from approved list (above)
Semester 2
HET708 Internetworking Technologies
HIT7703 Enterprise Services and Security
HET715 Network Computing
HET729 Design and Management of Networks
HIT7703 Enterprise Services and Security
HET715 Network Computing
HET729 Design and Management of Networks
Semester 3
HIT8044 Professional Issues in Information Technology
HIT7711 Wireless Communications Techniques
elective from approved list (above)
elective from approved list (above)
HIT8044 Professional Issues in Information Technology
HIT7711 Wireless Communications Techniques
elective from approved list (above)
elective from approved list (above)
Semester 4
HET718 Mobile and Personal Networking
Choose one of:
HIT8071 Professional Project OR
HIT9326 Internship Project
elective from approved list (above)
elective from approved list (above)
HET718 Mobile and Personal Networking
Choose one of:
HIT8071 Professional Project OR
HIT9326 Internship Project
elective from approved list (above)
elective from approved list (above)
Graduate outcomes
Aims and objectives
The aim of this program is to provide excellent career opportunities by offering high level coverage of networking principles and an appreciation of the emerging issues and technologies in networks, together with specific competencies (industry certification material such as Cisco CCNA* and CCNP* and Microsoft MCSA*).
*Certification examinations are not part of this program. In some cases only part of the requirements are covered.
Professional recognition
The Master of Engineering Science (Network Systems and Telecommunications) has been accredited by the Australian Computer Society (ACS) at Professional Level (the highest level).
Graduate attributes
This program produces 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
Entry requirements
Entry requirements
Admission to the Master of Engineering Science (Network Systems and Telecommunications) program normally requires a recognised bachelor degree in engineering, science, information technology, or in business or commerce with an emphasis on information technology. Applicants not holding a relevant tertiary qualification, but with substantial relevant network industry experience may be admitted to the Graduate Certificate of Science (Network Systems).
Recognition of Prior Learning (RPL)
Recognition of Prior Learning (RPL) is a process where a student may be granted credit or partial credit towards a qualification in recognition of skills and knowledge gained through work experience, life experience and/or formal training. A maximum of four exemptions (50 credit points) is available across the suite of programs in the Master of Science (Network Systems) including the Graduate Certificate of Science (Network Systems), the Graduate Diploma of Science (Network Systems) and the Master of Science (Network Systems).
Further details for students considering Higher Education courses: http://www.swin.edu.au/corporate/registrar/ppd/files/stuinf.htm
Further details for students considering Higher Education courses: http://www.swin.edu.au/corporate/registrar/ppd/files/stuinf.htm
Apply
How to apply
Application forms can be downloaded from the website at: http://www.swinburne.edu.au/postgrad/apply/Course fees
The total tuition fee is dependent upon the combination of units of study selected by the student. Fees are reviewed each year.
For information about Swinburne's fees visit the Fees website.