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Master of Engineering (Telecommunications)
About the course
Designed and delivered by a team of experienced industry-based tutors, this course will extend and enhance your current knowledge and technical skills, giving you the edge needed for a successful career in telecommunications and networking. The course is designed to provide you with strong foundational knowledge, focusing on the planning, design, implementation, management and maintenance of telecommunication systems and networks. Hands-on practical work with the latest telecommunication hardware and software technology is an essential part of the course. Study a broad range of electives in IT, computer networking, systems analysis, and security to graduate ready to take on a range of roles in the industry.
Take your knowledge beyond the classroom and apply it to real-world settings in your industry internship. You’ll gain valuable experience while expanding your network for future job opportunities. The course also helps you develop the “soft skills” employers are looking for, such as communication, collaboration and project management.
Change the way you learn with Work Integrated Learning and Capstone Projects
As part of Master of Engineering (Telecommunication) degree, you will have access to Work Integrated Learning unit and two Project Units:
MIT’s School of IT & Engineering have designed these units to provide you with real world, experience, working for an industry client. The Industry Experience unit will require you to undertake twelve weeks (full-time) or 24 weeks (part-time) industry placement. The additional two project units will provide you with a capstone final year project in a team environment through research, analysis and development in the Telecommunications industry. You will tackle real world complex problems with technical and creative skills.
Our past students have worked on capstone projects such as:
- Internet Security - Detection of phishing websites using Machine Learning Framework Application
- Education - Designing and implementation of Student Attendance system via Mobile devices
- Mobile Computing - Development of Inductive Power Coupled Charger (Wireless Charger) for small devices
- Telecommunication- Algorithm Development for Data distribution modelling in the preparation phase of the Enhanced Content Centric Network (ECCN)
- Wearable tech - Sensor design for Wireless Body Area Network (WBAN) using Raspberry Pi
- Telecommunication - Development of Algorithm to add Positioning Capability to LoRa wireless network without GPS receiver
As an MIT student, you will have access to the state-of-the-art labs and facilities. All MIT’s labs are equipped with the latest software to hone your skill. You will also get access to MIT’s Library of the latest books/ eBooks and hundreds of online Academic publications that will keep you knowledgeable of the latest and greatest. With 24 hour digital access, you are never too far away from the latest news and journals in the academic/research space.
Learn from experts
Our school attracts some of the best minds in the engineering and networking field, like IoT, mobile and 4G expert Professor Johnson Agbinya, also Head of School (SITE).
| Level | Higher Degree Course (Masters) |
| Approval Status | This course is approved by TEQSA under the Higher Education Standards Framework. |
| Australian Quality Framework (AQF) recognition | The award conferred upon completion is recognised in the Australian Qualifications Framework at Level 9 |
Overview
| CRICOS Course Code | 076147G (VIC) |
| Duration | 2 Years (4 Trimesters) Full-Time or Equivalent Part-Time (Domestic Students only) |
| Intake | March, July, November |
| Campus | Melbourne (City) |
| Study mode | On Campus |
Learning Outcomes
Graduates of this course will:
- Possess a body of knowledge that includes state-of-the-art developments in the area of Telecommunications
- Be able to investigate and evaluate key telecommunication technologies and apply them effectively in an organisation
- Exercise critical thinking, and problem-solving ability to tackle complex new problems
- Demonstrate significant research, analysis and evaluation skills in the telecommunications discipline
- Be able to adapt their knowledge to different circumstances
- Be capable of independent professional work with high level of autonomy and accountability
- Be able to collaborate and communicate with others in a professional setting
Course Structure
Each unit consists of 20 credit points. A full time study load is 60 credit points per semester. MEng(Tel) comprises of ten core units and two electives. Electives are at Level 5 or 6 (Advanced Study).
This study plan may change according to unit availability, credit transfers or Recognition of Prior Learning.
Year 1
Semester 1
ME504 Advanced Networking
MN502 Overview of Network Security
ME502 Overview of Digital Communication
Semester 2
ME606 Digital Signal Processing
MN601 Network Project Management
ME503 Telecommunication System Engineering
ME700 Industry Experience
Year 2
Semester 3
ME603 Project 1
ME601 Telecommunication Modeling and simulation
Elective
Electives
ME501 Professional Engineering Practice
MN605 Enterprise Network Design
ME693 Software-Defined Radio Communication
MN503 Overview of Internetworking
MN506 System Management
MN507 Overview of Software Engineering
MN605 Enterprise Network Design
ME693 Software-Defined Radio Communication
MN503 Overview of Internetworking
MN506 System Management
MN507 Overview of Software Engineering
MN604 IT Security Management
MN603 Wireless Network and Security
MN605 Enterprise Network Design
MN610 Virtual Private Networks
MN611 System Architecture
MN612 Enterprise Architecture
MN603 Wireless Network and Security
MN605 Enterprise Network Design
MN610 Virtual Private Networks
MN611 System Architecture
MN612 Enterprise Architecture
Some Remarks
- The program is available each intake but note that 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.
Program structures and units are subject to change through the process of regular course revision. There is no guarantee that every unit will be offered in any particular trimester.
Industry Experience
A crucial part of Master of Engineering (Telecommunication) is, it has Work Integrated Learning component through the unit ME700. This enables student to put their theoretical knowledge into practice in a real workplace. This program uses the institution's partnerships with industry to give students access to a range of employers.
This is a mandatory component for awarding of the degree. Students are required to undertake Industry Placement of twelve weeks (full-time) or 24 weeks (part-time).
If a third party is required to find the placement, a fee of upto $2,500 (currently) will incur - for which the student is responsible. This industry experience is designed to meet Engineers Australia accreditation requirements.
Industry-Based Projects and Internships
- MIT SITE Industry Project Selection Process
- Networking and Telecom Project Exemplar
- Networking Telecommunication Project Description Template
Mapping Engineering Stage 1 Completency Standards
For more information click here.
Career Opportunities
Graduates of the MEng(Tel) may find employment in leadership roles in telecommunications management, administration, engineering services, delivery and management within a wide range of public and private enterprises. Typical roles include: Telecommunications Engineer, Telecommunications Network Planner, Telecommunication Technical Senior Officer or Technologist, Network Engineer, Network Architect, Network Analyst, Network Designer, Senior Network Developer, Network Manager, Project Manager, or Senior Sales Manager/Consultant.
Professional recognition and accreditation
The Master of Engineering (Telecommunications) is fully accredited by Engineers Australia. Graduates of this program are eligible for membership at Professional level of Engineers Australia according to Washington Accord. Your engineering accreditation is recognised around the world in countries that are signatories of the Washington Accord.
Other countries also are likely to recognise the Washington Accord qualification since there is nothing higher in engineering accreditation than the accord, but it is not guaranteed.
Entry Requirement
- Applicants must have successfully completed a Bachelor degree of at least four years duration in an area of Engineering that is related to Telecommunications or Networks, such as Computer Systems, Electronics, or Electrical Engineering.
Overseas applicants must have a qualification recognized by the Australian Government National Office of Overseas Skills Recognition [NOOSR] as equivalent to at least an Australian Bachelor of Engineering.
International Students - English Language Requirement
| English language Proficiency tests | Results Required |
| IELTS (Academic) | Overall score 6.0 (no band less than 5.5) or equivalent |
For further information, see the links below:
Learn more about Your Program
Click the name of the course below to go to the course page. Should you have queries, we are here to help - call us at 1800 648 669.Change your preference at VTAC website, follow these simple steps:
- Log in to your VTAC account using your VTAC ID and PIN
- Rearrange your existing course preferences or add a course that you have not considered before- The course that you would most like to do should be your first preference.
- Finalise and submit your changes
Not a current Year 12 student? You can apply directly to MIT anytime by visiting MIT's Online Application Portal. Have questions? call 1800648669.
| Course | VTAC Code | ATAR Score | |
|---|---|---|---|
| Bachelor of Business - Accounting | 9470194732 (DFP), 9470194733 (IFP) | Unpublished | Preference MIT Now! |
| Bachelor of Business - Marketing | 9470194732 (DFP), 9470194733 (IFP) | Unpublished | Preference MIT Now! |
| Bachelor of Business - Management | 9470194732 (DFP), 9470194733 (IFP) | Unpublished | Preference MIT Now! |
| Bachelor of Business - Digital Marketing | 9470194732 (DFP), 9470194733 (IFP) | Unpublished | Preference MIT Now! |
| Bachelor of Engineering Technology (Telecommunications) | 9470194072 (DFP), 9470194073 (IFP) | Unpublished | Preference MIT Now! |
| Bachelor of Networking | 9470194722 (DFP), 9470194723 (IFP) | Unpublished | Preference MIT Now! |
| Bachelor of Networking - Major in Cyber Security | 9470194722 (DFP), 9470194723 (IFP) | Unpublished | Preference MIT Now! |
*Courses that have 'Unpublished' ATARs do not have a 'clearly' in ATAR.
Student Stories
Shamika Wijesinghalage
Master of Engineering (Telecommunications)
I chose MIT because the engineering degree is accredited by Engineers Australia... MIT also takes a holistic approach to education and provides the utmost care and assistance to students.
Neeharika Gupta
Master of Engineering (Telecommunications)
The internship I’m undertaking as part of my degree has taken my learning to a whole new level. My role as Project Coordinator takes me on fieldwork projects for Telstra where I get hands-on with diagnosing and fixing faults to power panels– something that is directly related to my studies!
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Disclaimer
Even though MIT endeavours to provide correct information, this information may change throughout the year. You are strongly advised to verify the accuracy of this information with the relevant schools before making a decision.