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Master of Networking - Major in Cyber Security

I am a(n)Domestic student International Student

I am a(n)

Domestic student
International Student

 


 


AQF Level
Level 9


Duration
2 Years (4 Trimesters) Full-Time or Equivalent Part-Time


Location
Melbourne & Sydney Campus


Intake
March, July, November

 
AQF Level Level 9
Duration 2 Years (4 Trimesters) Full-Time or Equivalent Part-Time
Location Melbourne & Sydney Campus
Intake March, July, November

  • Overview
  • Course Details
  • Accreditation
  • Learning Outcomes
  • Credit Transfer
  • Entry Requirements
  • Fees and charges
  • How to apply

About the course

Are you excited by the opportunity to solve cybersecurity challenges and protect businesses from threats? Our innovative Master of Networking with a Major in Cyber Security (MNet Major in CybSec) was developed in collaboration with industry to ensure the course remains highly-relevant in a rapidly evolving industry. That’s why we now offer three areas of specialisation: network management, cloud networking and software engineering.

This program embraces the most relevant and up-to-date methods in use across the industry today. You will develop the skills and knowledge required to identify, analyse, and respond to cyberattacks and threats. You will learn about cybersecurity, penetration testing, security management, and ethical hacking.

Apply your knowledge to real-world businesses through case studies and industry projects. Gain hands-on practical experience with Cisco, Microsoft and Riverbed Networking technology. Develop the “soft skills” employers are looking for, such as communication, collaboration and project management. Whatever your goals, this course will ensure you are career-ready.

Capstone Projects and Industry Connections

As part of the Master of Networking degree, you will need to undertake the final year project units:

  • MN691 - Research Methods and Project Design; and
  • MN692 - Capstone Project.

MIT’s School of IT & Engineering has designed these units to provide you with real-world experience, working for an industry client. They will provide you with a capstone final year project in a team environment through research, analysis and development. You will tackle complex real-world problems with technical and creative skills.

Our past students have worked on capstone projects such as:

  • Traffic Control – Development of Automatic Accident Detection System using IOT Devices
  • Productivity - Development of secured web-based interactive Video Conferencing Application
  • Retail – Designing of MAC address detection to prevent Petrol theft
  • Online Retail Store - Secured Cloud-based multi-authentication Biometric Password framework
  • Digital Library - Artificial Intelligence (AI) Analytical Framework on Big Data
  • Lifestyle Improvement - Design and Development of Animal Flap with Facial Recognition Techniques
  • Imaging and Data processing - Comparative analysis of Locality-Sensitive Hashing (LSH) algorithm and Similarity Digest on images

As an MIT student, you will have access to state-of-the-art labs and facilities. All of 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 Academic online publications that will keep you knowledgeable of the latest and greatest. With 24 hours of 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 Computer and Mathematical Scientist Professor Savitri Bevinakoppa in Melbourne and artificial intelligence expert A/Prof Tony Jan in Sydney.

 

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
Apply Now

Course Details

Each unit consists of 20 credit points. A full-time study load is 60 credit points per trimester. MNet comprises of ten core units and two electives that may make up a specialisation such as Network Security or Systems Analysis (see below).

MN404 and MN405 are available for students who need to supplement their undergraduate degree program. Students who have gaps in their undergraduate program will need to undertake these units to ensure they meet prerequisite requirements for core units.

Course Structure

  • Cognate
  • Non Cognate

Cognate Study Plan

Year 1

Semester 1

MN501 Network Management in Organisations
MN502 Overview of Network Security
MN503 Overview of Internetworking

Semester 2

Elective
Elective
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 



Electives

Cyber Security Specialisation

MN604 IT Security Management
MN610 Virtual Private Networks

Software Engineering Specialisation

MN507 Overview of Software Engineering
MN611 System Architecture
MN612 Enterprise Architecture

Cloud Networks Specialisation

ME605 Cloud Engineering
MN622 Software Defined Networking

* MN404 and MN405 as pre‐requisites are required only for the non‐cognate stream.

Non-Cognate Study Plan

Year 1

Semester 1

MN404 Fundamentals of Operating Systems and Programming
MN405 Data and Information Management
MN501 Network Management in Organisations

Semester 2

MN502 Overview of Network Security
MN503 Overview of Internetworking
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Some remarks:

  • The program is available each intake; however, some units of study are subject to quotas and minimum enrolment requirements.
  • Not all units of study are available every trimester, 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.

 

*Additional Fee

It is mandatory for awarding of the Master of Networking degree that the student undertake the final year project units: MN691 Research Methods and Project Design, and MN692 Capstone Project.

If a third party is required to find a project for the student, the student will incur a fee. The Industry-Based Project is designed to provide students with real-world experience, working for an industry client on a project focussed within their discipline of study.

Industry-Based Projects and Internships

  • MIT SITE Industry Project Selection Process
  • Networking and Telecommunication Project Exemplar
  • Networking and Telecommunication Project Description Template

 

ACS Core Body of Knowledge Mapping

For more information click here

 

Professional accreditation and memberships

The Master of Networking (major in Cyber Security) is accredited by the Australian Computer Society in the Professional Level.

The Master of Networking is accredited by the Tertiary Education Quality and Standards Agency (TEQSA) - www.teqsa.gov.au.

Learning Outcomes

Graduates of this course will:

  • Understand recent developments in the discipline
  • Possess knowledge of research principles and practice
  • Possess skills to investigate, analyse and synthesise complex information
  • Demonstrate skills to generate and evaluate complex concepts
  • Evaluate key network technologies with communication skills to justify theoretical propositions and conclusions
  • Be able to apply network technologies with technical skills to design, evaluate and implement
  • Master theoretical knowledge and critical reflection on their practice
  • Exercise critical thinking and problem-solving ability with technical research skills
  • Possess skills to design and implement complex networks
  • Undertake professional work at a high level
  • Master planning and execution of projects in the discipline
  • Possess skills to adopt and adapt knowledge to new situations

Credit Transfer

Credit transfer provides students with credit for learning already achieved. Applicants are assessed on a case-by-case basis. Learn more about credit transfer.

Applications for credit transfer must be made before or during orientation and enrolment week.

 

Recognition of Prior Learning

Recognition of prior learning (RPL) allows students to gain credit towards their course based on their prior learning (including formal, informal and non‐formal learning). Applicants are assessed on a case-by-case basis. Learn more about Recognition of Prior Learning.

Applications for Recognition of Prior Learning must be made before or during orientation and enrolment week.

Applying for Credit Transfer/RPL

If you are seeking credit transfer for the same or similar unit/s previously completed at a different institute, you must submit the following supporting documents with your credit application:

  • Certified copy of relevant certificates and results for any studies that you have completed
  • Unit outlines
  • Credit Transfer Application Form – download the form here

For further information about credit transfer, click here

Submitting the Credit Transfer/ RPL Application

Once complete, scan and email your application via email to enquiries@mit.edu.au

Entry Requirement

For the cognate stream: An Australian bachelor degree or equivalent in Information Technology or a related discipline such as computer science, software engineering, computer engineering or networking.

For the non-cognate stream: An Australian bachelor degree or equivalent in any other discipline.

 

For further information, see the links below:

  • Institute Entry Requirement
  • MIT's Admissions Transparency
  • MIT Admissions Policy and Procedure

Study now, pay later - with FEE-HELP

Students studying at MIT may be eligible for FEE-HELP. FEE-HELP is a loan scheme that assists eligible fee-paying students to pay their tuition fees. An eligible person may borrow up to the FEE-HELP limit to pay tuition fees over their lifetime.

For further information about FEE-HELP, click here or visit studyassist.gov.au

 

Tuition Fees

For 2020-21 fee information visit Tuition Fee page.

 

Financial Assistance

Youth and student allowances

For details on Youth Allowance, Austudy and ABSTUDY, visit humanservices.gov.au

  • Admissions Policy and Procedure
  • Appeals and grievances procedures

 

Where to get further information

  • Tertiary Education Quality Standards Agency (TEQSA) (https://www.teqsa.gov.au)
  • Quality Indicators for Teaching and Learning (QILT) (https://www.qilt.edu.au)
  • Australian Qualifications Framework (https://www.aqf.edu.au)

 

How to Apply?

Learn more about the whole of institution information set here.

If you are not in Australia

All students who are not in Australia must apply through our registered agents.

Find a Registered Agent

If you are in Australia

All students who are currently in Australia may apply directly via our Portal.

Apply Now

 

Overview

About the course

Are you excited by the opportunity to solve cybersecurity challenges and protect businesses from threats? Our innovative Master of Networking with a Major in Cyber Security (MNet Major in CybSec) was developed in collaboration with industry to ensure the course remains highly-relevant in a rapidly evolving industry. That’s why we now offer three areas of specialisation: network management, cloud networking and software engineering.

This program embraces the most relevant and up-to-date methods in use across the industry today. You will develop the skills and knowledge required to identify, analyse, and respond to cyberattacks and threats. You will learn about cybersecurity, penetration testing, security management, and ethical hacking.

Apply your knowledge to real-world businesses through case studies and industry projects. Gain hands-on practical experience with Cisco, Microsoft and Riverbed Networking technology. Develop the “soft skills” employers are looking for, such as communication, collaboration and project management. Whatever your goals, this course will ensure you are career-ready.

Capstone Projects and Industry Connections

As part of the Master of Networking degree, you will need to undertake the final year project units:

  • MN691 - Research Methods and Project Design; and
  • MN692 - Capstone Project.

MIT’s School of IT & Engineering has designed these units to provide you with real-world experience, working for an industry client. They will provide you with a capstone final year project in a team environment through research, analysis and development. You will tackle complex real-world problems with technical and creative skills.

Our past students have worked on capstone projects such as:

  • Traffic Control – Development of Automatic Accident Detection System using IOT Devices
  • Productivity - Development of secured web-based interactive Video Conferencing Application
  • Retail – Designing of MAC address detection to prevent Petrol theft
  • Online Retail Store - Secured Cloud-based multi-authentication Biometric Password framework
  • Digital Library - Artificial Intelligence (AI) Analytical Framework on Big Data
  • Lifestyle Improvement - Design and Development of Animal Flap with Facial Recognition Techniques
  • Imaging and Data processing - Comparative analysis of Locality-Sensitive Hashing (LSH) algorithm and Similarity Digest on images

As an MIT student, you will have access to state-of-the-art labs and facilities. All of 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 Academic online publications that will keep you knowledgeable of the latest and greatest. With 24 hours of 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 Computer and Mathematical Scientist Professor Savitri Bevinakoppa in Melbourne and artificial intelligence expert A/Prof Tony Jan in Sydney.

 

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
Apply Now

Course Details

Course Details

Each unit consists of 20 credit points. A full-time study load is 60 credit points per trimester. MNet comprises of ten core units and two electives that may make up a specialisation such as Network Security or Systems Analysis (see below).

MN404 and MN405 are available for students who need to supplement their undergraduate degree program. Students who have gaps in their undergraduate program will need to undertake these units to ensure they meet prerequisite requirements for core units.

Course Structure

  • Cognate
  • Non Cognate

Cognate Study Plan

Year 1

Semester 1

MN501 Network Management in Organisations
MN502 Overview of Network Security
MN503 Overview of Internetworking

Semester 2

Elective
Elective
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Electives

Cyber Security Specialisation

MN604 IT Security Management
MN610 Virtual Private Networks

Software Engineering Specialisation

MN507 Overview of Software Engineering
MN611 System Architecture
MN612 Enterprise Architecture

Cloud Networks Specialisation

ME605 Cloud Engineering
MN622 Software Defined Networking

* MN404 and MN405 as pre‐requisites are required only for the non‐cognate stream.

Non-Cognate Study Plan

Year 1

Semester 1

MN404 Fundamentals of Operating Systems and Programming
MN405 Data and Information Management
MN501 Network Management in Organisations

Semester 2

MN502 Overview of Network Security
MN503 Overview of Internetworking
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Some remarks:

  • The program is available each intake; however, some units of study are subject to quotas and minimum enrolment requirements.
  • Not all units of study are available every trimester, 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.

 

*Additional Fee

It is mandatory for awarding of the Master of Networking degree that the student undertake the final year project units: MN691 Research Methods and Project Design, and MN692 Capstone Project.

If a third party is required to find a project for the student, the student will incur a fee. The Industry-Based Project is designed to provide students with real-world experience, working for an industry client on a project focussed within their discipline of study.

Industry-Based Projects and Internships

  • MIT SITE Industry Project Selection Process
  • Networking and Telecommunication Project Exemplar
  • Networking and Telecommunication Project Description Template

 

ACS Core Body of Knowledge Mapping

For more information click here

 

Accreditation

Professional accreditation and memberships

The Master of Networking (major in Cyber Security) is accredited by the Australian Computer Society in the Professional Level.

The Master of Networking is accredited by the Tertiary Education Quality and Standards Agency (TEQSA) - www.teqsa.gov.au.

Learning Outcomes

Learning Outcomes

Graduates of this course will:

  • Understand recent developments in the discipline
  • Possess knowledge of research principles and practice
  • Possess skills to investigate, analyse and synthesise complex information
  • Demonstrate skills to generate and evaluate complex concepts
  • Evaluate key network technologies with communication skills to justify theoretical propositions and conclusions
  • Be able to apply network technologies with technical skills to design, evaluate and implement
  • Master theoretical knowledge and critical reflection on their practice
  • Exercise critical thinking and problem-solving ability with technical research skills
  • Possess skills to design and implement complex networks
  • Undertake professional work at a high level
  • Master planning and execution of projects in the discipline
  • Possess skills to adopt and adapt knowledge to new situations

Credit Transfer

Credit Transfer

Credit transfer provides students with credit for learning already achieved. Applicants are assessed on a case-by-case basis. Learn more about credit transfer.

Applications for credit transfer must be made before or during orientation and enrolment week.

 

Recognition of Prior Learning

Recognition of prior learning (RPL) allows students to gain credit towards their course based on their prior learning (including formal, informal and non‐formal learning). Applicants are assessed on a case-by-case basis. Learn more about Recognition of Prior Learning.

Applications for Recognition of Prior Learning must be made before or during orientation and enrolment week.

Applying for Credit Transfer/RPL

If you are seeking credit transfer for the same or similar unit/s previously completed at a different institute, you must submit the following supporting documents with your credit application:

  • Certified copy of relevant certificates and results for any studies that you have completed
  • Unit outlines
  • Credit Transfer Application Form – download the form here

For further information about credit transfer, click here

Submitting the Credit Transfer/ RPL Application

Once complete, scan and email your application via email to enquiries@mit.edu.au

Career Opportunities

Career Opportunities

Graduates of the Master of Networking- Major in Cyber Security may find employment in leadership roles in Network Management System Administration and ICT services delivery and management within a wide range of public and private enterprises.

Typical roles (some with additional work experience) including:

  • Cyber Security Engineer
  • Cyber Security Analyst
  • Cyber Security Architect
  • Enterprise Cyber Security Manager
  • Technical Project Manager
  • Cyber Security Specialist

 

Entry Requirement

Entry Requirement

For the cognate stream: An Australian bachelor degree or equivalent in Information Technology or a related discipline such as computer science, software engineering, computer engineering or networking.

For the non-cognate stream: An Australian bachelor degree or equivalent in any other discipline.

 

For further information, see the links below:

  • Institute Entry Requirement
  • MIT's Admissions Transparency
  • MIT Admissions Policy and Procedure

Fees & Charges

Study now, pay later - with FEE-HELP

Students studying at MIT may be eligible for FEE-HELP. FEE-HELP is a loan scheme that assists eligible fee-paying students to pay their tuition fees. An eligible person may borrow up to the FEE-HELP limit to pay tuition fees over their lifetime.

For further information about FEE-HELP, click here or visit studyassist.gov.au

 

Tuition Fees

For 2020-21 fee information visit Tuition Fee page.

 

Financial Assistance

Youth and student allowances

For details on Youth Allowance, Austudy and ABSTUDY, visit humanservices.gov.au

  • Admissions Policy and Procedure
  • Appeals and grievances procedures

 

Where to get further information

  • Tertiary Education Quality Standards Agency (TEQSA) (https://www.teqsa.gov.au)
  • Quality Indicators for Teaching and Learning (QILT) (https://www.qilt.edu.au)
  • Australian Qualifications Framework (https://www.aqf.edu.au)

 

How To Apply

How to Apply?

Learn more about the whole of institution information set here.

If you are not in Australia

All students who are not in Australia must apply through our registered agents.

Find a Registered Agent

If you are in Australia

All students who are currently in Australia may apply directly via our Portal.

Apply Now

 


 


AQF Level
Level 9


Duration
2 Years (4 Trimesters) Full-Time


Location
Melbourne & Sydney Campus


CRICOS Code
057028F (VIC)
072673G (NSW)


Intake
March, July, November

 
AQF Level Level 8
Duration 2 Years (4 Trimesters) Full-Time
Location Melbourne & Sydney Campus
CRICOS Code 057028F (VIC) 072673G (NSW)
Intake March, July, November

  • Overview
  • Course details
  • Accreditation
  • Learning Outcomes
  • Credit Transfer
  • Entry Requirements
  • Fees and charges
  • How to apply

About the course

Are you excited by the opportunity to solve cybersecurity challenges and protect businesses from threats? Our innovative Master of Networking with a Major in Cyber Security (MNet Major in CybSec) was developed in collaboration with industry to ensure the course remains highly-relevant in a rapidly evolving industry. That’s why we now offer three areas of specialisation: network management, cloud networking and software engineering.

This program embraces the most relevant and up-to-date methods in use across the industry today. You will develop the skills and knowledge required to identify, analyse, and respond to cyberattacks and threats. You will learn about cybersecurity, penetration testing, security management, and ethical hacking.

Apply your knowledge to real-world businesses through case studies and industry projects. Gain hands-on practical experience with Cisco, Microsoft and Riverbed Networking technology. Develop the “soft skills” employers are looking for, such as communication, collaboration and project management. Whatever your goals, this course will ensure you are career-ready.

Capstone Projects and Industry Connections

As part of the Master of Networking degree, you will need to undertake the final year project units:

  • MN691 - Research Methods and Project Design; and
  • MN692 - Capstone Project.

MIT’s School of IT & Engineering has designed these units to provide you with real-world experience, working for an industry client. They will provide you with a capstone final year project in a team environment through research, analysis and development. You will tackle complex real-world problems with technical and creative skills.

Our past students have worked on capstone projects such as:

  • Traffic Control – Development of Automatic Accident Detection System using IOT Devices
  • Productivity - Development of secured web-based interactive Video Conferencing Application
  • Retail – Designing of MAC address detection to prevent Petrol theft
  • Online Retail Store - Secured Cloud-based multi-authentication Biometric Password framework
  • Digital Library - Artificial Intelligence (AI) Analytical Framework on Big Data
  • Lifestyle Improvement - Design and Development of Animal Flap with Facial Recognition Techniques
  • Imaging and Data processing - Comparative analysis of Locality-Sensitive Hashing (LSH) algorithm and Similarity Digest on images

As an MIT student, you will have access to state-of-the-art labs and facilities. All of 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 Academic online publications that will keep you knowledgeable of the latest and greatest. With 24 hours of 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 Computer and Mathematical Scientist Professor Savitri Bevinakoppa in Melbourne and artificial intelligence expert A/Prof Tony Jan in Sydney.

 

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
Apply Now

Course Details

Each unit consists of 20 credit points. A full-time study load is 60 credit points per trimester. MNet comprises of ten core units and two electives that may make up a specialisation such as Network Security or Systems Analysis (see below).

MN404 and MN405 are available for students who need to supplement their undergraduate degree program. Students who have gaps in their undergraduate program will need to undertake these units to ensure they meet prerequisite requirements for core units.

Course Structure

  • Cognate
  • Non Cognate

Cognate Study Plan

Year 1

Semester 1

MN501 Network Management in Organisations
MN502 Overview of Network Security
MN503 Overview of Internetworking

Semester 2

Elective
Elective
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Electives

Cyber Security Specialisation

MN604 IT Security Management
MN610 Virtual Private Networks

Software Engineering Specialisation

MN507 Overview of Software Engineering
MN611 System Architecture
MN612 Enterprise Architecture

Cloud Networks Specialisation

ME605 Cloud Engineering
MN622 Software Defined Networking

* MN404 and MN405 as pre‐requisites are required only for the non‐cognate stream.

Non-Cognate Study Plan

Year 1

Semester 1

MN404 Fundamentals of Operating Systems and Programming
MN405 Data and Information Management
MN501 Network Management in Organisations

Semester 2

MN502 Overview of Network Security
MN503 Overview of Internetworking
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Some remarks:

  • The program is available each intake; however, some units of study are subject to quotas and minimum enrolment requirements.
  • Not all units of study are available every trimester, 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.

 

*Additional Fee

It is mandatory for awarding of the Master of Networking degree that the student undertake the final year project units: MN691 Research Methods and Project Design, and MN692 Capstone Project.

If a third party is required to find a project for the student, the student will incur a fee. The Industry-Based Project is designed to provide students with real-world experience, working for an industry client on a project focussed within their discipline of study.

Industry-Based Projects and Internships

  • MIT SITE Industry Project Selection Process
  • Networking and Telecommunication Project Exemplar
  • Networking and Telecommunication Project Description Template

 

ACS Core Body of Knowledge Mapping

For more information click here

 

Professional accreditation and memberships

The Master of Networking (major in Cyber Security) is accredited by the Australian Computer Society in the Professional Level.

The Master of Networking is accredited by the Tertiary Education Quality and Standards Agency (TEQSA) - www.teqsa.gov.au.

Learning Outcomes

Graduates of this course will:

  • Understand recent developments in the discipline
  • Possess knowledge of research principles and practice
  • Possess skills to investigate, analyse and synthesise complex information
  • Demonstrate skills to generate and evaluate complex concepts
  • Evaluate key network technologies with communication skills to justify theoretical propositions and conclusions
  • Be able to apply network technologies with technical skills to design, evaluate and implement
  • Master theoretical knowledge and critical reflection on their practice
  • Exercise critical thinking and problem-solving ability with technical research skills
  • Possess skills to design and implement complex networks
  • Undertake professional work at a high level
  • Master planning and execution of projects in the discipline
  • Possess skills to adopt and adapt knowledge to new situations

Credit Transfer

Credit transfer provides students with credit for learning already achieved. Applicants are assessed on a case-by-case basis. Learn more about credit transfer.

Applications for credit transfer must be made before or during orientation and enrolment week.

 

Recognition of Prior Learning

Recognition of prior learning (RPL) allows students to gain credit towards their course based on their prior learning (including formal, informal and non‐formal learning). Applicants are assessed on a case-by-case basis. Learn more about Recognition of Prior Learning.

Applications for Recognition of Prior Learning must be made before or during orientation and enrolment week.

Applying for Credit Transfer/RPL

If you are seeking credit transfer for the same or similar unit/s previously completed at a different institute, you must submit the following supporting documents with your credit application:

  • Certified copy of relevant certificates and results for any studies that you have completed
  • Unit outlines
  • Credit Transfer Application Form – download the form here

For further information about credit transfer, click here

Submitting the Credit Transfer/ RPL Application

Once complete, scan and email your application via email to enquiries@mit.edu.au

Entry Requirement

For the cognate stream: An Australian bachelor degree or equivalent in Information Technology or a related discipline such as computer science, software engineering, computer engineering or networking.

For the non-cognate stream: An Australian bachelor degree or equivalent in any other discipline.


International Students - English Language Requirement

English language proficiency testsResults Required
IELTS (Academic)Overall score 6.0 (no band less than 5.5) or equivalent

 


 

For further information, see the links below:

  • Institute Entry Requirement
  • MIT's Admissions Transparency
  • MIT Admissions Policy and Procedure

Tuition Fees

For 2020-21 fee information visit Tuition Fee page.

Where to get further information

  • Tertiary Education Quality Standards Agency (TEQSA) (https://www.teqsa.gov.au)
  • Quality Indicators for Teaching and Learning (QILT) (https://www.qilt.edu.au)
  • Australian Qualifications Framework (https://www.aqf.edu.au)

 

How to Apply?

Learn more about the whole of institution information set here.

If you are not in Australia

All students who are not in Australia must apply through our registered agents.

Find a Registered Agent

If you are in Australia

All students who are currently in Australia may apply directly via our Portal.

Apply Now

 

Overview

About the course

Are you excited by the opportunity to solve cybersecurity challenges and protect businesses from threats? Our innovative Master of Networking with a Major in Cyber Security (MNet Major in CybSec) was developed in collaboration with industry to ensure the course remains highly-relevant in a rapidly evolving industry. That’s why we now offer three areas of specialisation: network management, cloud networking and software engineering.

This program embraces the most relevant and up-to-date methods in use across the industry today. You will develop the skills and knowledge required to identify, analyse, and respond to cyberattacks and threats. You will learn about cybersecurity, penetration testing, security management, and ethical hacking.

Apply your knowledge to real-world businesses through case studies and industry projects. Gain hands-on practical experience with Cisco, Microsoft and Riverbed Networking technology. Develop the “soft skills” employers are looking for, such as communication, collaboration and project management. Whatever your goals, this course will ensure you are career-ready.

Capstone Projects and Industry Connections

As part of the Master of Networking degree, you will need to undertake the final year project units:

  • MN691 - Research Methods and Project Design; and
  • MN692 - Capstone Project.

MIT’s School of IT & Engineering has designed these units to provide you with real-world experience, working for an industry client. They will provide you with a capstone final year project in a team environment through research, analysis and development. You will tackle complex real-world problems with technical and creative skills.

Our past students have worked on capstone projects such as:

  • Traffic Control – Development of Automatic Accident Detection System using IOT Devices
  • Productivity - Development of secured web-based interactive Video Conferencing Application
  • Retail – Designing of MAC address detection to prevent Petrol theft
  • Online Retail Store - Secured Cloud-based multi-authentication Biometric Password framework
  • Digital Library - Artificial Intelligence (AI) Analytical Framework on Big Data
  • Lifestyle Improvement - Design and Development of Animal Flap with Facial Recognition Techniques
  • Imaging and Data processing - Comparative analysis of Locality-Sensitive Hashing (LSH) algorithm and Similarity Digest on images

As an MIT student, you will have access to state-of-the-art labs and facilities. All of 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 Academic online publications that will keep you knowledgeable of the latest and greatest. With 24 hours of 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 Computer and Mathematical Scientist Professor Savitri Bevinakoppa in Melbourne and artificial intelligence expert A/Prof Tony Jan in Sydney.

 

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
Apply Now

Course Details

Course Details

Each unit consists of 20 credit points. A full-time study load is 60 credit points per trimester. MNet comprises of ten core units and two electives that may make up a specialisation such as Network Security or Systems Analysis (see below).

MN404 and MN405 are available for students who need to supplement their undergraduate degree program. Students who have gaps in their undergraduate program will need to undertake these units to ensure they meet prerequisite requirements for core units.

Course Structure

  • Cognate
  • Non Cognate

Cognate Study Plan

Year 1

Semester 1

MN501 Network Management in Organisations
MN502 Overview of Network Security
MN503 Overview of Internetworking

Semester 2

Elective
Elective
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Electives

Cyber Security Specialisation

MN604 IT Security Management
MN610 Virtual Private Networks

Software Engineering Specialisation

MN507 Overview of Software Engineering
MN611 System Architecture
MN612 Enterprise Architecture

Cloud Networks Specialisation

ME605 Cloud Engineering
MN622 Software Defined Networking

* MN404 and MN405 as pre‐requisites are required only for the non‐cognate stream.

Non-Cognate Study Plan

Year 1

Semester 1

MN404 Fundamentals of Operating Systems and Programming
MN405 Data and Information Management
MN501 Network Management in Organisations

Semester 2

MN502 Overview of Network Security
MN503 Overview of Internetworking
MN601 Network Project Management

Year 2

Semester 3

MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*

Semester 4

MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

 


Some remarks:

  • The program is available each intake; however, some units of study are subject to quotas and minimum enrolment requirements.
  • Not all units of study are available every trimester, 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.

 

*Additional Fee

It is mandatory for awarding of the Master of Networking degree that the student undertake the final year project units: MN691 Research Methods and Project Design, and MN692 Capstone Project.

If a third party is required to find a project for the student, the student will incur a fee. The Industry-Based Project is designed to provide students with real-world experience, working for an industry client on a project focussed within their discipline of study.

Industry-Based Projects and Internships

  • MIT SITE Industry Project Selection Process
  • Networking and Telecommunication Project Exemplar
  • Networking and Telecommunication Project Description Template

 

ACS Core Body of Knowledge Mapping

For more information click here

 

Accreditation

Professional accreditation and memberships

The Master of Networking (major in Cyber Security) is accredited by the Australian Computer Society in the Professional Level.

The Master of Networking is accredited by the Tertiary Education Quality and Standards Agency (TEQSA) - www.teqsa.gov.au.

Learning Outcomes

Learning Outcomes

Graduates of this course will:

  • Understand recent developments in the discipline
  • Possess knowledge of research principles and practice
  • Possess skills to investigate, analyse and synthesise complex information
  • Demonstrate skills to generate and evaluate complex concepts
  • Evaluate key network technologies with communication skills to justify theoretical propositions and conclusions
  • Be able to apply network technologies with technical skills to design, evaluate and implement
  • Master theoretical knowledge and critical reflection on their practice
  • Exercise critical thinking and problem-solving ability with technical research skills
  • Possess skills to design and implement complex networks
  • Undertake professional work at a high level
  • Master planning and execution of projects in the discipline
  • Possess skills to adopt and adapt knowledge to new situations

Credit Transfer

Credit Transfer

Credit transfer provides students with credit for learning already achieved. Applicants are assessed on a case-by-case basis. Learn more about credit transfer.

Applications for credit transfer must be made before or during orientation and enrolment week.

 

Recognition of Prior Learning

Recognition of prior learning (RPL) allows students to gain credit towards their course based on their prior learning (including formal, informal and non‐formal learning). Applicants are assessed on a case-by-case basis. Learn more about Recognition of Prior Learning.

Applications for Recognition of Prior Learning must be made before or during orientation and enrolment week.

Applying for Credit Transfer/RPL

If you are seeking credit transfer for the same or similar unit/s previously completed at a different institute, you must submit the following supporting documents with your credit application:

  • Certified copy of relevant certificates and results for any studies that you have completed
  • Unit outlines
  • Credit Transfer Application Form – download the form here

For further information about credit transfer, click here

Submitting the Credit Transfer/ RPL Application

Once complete, scan and email your application via email to enquiries@mit.edu.au

Career Opportunities

Career Opportunities

Graduates of the Master of Networking- Major in Cyber Security may find employment in leadership roles in Network Management System Administration and ICT services delivery and management within a wide range of public and private enterprises.

Typical roles (some with additional work experience) including:

  • Cyber Security Engineer
  • Cyber Security Analyst
  • Cyber Security Architect
  • Enterprise Cyber Security Manager
  • Technical Project Manager
  • Cyber Security Specialist

 

Entry Requirement

Entry Requirement

For the cognate stream: An Australian bachelor degree or equivalent in Information Technology or a related discipline such as computer science, software engineering, computer engineering or networking.

For the non-cognate stream: An Australian bachelor degree or equivalent in any other discipline.


International Students - English Language Requirement

English language proficiency testsResults Required
IELTS (Academic)Overall score 6.0 (no band less than 5.5) or equivalent

 


 

For further information, see the links below:

  • Institute Entry Requirement
  • MIT's Admissions Transparency
  • MIT Admissions Policy and Procedure

Fees & Charges

Tuition Fees

For 2020-21 fee information visit Tuition Fee page.

Where to get further information

  • Tertiary Education Quality Standards Agency (TEQSA) (https://www.teqsa.gov.au)
  • Quality Indicators for Teaching and Learning (QILT) (https://www.qilt.edu.au)
  • Australian Qualifications Framework (https://www.aqf.edu.au)

 

How To Apply

How to Apply?

Learn more about the whole of institution information set here.

If you are not in Australia

All students who are not in Australia must apply through our registered agents.

Find a Registered Agent

If you are in Australia

All students who are currently in Australia may apply directly via our Portal.

Apply Now

 


 

Student Stories

Ramanbir Kaur

Master of Networking

As a Graduate IT Consultant at IBM, I immediately started using the technical skills I learnt in my degree, specifically those related to working as a System Analyst and assisting the Enterprise Architect – a testament to the practicality of the degree.

Ramanbir 
Kaur

Master of Networking

As a Graduate IT Consultant at IBM, I immediately started using the technical skills I learnt in my degree, specifically those related to working as a System Analyst and assisting the Enterprise Architect – a testament to the practicality of the degree.

 

Patrik Kemeny

Master of Networking

As a fresh graduate, the biggest drawback of my CV was a lack of industry experience. Industry-based projects in the degree compensated for this weakness.

Patrik 
Kemeny

Master of Networking

As a fresh graduate, the biggest drawback of my CV was a lack of industry experience. Industry-based projects in the degree compensated for this weakness.

 


 

Got questions?

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  1800 648 669

We’re open Mon – Fri, 9 am – 5 pm, excluding Australian Holidays or you can email us anytime.


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.

 

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