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Master of Networking - Major in Cyber Security

Secure your place in a fast-growing industry

Organisations are under pressure to adapt digitally, and cybersecurity professionals are in higher demand than ever.

The Master of Networking -Cyber Security major was developed in collaboration with the industry. It’s a hands-on course designed with industry to give you the skills to succeed in Cyber Security. We make sure our course content remains highly relevant to a rapidly evolving industry. Join this exciting and fast-growing field.


 

DURATION

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


INTAKES

March,
July,
November


LOCATION

Sydney, Melbourne


AQF LEVEL

Level 9


 
DURATION 2 Years (4 Trimesters) Full-Time or Equivalent Part-Time
INTAKES March, July, November
LOCATION Sydney, Melbourne
AQF LEVEL Level 9

 

DURATION

2 Years (4 Trimesters)
Full-Time


INTAKES

March,
July,
November


CRICOS CODE

062229K,
072672G (NSW)


LOCATION

Sydney, Melbourne


AQF LEVEL

Level 9


 
DURATION 2 Years (4 Trimesters) Full-Time
INTAKES March, July, November
CRICOS CODE 062229K,
072672G (NSW)
LOCATION Sydney, Melbourne
AQF LEVEL Level 9
Find on this course page
  • Overview
  • Career Paths
  • Course Details
  • Industry Projects
  • Meet Our Staff
  • Testimonials
  • Why MIT?
  • Apply Now

Find on this course page
  • Overview
  • Career Paths
  • Course Details
  • Industry Projects
  • Meet Our Staff
  • Testimonials
  • Why MIT?
  • Apply Now

LEARN SKILLS TO WORK ON THE FRONTLINE OF DIGITAL SECURITY

Governments and businesses today face challenges due to the rapid speed of growth of global information technologies. How can they store, manage, and transfer vast amounts of data securely? How can they build networks that are accessible yet safe?

There's a huge demand for cyber security professionals who can critically analyse and evaluate relevant data and technology.

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. And you'll apply and expand your learning through industry -related capstone project. So you can create systems fit for today and the future.

THIS COURSE INCLUDES:

WORK READY SKILLS

Graduate with the strategic knowledge and technical skills to find a rewarding job in this growing field.

SMALLER CLASS SIZES

Our smaller class sizes mean you get the support you need and classes are more engaging.

ARTIFICAL INTELLIGENCE

Advance your understanding of AI and machine learning. 

SUPPORTIVE TEACHING

We use an academic support program called InSPIRE to tailor our learning to each student.

LEARN WITH INDUSTRY

Our curriculum is based on solving real world problems. MIT has a strong reputation for Work-Integrated Learning.

HANDS-ON-EXPERIENCE

Use the latest tools to learn how to test and strengthen online networks.

WORK READY SKILLS


Graduate with the strategic knowledge and technical skills to find a rewarding job in this growing field.

SMALLER CLASS SIZES


Our smaller class sizes mean you get the support you need and classes are more engaging.

ARTIFICAL INTELLIGENCE


Advance your understanding of AI and machine learning. 

SUPPORTIVE TEACHING


We use an academic support program called InSPIRE to tailor our learning to each student.

LEARN WITH INDUSTRY


Our curriculum is based on solving real world problems. MIT has a strong reputation for Work-Integrated Learning.

HANDS-ON-EXPERIENCE


Use the latest tools to learn how to test and strengthen online networks.

CAREER PATHS

A career in Cyber Security major could see you working in the following roles:

  • Cyber Security Analyst
  • Network Security Engineer 
  • Information Security Auditor
  • Network Analyst
  • Network Design Engineering
  • Chief Information Security Officer
  • Systems Engineer
  • Network Analyst
  • Forensic Computer Analyst
  • Information Security Analyst
  • Penetration Tester
  • Security Architect
  • IT Security Engineer
  • Security Systems Administrator

You could find work at major organisations like Australian Defence Forces, IBM, CISCO or within smaller businesses or startups. Earning can be more than $100k per annum.

COURSE DETAILS
  • COURSE DETAILS

  • ACCREDITATION

  • COURSE STRUCTURE

  • COURSE UNITS

  • LEARNING OUTCOMES

  • ENTRY REQUIREMENTS

  • TOOLS WE USE

  • FEE INFORMATION

  • FAQ

  • HOW TO APPLY

Course Details
Accreditation
Course Structure
Course Units
Learning Outcomes
Entry Requirements
Tools We Use
Fee Information
FAQ
How To Apply

TAKE YOUR CYBER SECURITY AND NETWORKING KNOWLEDGE TO THE NEXT LEVEL

When you study with us, you’ll gain hands-on practical work with Cisco, Microsoft and Riverbed Networking technology. You’ll then apply your knowledge to real-world businesses through case studies and industry projects.

This course will see you develop the soft skills employers are looking for; communication, collaboration and project management. Whatever your goals, you’ll graduate ready to take an active role in the fast-moving technology industries.

PROFESSIONAL RECOGNITION AND ACCREDITATION

The Master of Networking is accredited by the Australian Computer Society in the Professional Level, as well as

  • TEQSA
    Higher Education Standards Framework
  • Australian Quality Framework (AQF) Level 9

OUR APPROACH GIVES YOU THE SKILL AND KNOWLEDGE TO SUCCEED IN YOUR IT CAREER.

The Master of Networking- Cyber Security major course structure was created to ensure students build up their knowledge in a logical order so they can progress quickly. Our approach allows students to tackle innovative projects and gain valuable industry experience.

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.

Final year students complete:

MN691 - Research Methods and Project Design; and

MN692 - Capstone Project

Read more about our 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

Example Course Structure - Cognate

Trimester 1
MN501 Network Management in Organisations
MN502 Overview of Network Security
MN503 Overview of Internetworking
Trimester 2
Elective
Elective
MN601 Network Project Management
Trimester 3
MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*
Trimester 4
MN621 Advanced Network Design
MN692 Capstone Project*
MN624 Digital Forensics

Example Course Structure - Non-Cognate

Trimester 1
MN404 Fundamentals of Operating Systems and Programming
MN405 Data and Information Management
MN501 Network Management in Organisations
Trimester 2
MN502 Overview of Network Security
MN503 Overview of Internetworking
MN601 Network Project Management
Trimester 3
MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*
Trimester 4
MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

COURSE UNITS

Master of Networking - Course Units

Common Core Units

  • MN501 - Network Management in Organisations
  • MN502 - Overview of Network Securit
  • MN503 - Overview of Internetworking
  • MN623 - Cyber Security and Analytics
  • MN624 - Digital Forensics
  • MN601 - Network Project Management
  • MN603 - Wireless Networks and Security
  • MN621 - Advanced Network Design
  • MN691 - Research Methods and Project Design
  • MN692 - Capstone Project
Electives - Cyber Security Specialisation
  • MN604 - IT Security Management
  • MN610 - Virtual Private Networks
Electives - Software Engineering Specialisation
  • MN507 - Overview of Software Engineering
  • MN611- System Architecture
Electives - Cloud networks Specilisation
  • MN622 - Software defined Networking
  • ME605 - Cloud Engineering

LEARNING OUTCOMES

Graduates of Master of Networking have these learning outcomes:

Possess a body of knowledge that demonstrates an understanding of state-of-the-art developments in the area of Networking:

  • by understanding recent developments in the discipline and/or area.
  • with knowledge of research principles and methods in a field of work and/or learning.
Be able to investigate and evaluate key network technologies and apply them effectively in an organisation with:
  • skills to investigate, analyse and synthesise complex information.
  • skills to generate and evaluate complex ideas and concepts.
  • communication skills to justify theoretical propositions, methodologies, conclusions.
  • technical skills to design, evaluate, implement, analyse and theorise about developments.
Exercise critical thinking and problem-solving ability to tackle complex new problems with:
  • mastery of theoretical knowledge, critical reflection on their and practice.
  • technical research sills to interpret theoretical propositions, methodologies and conclusions.
  • communication skills to argue about design, evaluation and analysis of developments.
Be capable of independent professional work with a high level of autonomy and accountability.

Demonstrate significant research, analysis and evaluation skills in the networking discipline by:

  • Planning and executing a substantial research-based project, capstone experience/piece of scholarship.
Be able to adapt their knowledge and collaborate and communicate with others in a professional setting with:
  • Creativity and innovativeness to new situations.

ENTRY REQUIREMENTS

To quality for entry you need to have

  • Successful completion of Australian Bachelor degree or equivalent.
    • 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.
  • Institute Entry Requirement
  • MIT's Admissions Transparency
  • MIT Admissions Policy and Procedures

ENTRY REQUIREMENTS

Academic Entry Requirements
  • Successful completion of Australian Bachelor degree or equivalent.
    • 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.

English Language Requirements

IELTS (Academics) 6.0 with no band less than 5.5 or equivalent.

Read more about the English language requirements.

Credit Transfer

Students can gain credit for learning already achieved. Applicants are assessed on a case-by-case basis. Learn more about credit transfer. Read more about the process.

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

WE USE THE SAME TOOLS AS INDUSTRY PROFESSIONALS

Kali Linux
Virtual Box
Servers for security testing
Weka Tool: A collection of machine learning algorithms for solving real-world data mining problems.
QuickHash GUI is an open-source data hashing tool with a graphical user interface.
SSL Server
Cryptography
Keylogger from Spyrix
Use industry standard ICT tools, including
Cisco Packet Tracer
Spyder Anaconda 3 Python programming language
MS access and SQLite
Microsoft Project Management software
Industry Standard Network Simulation Tool
Ubuntu program for software defined networking applications
Our state-of-the-art labs allow you to learn new disciplines
Learn how to perform security testing on a business client network and advise them of the protective solution options.
Discover how to secure both Windows and Linux servers to protect large-scale businesses.
Find out how to secure a client computer network from intrusion.
Learn to design a simple secure network using software defined networking.
Access the latest books/ ebook and hundreds of academic publications online, so you can stay up to speed with the developments in the field. Our library is available 24/7.

FEE INFORMATION

Study now and 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.

Read more about FEE-HELP or visit Study Assist.

Tuition Fees

For 2021-22 fee information visit the tuition fee page.

Financial Assistance

Youth and student allowances

For details on Youth Allowance, Austudy and ABSTUDY, visit Human Services.

  • Admissions policy and procedure
  • Appeals and grievances procedures

For further information please visit

  • Tertiary Education Quality Standards Agency
  • Quality Indicators for Teaching and Learning
  • Australian Qualifications Framework

FEE INFORMATION

Tuition Fees

For 2020-21 fee information visit the tuition fee page.

For further information please visit

  • Tertiary Education Quality Standards Agency
  • Quality Indicators for Teaching and Learning
  • Australian Qualifications Framework

FREQUENTLY ASKED QUESTIONS

What is Cyber Security?

Cyber Security is the process of protecting digital products, data, systems and networks from digital attacks. This process involves setting up secure systems and networks, monitoring, recovery from attacks and risk management to prevent attacks.

What can I do with a degree in Cyber Security?

Cyber Security is a rapidly growing field as technology changes almost daily. Cyber Security experts work mainly in government and business roles across all industries. Job titles for Cyber Security experts include Information Security Analyst, Penetration Tester, Information Security Architect, Cyber Analyst and Security Engineer.

PREPARING YOUR APPLICATION

Before applying, make sure you:

  • Meet the course entry requirements for the course you want to apply for.
  • Have all your details ready—for example, your educational history, personal details, academic transcripts and award certificates.

What to include with your application?

  • Evidence of completion of your previous studies that is award certificates or transcript with completion confirmed.
  • Proof of identity, for example, your passport or birth certificate or citizenship.
  • Evidence of English language skills (if you completed studies from a non-English speaking country).
  • Proof of your permanent residency or citizenship if you were born overseas.

Certifying your academic documents

You should provide certified copies of your academic and other essential documents at the time of application.

Uploading your documents

You must upload all requested documents at the time of the application.

Learn more about the whole of the institution set here.

Apply Now

Contact us

Phone our friendly student recruitment team on 1800 648 669.
enquiries@mit.edu.au

PREPARING YOUR APPLICATION

Before applying, make sure you:

  • Meet the course entry requirements for the course you want to apply for.
  • Have all your details ready—for example, your educational history, personal details, academic transcripts and award certificates.

What to include with your application?

  • Certified copies of your academic documents such as your results and award certificates;
  • Certified copy of your passport and visa copy if you have a visa;
  • Evidence of English language skills test-for example, IELTS, PTE and TOEFL;
  • Employment-related documents such as employment letter and resume (where applicable).

Uploading your documents

You must upload all requested documents at the time of the application.

Credit Transfer

If you are looking to apply for a credit transfer, you must submit the following supporting documents with your credit application:

  • Certified copy of relevant award certificates and results for any studies that you have completed;
  • Unit descriptions;
  • Credit Transfer Application Form - download and complete
  • For further information about credit transfer, click here.

Certifying your academic documents

You should provide certified copies of your academic and other essential documents at the time of application.

Offshore international students must apply through an MIT authorised agent in their home country.

Apply Now

Contact us

Phone our friendly student recruitment team on 1800 648 669.
enquiries@mit.edu.au

Download admission forms

  • MIT International Student Application Form
  • MIT English Language Application Form
  • Non-Award & Cross Institutional Application From
  • Federation University Australia International Student Application Form

COURSE DETAIL

TAKE YOUR CYBER SECURITY AND NETWORKING KNOWLEDGE TO THE NEXT LEVEL

When you study with us, you’ll gain hands-on practical work with Cisco, Microsoft and Riverbed Networking technology. You’ll then apply your knowledge to real-world businesses through case studies and industry projects.

This course will see you develop the soft skills employers are looking for; communication, collaboration and project management. Whatever your goals, you’ll graduate ready to take an active role in the fast-moving technology industries.

ACCREDITATION

PROFESSIONAL RECOGNITION AND ACCREDITATION

The Master of Networking is accredited by the Australian Computer Society in the Professional Level, as well as

  • TEQSA
    Higher Education Standards Framework
  • Australian Quality Framework (AQF) Level 9

COURSE STRUCTURE

OUR APPROACH GIVES YOU THE SKILL AND KNOWLEDGE TO SUCCEED IN YOUR IT CAREER.

The Master of Networking- Cyber Security major course structure was created to ensure students build up their knowledge in a logical order so they can progress quickly. Our approach allows students to tackle innovative projects and gain valuable industry experience.

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.

Final year students complete:

MN691 - Research Methods and Project Design; and

MN692 - Capstone Project

Read more about our 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

Example Course Structure - Cognate

Trimester 1
MN501 Network Management in Organisations
MN502 Overview of Network Security
MN503 Overview of Internetworking
Trimester 2
Elective
Elective
MN601 Network Project Management
Trimester 3
MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*
Trimester 4
MN621 Advanced Network Design
MN692 Capstone Project*
MN624 Digital Forensics

Example Course Structure - Non-Cognate

Trimester 1
MN404 Fundamentals of Operating Systems and Programming
MN405 Data and Information Management
MN501 Network Management in Organisations
Trimester 2
MN502 Overview of Network Security
MN503 Overview of Internetworking
MN601 Network Project Management
Trimester 3
MN603 Wireless Networks and Security
MN623 Cyber Security and Analytics
MN691 Research Methods and Project Design*
Trimester 4
MN692 Capstone Project*
MN621 Advanced Network Design
MN624 Digital Forensics

COURSE UNITS

COURSE UNITS

Master of Networking - Course Units

Common Core Units

  • MN501 - Network Management in Organisations
  • MN502 - Overview of Network Securit
  • MN503 - Overview of Internetworking
  • MN623 - Cyber Security and Analytics
  • MN624 - Digital Forensics
  • MN601 - Network Project Management
  • MN603 - Wireless Networks and Security
  • MN621 - Advanced Network Design
  • MN691 - Research Methods and Project Design
  • MN692 - Capstone Project
Electives - Cyber Security Specialisation
  • MN604 - IT Security Management
  • MN610 - Virtual Private Networks
Electives - Software Engineering Specialisation
  • MN507 - Overview of Software Engineering
  • MN611- System Architecture
Electives - Cloud networks Specilisation
  • MN622 - Software defined Networking
  • ME605 - Cloud Engineering

LEARNING OUTCOMES

LEARNING OUTCOMES

Graduates of Master of Networking have these learning outcomes:

Possess a body of knowledge that demonstrates an understanding of state-of-the-art developments in the area of Networking:

  • by understanding recent developments in the discipline and/or area.
  • with knowledge of research principles and methods in a field of work and/or learning.
Be able to investigate and evaluate key network technologies and apply them effectively in an organisation with:
  • skills to investigate, analyse and synthesise complex information.
  • skills to generate and evaluate complex ideas and concepts.
  • communication skills to justify theoretical propositions, methodologies, conclusions.
  • technical skills to design, evaluate, implement, analyse and theorise about developments.
Exercise critical thinking and problem-solving ability to tackle complex new problems with:
  • mastery of theoretical knowledge, critical reflection on their and practice.
  • technical research sills to interpret theoretical propositions, methodologies and conclusions.
  • communication skills to argue about design, evaluation and analysis of developments.
Be capable of independent professional work with a high level of autonomy and accountability.

Demonstrate significant research, analysis and evaluation skills in the networking discipline by:

  • Planning and executing a substantial research-based project, capstone experience/piece of scholarship.
Be able to adapt their knowledge and collaborate and communicate with others in a professional setting with:
  • Creativity and innovativeness to new situations.

ENTRY REQUIREMENTS

ENTRY REQUIREMENTS

To quality for entry you need to have

  • Successful completion of Australian Bachelor degree or equivalent.
    • 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.
  • Institute Entry Requirement
  • MIT's Admissions Transparency
  • MIT Admissions Policy and Procedures

ENTRY REQUIREMENTS

Academic Entry Requirements
  • Successful completion of Australian Bachelor degree or equivalent.
    • 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.

English Language Requirements

IELTS (Academics) 6.0 with no band less than 5.5 or equivalent.

Read more about the English language requirements.

Credit Transfer

Students can gain credit for learning already achieved. Applicants are assessed on a case-by-case basis. Learn more about credit transfer. Read more about the process.

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

TOOLS WE USE

WE USE THE SAME TOOLS AS INDUSTRY PROFESSIONALS

Kali Linux
Virtual Box
Servers for security testing
Weka Tool: A collection of machine learning algorithms for solving real-world data mining problems.
QuickHash GUI is an open-source data hashing tool with a graphical user interface.
SSL Server
Cryptography
Keylogger from Spyrix
Use industry standard ICT tools, including
Cisco Packet Tracer
Spyder Anaconda 3 Python programming language
MS access and SQLite
Microsoft Project Management software
Industry Standard Network Simulation Tool
Ubuntu program for software defined networking applications
Our state-of-the-art labs allow you to learn new disciplines
Learn how to perform security testing on a business client network and advise them of the protective solution options.
Discover how to secure both Windows and Linux servers to protect large-scale businesses.
Find out how to secure a client computer network from intrusion.
Learn to design a simple secure network using software defined networking.
Access the latest books/ ebook and hundreds of academic publications online, so you can stay up to speed with the developments in the field. Our library is available 24/7.

FEE INFORMATION

FEE INFORMATION

Study now and 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.

Read more about FEE-HELP or visit Study Assist.

Tuition Fees

For 2020-21 fee information visit the tuition fee page.

Financial Assistance

Youth and student allowances

For details on Youth Allowance, Austudy and ABSTUDY, visit Human Services.

  • Admissions policy and procedure
  • Appeals and grievances procedures

For further information please visit

  • Tertiary Education Quality Standards Agency
  • Quality Indicators for Teaching and Learning
  • Australian Qualifications Framework

FEE INFORMATION

Tuition Fees

For 2020-21 fee information visit the tuition fee page.

For further information please visit

  • Tertiary Education Quality Standards Agency
  • Quality Indicators for Teaching and Learning
  • Australian Qualifications Framework

FAQ

FREQUENTLY ASKED QUESTIONS

What is Cyber Security?

Cyber Security is the process of protecting digital products, data, systems and networks from digital attacks. This process involves setting up secure systems and networks, monitoring, recovery from attacks and risk management to prevent attacks.

What can I do with a degree in Cyber Security?

 

Cyber Security is a rapidly growing field as technology changes almost daily. Cyber Security experts work mainly in government and business roles across all industries. Job titles for Cyber Security experts include Information Security Analyst, Penetration Tester, Information Security Architect, Cyber Analyst and Security Engineer.

HOW TO APPLY

PREPARING YOUR APPLICATION

Before applying, make sure you:

  • Meet the course entry requirements for the course you want to apply for.
  • Have all your details ready—for example, your educational history, personal details, academic transcripts and award certificates.

What to include with your application?

  • Evidence of completion of your previous studies that is award certificates or transcript with completion confirmed.
  • Proof of identity, for example, your passport or birth certificate or citizenship.
  • Evidence of English language skills (if you completed studies from a non-English speaking country).
  • Proof of your permanent residency or citizenship if you were born overseas.

Certifying your academic documents

You should provide certified copies of your academic and other essential documents at the time of application.

Uploading your documents

You must upload all requested documents at the time of the application.

Learn more about the whole of the institution set here.

Apply Now

Contact us

Phone our friendly student recruitment team on 1800 648 669.
enquiries@mit.edu.au

PREPARING YOUR APPLICATION

Before applying, make sure you:

  • Meet the course entry requirements for the course you want to apply for.
  • Have all your details ready—for example, your educational history, personal details, academic transcripts and award certificates.

What to include with your application?

  • Certified copies of your academic documents such as your results and award certificates;
  • Certified copy of your passport and visa copy if you have a visa;
  • Evidence of English language skills test-for example, IELTS, PTE and TOEFL;
  • Employment-related documents such as employment letter and resume (where applicable).

Uploading your documents

You must upload all requested documents at the time of the application.

Credit Transfer

If you are looking to apply for a credit transfer, you must submit the following supporting documents with your credit application:

  • Certified copy of relevant award certificates and results for any studies that you have completed;
  • Unit descriptions;
  • Credit Transfer Application Form - download and complete
  • For further information about credit transfer, click here.

Certifying your academic documents

You should provide certified copies of your academic and other essential documents at the time of application.

Offshore international students must apply through an MIT authorised agent in their home country.

Apply Now

Contact us

Phone our friendly student recruitment team on 1800 648 669.
enquiries@mit.edu.au

Download admission forms

  • MIT International Student Application Form
  • MIT English Language Application Form
  • Non-Award & Cross Institutional Application From
  • Federation University Australia International Student Application Form

INDUSTRY PROJECTS

Businesses are increasingly shifting from specialist IT teams to integrated, multi skilled teams.  Employers are demanding graduates who are innovative thinkers, who can work collaboratively and can solve problems to create cost effective business solutions.

That’s why we focus on meaningful group learning and building industry connections for all students in our industry projects.

These units are designed to provide you with real-world experience, working for an industry client.

  • Develop vital soft skills, like leadership, communication and negotiation, when you communicate and collaborate with a team of your peers
  • Conduct high level research, analysis and development
  • Tackle complex real-world problems with technical and creative skills

Previous industry projects included in a Master of Networking:

  • TRAFFIC CONTROL : Developing an automatic detection system using Internet of Things devices.
  • RETAIL : Designing a MAC address detection system to prevent petrol theft.
  • DIGITAL LIBRARY : Building an Artificial Intelligence analytical framework using big data.
  • ONLINE RETAIL STORE : Creating a secure cloud-based multi-authentication biometric password framework.
  • LIFESTYLE IMPROVEMENT : Design and  development of an animal flap with facial recognition techniques.
  • IMAGING AND DATA PROCESSING : Comparative analysis of locally-sensitive hashing algorithm and similarity digest on images.

OUR STAFF ARE LEADING INDUSTRY EXPERTS

Our school attracts some of the best minds in the fields of Engineering and Networking. Our staff are industry experts. They drive research in the field and they bring energy to the classroom.

Professor SAVITRI BEVINAKOPPA

Deputy Head of School and Course Coordinator – Master of Networking

An expert in computing and mathematics, she has worked in computer science since 1989 watching the field as it evolves. From the early days of parallel computing to the complex networks we use today, Savitri has been at the forefront of it all. She has been embedded in our IT department developing and running our courses for more than a decade.

She has completed her Bachelor of Engineering (Electronics and Communication) in 1989 and Doctor of Philosophy (PhD) at Victoria University, Melbourne in 1996, writing her thesis on “Still Image Compression on Parallel Computer Architectures”. Savitri has more than 30 years of teaching and research experience in Engineering and Information Technology (IT) disciplines, and has also worked in industry as a manager for more than 10 years. She has demonstrated continuing scholarly and professional involvement in both learning & teaching and research, publishing a number of books and research papers nationally and internationally. She has obtained several industry grants and supervised many research students and research associates. She has chaired a number of conferences in multi-disciplinary areas and edited their proceedings.

Savitri has been involved in MIT Teaching and Learning committee as a member and designed and developed courses in Engineering, Networking and Data Analytics. Previously, she was on the academic board for more than 6 years and worked as an acting head, School of IT and Engineering.

Dr IMRAN JOKHIO

Acting – Course Coordinator Bachelor of Networking

Imran has 17 years’ experience in industry and higher education in the Information Technology field. He has worked and coordinated on a number industrial project related to Networks and Security, Enterprise Resource Planning software systems, and collaborated on cutting edge research on security, privacy of IoT and wireless sensor networks. In his academic career he has work at positions such as senior lecturer, associate professor, and associate dean at various Australian higher education institutes.

His research interests include light weighted secure systems, cyber security, software engineering, software defined networks, virtualization/cloud computing, higher education teaching and learning scholarship.

Imran enjoys teaching at MIT because the courses are very much aligned with his vast industry and academic experience and a rich multicultural mix of students and staff. As part of his role, Imran has coordinated Bachelor of Networking, Bachelor of Network (Cyber Security) and Undergraduate Certificate Courses in Information Technology and Cyber Security. He has been teaching various units at MIT related to Networking, programming, IT, Cyber Security where he applied both the tradition teaching and learning pedagogies and flipped class learning approach. Imran continuously use various pedagogies to improve and enhance student’s learning experience and engagement.

Imran completed degrees in Computer Systems Engineering and Master of Communication Systems and Networks in Pakistan before receiving Doctoral degree from University of Leeds UK in 2010. After 08 years teaching, research and academic management at Mehran University of Engineering and Technology, he began teaching, coordinating, and leading courses at various Australian Institutes from 2016.

 

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Dr Imran Jokhio
Acting – Course Coordinator Bachelor of Networking

Dr Imran Jokhio

Acting – Course Coordinator Bachelor of Networking

Imran has 17 years’ experience in industry and higher education in the Information Technology field. He has worked and coordinated on a number industrial project related to Networks and Security, Enterprise Resource Planning software systems, and collaborated on cutting edge research on security, privacy of IoT and wireless sensor networks. He continuously uses various pedagogies to improve and enhance student’s learning experience and engagement.

Read more...

Meet
Professor Savitri Bevinakoppa
Computer and Mathematical Scientist

Professor Savitri Bevinakoppa

Deputy Head of School and Course Coordinator – Master of Networking

An expert in computing and mathematics, she has worked in computer science since 1991 watching the field as it evolves. From the early days of parallel computing to the complex networks we use today, Savitri has been at the forefront of it all. She has been embedded in our IT department developing and running our courses for more than a decade.

Read more..

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    Authorised by: Corporate & Legal Department
    Copyright Melbourne Institute of Technology, 2022

    Melbourne Institute of Technology Pty Ltd
    ABN: 20 072 324 755
    CRICOS Provider No: 01545C, 03245K (NSW)
    TEQSA Provider Identification Number: 12138