Networks and software innovations are transforming the way we do business. Position yourself at the heart of exciting, evolving industries, with a Bachelor of Networking, major in Software Engineering. You’ll graduate with a toolkit that allows you to solve computing and IT challenges and build new software, with in-demand skills.
DURATION
3 years (6 trimesters) full-time or equivalent part-timeINTAKES
March, July, NovemberVTAC CODE
9470194722 (DFP), 9470194723 (IFP)UAC CODE
570130LOCATION
Melbourne, SydneyAQF LEVEL
Level 7| Duration 3 years (6 trimesters) full-time or equivalent part-time | |
| Intakes March, July, November | |
| VTAC Code 9470194722 (DFP) 9470194723 (IFP) | |
| UAC Code 570130 | |
| Location Melbourne, Sydney | |
| AQF Level Level 7 |
LEARN NETWORKING STEP BY STEP
Computer networking professionals keep network systems running properly day to day. In this course, you’ll learn to design, install safe and secure online networks.
Students in the Bachelor of Networking learn the theory and practice of maintaining hardware, software, analysing problems, creating plans and finding solutions.
With a major in software engineering you'll be able to develop software solutions to meet the growing demands of industry.
Students can select a major in
- Software Engineering (this course)
- Cybersecurity
Or, specialise in:
- Cloud Networks
- Business Electives
GET A WINNING COMBINATION OF SKILLS
Businesses today face challenges due to the rapid speed of growth of global information technologies. How can they build networks that are accessible yet safe?
The Bachelor of Networking shows you how. You’ll learn to build and maintain secure information and communication systems. So, you can create systems fit for today and the future.
The new Software Engineering major adds in-demand skills to MIT’s leading networking degree. Learn to create reliable, high quality software solutions for clients.
With cutting edge-industry projects, and courses led by industry experts, you’ll gain specialist skills and knowledge to design and maintain computer networks. These core skills will give you critical skills as the industry continues to evolve.
THIS COURSE INCLUDES:
HANDS-ON-EXPERIENCE
Use the latest tools to learn how to test and strengthen online networks.
LEARN WITH INDUSTRY
Our curriculum is based on solving real world problems. MIT has a strong reputation for Work-Integrated Learning.
PROBLEM SOLVING
Develop a body of knowledge to help you solve complex business challenges.
WORK READY SKILLS
Graduate with the strategic knowledge and technical skills to find a rewarding job in this growing field.
CUTTING EDGE TECHNIQUES
Develop software and networks to manage sensitive data and protect organisations.
DESIGN THE FUTURE
With a software engineering major you’ll be at the heart of exciting developments in industry.
CAREER PATHS
Graduates of the Bachelor of Networking with a major in Software Engineering can find work in software driven business.
With the skills in networking, project management and advanced technologies, you’ll open the door to many opportunities. Be part of the next stage in development in cybersecurity, the internet of things, robotics or software-driven enterprise computing systems.
Roles include:
- Applications Developer
- Information Systems Manager
- Multimedia Programmer
- Web Developer
- Software Engineer
- Software Developer
- Systems Engineer
- Software Architect
- Games Developer
- Mobile Application Developer
PROFESSIONAL RECOGNITION AND ACCREDITATION
A respected reputation
The Bachelor of Networking and the Bachelor of Networking, major in Cybersecurity are provisionally accredited by the Australian Computer Society (ACS) at the Professional Level.
MIT’s courses are accredited by TEQSA Tertiary Education Quality and Standards Agency. TEQSA is Australia’s independent national quality assurance and regulatory agency for higher education in Australia. See https://www.teqsa.gov.au/
This course prepares students for Microsoft and Cisco certificates such as Microsoft Server Administration, CCNA, CCNA Wireless, and CCNA Security.
COURSE STRUCTURE
The Bachelor of Networking course is made up of common core units, a major stream or specialism and elective units. To graduate from the degree students must complete 360 credit points overall. Each unit is worth 15 credit points.
This includes 18 core units + 4 major units (BN223, BN309, BN323, and BN324) + 2 elective units.
All Bachelor of Networking degrees at MIT have the same core units. We build the solid foundations students need to design, implement, secure and maintain computer network technologies and communication systems.
The course focuses on the practical and theoretical aspects of computer hardware, software, programming, information systems, network security, database technologies, software engineering and project management.
Students study advanced topics such as wireless network and security, advanced internetworking design, and enterprise cybersecurity.
Majors available
- Software Engineering (this course)
- Cybersecurity
Specialisations available
- Cloud Networks
- Additional Business electives
As you progress through your course, you’ll get more specialised knowledge, which will be demonstrated in your final year Industry based projects.
As part of your Bachelor of Networking degree, you will need to undertake the final year project units:
BN301 - Industry Based Project 1; and
BN304 - Industry Based Project 2.
Common Core Units
- AIM100 Academic Integrity Module
- BB101 Business Communications
- BN112 Computer System Fundamentals
- BN314 System Architecture
- BN110 Information Systems Fundamentals
- BN106 Networking Fundamentals
- BN111 Programming Fundamentals
- BN109 Web and Multimedia Systems
- BN200 Network Security Fundamentals
- BN201 Professional Issues of IT
- BN231 Software Development Skills and Tools
- BN202 Internetworking Technologies
- BN204 Database Technologies
- BN205 Project Management
- BN206 System Administration and Management
- BN232 Advanced Network Programming
- BN209 Software Engineering
- BN301 Industry-Based Project 1*
- BN303 Wireless Networks and Security
- BN321 Advanced Network Design
- BN331 Software Quality Assurance and Testing
- BN304 Industry-Based Project 2*
- BN332 Enterprise Web Systems
Elective Units
- BN333 Mobile App Design and Development
- BN334 Software Security
- BN335 Programming in Robotic apps
- BN336 Programming in IoT apps
*Additional Fee
To receive the Bachelor of Networking degree students must undertake the final year project units: BN301 Industry Based Project 1 and BN304 Industry Based Project 2. 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.
- AIM100 Academic Integrity Module (a zero credit point course that all MIT students must complete).
- 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.
Four units per trimester is a full time load. All units are the same weight.
Bachelor of Networking student profile
The table below indicates the likely peer cohort for new students at the Melbourne Institute of Technology. It provides data from students who commenced Bachelor of Networking in the academic year 2023. This includes those admitted through all offer rounds, across both Melbourne and Sydney Campus and international students studying Bachelor of Networking at Melbourne Institute of Technology.
| Applicant background | Full year intake [2023] | |
| Number of students | Percentage of all students | |
| (A) Past higher education study (includes a bridging or enabling course) |
50 | 8.29% |
| (B) Past vocational education and training (VET) study | L/N | L/N |
(C) Recent secondary education
|
- | - |
|
- | - |
|
551 | 91.38% |
| (D) Work and life experience (Admitted on the basis of previous achievement other than the above) | L/N | L/N |
| International Students | 569 | 94.36% |
| All Students | 603 | 100.0% |
Applicant background - Full year intake [2023]
[Number of students | Percentage of all students]
(A) Past higher education study (includes a bridging or enabling course)
50
8.29%
(B) Past vocational education and training (VET) study
L/N
L/N
(C) Recent secondary education
Admitted solely on the basis of ATAR (regardless of whether this includes the impact of adjustment factors such as equity or subject bonus points)
-
-
Admitted where both ATAR and additional criteria were considered (e.g. portfolio, audition, extra test, early offer conditional on minimum ATAR)
-
-
Admitted on the basis of other criteria only and ATAR was not a factor (e.g. special consideration, audition alone, schools recommendation scheme with no minimum ATAR requirement)
551
91.38%
(D) Work and life experience (Admitted on the basis of previous achievement other than the above)
L/N
L/N
International Students
569
94.36%
All Students
603
100.0%
Notes:
- L/N - Low numbers: the number of students is less than 5.
- N/A - Data not available for this item.
- N/P - Data not published for this item.
Read our institute-wide student profile
COURSE LEARNING OUTCOMES
- Search, select, and apply appropriate software technologies to meet the industry requirements in networking and other computing domains in accordance with industry best practices.
- Design and develop quality-assured and secure software solutions to meet the complex industry requirements in networking and other computing domains with a cohesive understanding of software development life cycle.
- Evaluate and analyse existing and new software computing solutions for technical recommendation in networking and other computing domains with demonstrated understanding of ethical standards and technological landscapes.
AQF level 7
Summary:
Graduates at this level will have broad knowledge and skills for professional work and/or further learning.
Knowledge:
Graduates at this level will have broad and coherent theoretical and technical knowledge with depth in one or more disciplines or areas of practice [K1]
Skills:
Graduates at this level will have well-developed cognitive, technical and communication skills to select and apply methods and technologies to:
- Analyse and evaluate information to complete a range of activities [S1]
- Analyse, generate and transmit solutions to unpredictable and sometimes complex problems [S2]
- Transmit knowledge, skills and ideas to others [S3]
Application of knowledge and skills:
Graduates at this level will apply knowledge and skills to demonstrate autonomy, judgement and defined responsibility: Graduates at this level will apply knowledge and skills to demonstrate autonomy, well-developed judgement and responsibility:
- In contexts that require self-directed work and learning [A1]
- Within broad parameters to provide specialist advice and functions [A2]
ENTRY REQUIREMENTS
Applicants must meet the academic entry requirements including prerequisites for their chosen course, and;
Applicants must meet the minimum English language requirement for their chosen course, and;
Domestic Applicants must be 17 years of age as at the commencement date of their chosen course or unit.
Admission criteria for applicants with recent secondary education
Applicants with recent secondary education are those who completed Year 12 within the last two years. You’ll need to satisfy the following requirements:
- Successful completion of your Victorian Certificate of Education (VCE), HSC (Higher Secondary Certificate) or the equivalent in your state or territory, or
- Successful completion of the International Baccalaureate.
Prerequisites for students from Victoria:
Units 3 and 4: a study score of at least 20 in any English in VCE or equivalent;
Units 3 and 4: a study score of at least 20 in any Mathematics in VCE or equivalent.
Prerequisites for students from New South Wales:
Band 2 or higher in any English in HSC;
Band 2 or higher in any Mathematics in HSC or equivalent.
Admission Criteria for Non-year 12 Applicants
Non-year 12 Prerequisite
Compulsory: As for Year 12 or equivalent.
Applicants with higher education study
Applicants are eligible for admission if they’ve completed full-time equivalent higher education study (the number of units or courses will vary depending on your previous institution; however, this is equivalent to 4 units at MIT).
If you don't meet this requirement, we'll assess your admission on the basis of your previous academic history, which may include your higher education study results, Year 12 or equivalent study scores, and your personal statement.
Applicants with vocational education and training (VET) study
You must have completed an AQF Certificate IV or above from a Registered Training Organisation (RTO). You must also meet any pre-requisites prescribed for the course.
Applications with Work and Life Experience
1. Requirements for applicants who did not complete Year 12:
Applicants under this category will be assessed on a case-by-case basis on one or more of the following
- Substantial relevant work experience that demonstrates that you’ve satisfied the entry requirements for the course, or
- Completion of any relevant non-formal courses, and
- A personal statement outlining your motivation to study the course and details of personal circumstances, including your life and work experience. You should provide any aspect of your personal history that may support your application, including community service, work experience, and achievements.
2. Requirements for applicants who completed Year 12 more than two years ago:
Applicants who completed their Year 12 studies more than two years ago but have not completed any VET or higher education studies are assessed according to their Year 12 results.
Applicants with Bridging and enabling course
You're eligible to apply if you've completed a Foundation Studies or Tertiary Preparatory program at a university, TAFE or Registered Training Organisation (RTO).
Additional Information
Aboriginal and Torres Strait Islander people
Aboriginal and Torres Strait Islander applicants are assessed in the same way as applicants under the above categories.
Domestic applicants with overseas qualifications
Applicants with overseas qualifications need to establish whether their qualifications are equivalent to Australian qualifications. VTAC will advise MIT of the level of course in terms of the Australian Qualifications Framework according to NOOSR (the National Office for Overseas Skills Recognition) guidelines.
The Admissions Officer at MIT will then assess whether the qualification is suitable for entry into that course according to the course entry requirements.
English Language Requirements
Applicants with overseas qualifications must satisfy English language requirements in addition to meeting the academic requirements for the course.
Applicants with the following qualifications/English Language Tests may satisfy English requirements.
First Language English
If you completed Senior Secondary or Tertiary studies from a country where English is the first language.
Independent English Language Test Score
You need to achieve the minimum scores, as shown below.
| IELTS Academic |
Overall score 6.0 (no band less than 5.5) |
|---|---|
| TOFEL ibt |
Overall score 60-78 with minimum scores: Reading 12, Listening 11, Speaking 17, Writing 20 |
| PTE Academic |
Overall score 52 with (no score less than 50) |
| Cambridge CAE |
CAE score of 169 ( no band less than 162) |
IELTS Academic
Overall score 6.0
(no band less than 5.5)
TOFEL ibt
Overall score 60-78 with minimum scores: Reading 12, Listening 11, Speaking 17, Writing 20
PTE Academic
Overall score 52 with (no score less than 50)
Cambridge CAE
CAE score of 169 ( no band less than 162)
Pathways
TAFE/VET Diploma and Advanced Diploma graduates may be eligible to apply for Credit Transfer. You can get up to one year credit transfer for a relevant Diploma and up to 1.5 years for a relevant Advanced Diploma.
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 LearningRecognition 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 credit transfer.
Applications for Recognition of Prior Learning must be made before or during orientation and enrolment week.
For further information, see the links below:
GAIN REAL-WORLD EXPERIENCE USING CYBERSECURITY TOOLS
This major encourages innovation and creativity. You’ll learn to investigate problems, follow your instincts and work with others on learning challenges.
Our state-of-the-art labs allow you to learn new disciplines
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 feesFor fee information visit the tuition fee page.
Financial assistance
Youth and student allowances
For details on Youth Allowance, Austudy and ABSTUDY, visit Human Services.
FEE INFORMATION
Tuition FeesFor the latest fee information visit the Tuition Fee Page.
If you have any questions regarding fees or payment options, please contact the Admissions Team at enquiries@mit.edu.au
FREQUENTLY ASKED QUESTIONS
What does a software engineer do?Software engineers design, test and develop computer software programs. They work together with clients to design software solutions for their needs. This might include making apps or desktop programs, using coding languages such as C++, Java, Python and Ruby.
How much does a software engineer make?Software Engineers are in high demand and are well paid. Experienced Software Engineers can earn up to $195,000 p.a.
Is the Bachelor of Networking at MIT accredited?MIT’s Bachelor of Networking is accredited by the Tertiary Education Quality and Standards Authority. This course is accredited at the professional level by the Australian Computer Society.
Have more questions?
Find answers to your FAQ here:
HOW TO APPLY
Step 1: Check the course entry requirements.
- Make sure you meet the entry requirements for your chosen course.
Step 2: 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.
Step 3: Apply
Apply direct to MIT using our direct Application Portal. The following applicants should apply directly:
- Postgraduate applicants
- Non-current Year 12 applicants
Current Year 12 students (VIC)
If you are a Year 12 student from VIC, you should apply through VTAC. VTAC applications are made online through the VTAC website. To learn more about the application process, visit VTAC.
Apply via VTACCurrent Year 12 students (NSW)
If you are a Year 12 student from NSW, you should apply through UAC. UAC applications are made online through the UAC website. To learn more about the application process, visit the UAC website
Apply via UACWHAT TO DO AFTER YOU HAVE APPLIED
The application processing time for direct applications is five working days after receiving the application at MIT. It may take longer during peak periods.
If you applied through VTAC, offers are released at different times. For more information on VTAC offer rounds and important dates, please visit the VTAC page.
Depending on your application method, if your application is successful, you will receive:
- Offer through your VTAC account if you applied through VTAC
- Offer by email if you applied directly to MIT.
How to accept your offer
Deferment of offer
LEARN NETWORKING STEP BY STEP
Computer networking professionals keep network systems running properly day to day. In this course, you’ll learn to design, install safe and secure online networks.
Students in the Bachelor of Networking learn the theory and practice of maintaining hardware, software, analysing problems, creating plans and finding solutions.
With a major in software engineering you'll be able to develop software solutions to meet the growing demands of industry.
Students can select a major in
- Software Engineering (this course)
- Cybersecurity
Or, specialise in:
- Cloud Networks
- Business Electives
GET A WINNING COMBINATION OF SKILLS
Businesses today face challenges due to the rapid speed of growth of global information technologies. How can they build networks that are accessible yet safe?
The Bachelor of Networking shows you how. You’ll learn to build and maintain secure information and communication systems. So, you can create systems fit for today and the future.
The new Software Engineering major adds in-demand skills to MIT’s leading networking degree. Learn to create reliable, high quality software solutions for clients.
With cutting edge-industry projects, and courses led by industry experts, you’ll gain specialist skills and knowledge to design and maintain computer networks. These core skills will give you critical skills as the industry continues to evolve.
THIS COURSE INCLUDES:
HANDS-ON-EXPERIENCE
Use the latest tools to learn how to test and strengthen online networks.
LEARN WITH INDUSTRY
Our curriculum is based on solving real world problems. MIT has a strong reputation for Work-Integrated Learning.
PROBLEM SOLVING
Develop a body of knowledge to help you solve complex business challenges.
WORK READY SKILLS
Graduate with the strategic knowledge and technical skills to find a rewarding job in this growing field.
CUTTING EDGE TECHNIQUES
Develop software and networks to manage sensitive data and protect organisations.
DESIGN THE FUTURE
With a software engineering major you’ll be at the heart of exciting developments in industry.
CAREER PATHS
Graduates of the Bachelor of Networking with a major in Software Engineering can find work in software driven business.
With the skills in networking, project management and advanced technologies, you’ll open the door to many opportunities. Be part of the next stage in development in cybersecurity, the internet of things, robotics or software-driven enterprise computing systems.
Roles include:
- Applications Developer
- Information Systems Manager
- Multimedia Programmer
- Web Developer
- Software Engineer
- Software Developer
- Systems Engineer
- Software Architect
- Games Developer
- Mobile Application Developer
PROFESSIONAL RECOGNITION AND ACCREDITATION
A respected reputation
The Bachelor of Networking and the Bachelor of Networking, major in Cybersecurity are provisionally accredited by the Australian Computer Society (ACS) at the Professional Level.
MIT’s courses are accredited by TEQSA Tertiary Education Quality and Standards Agency. TEQSA is Australia’s independent national quality assurance and regulatory agency for higher education in Australia. See https://www.teqsa.gov.au/
This course prepares students for Microsoft and Cisco certificates such as Microsoft Server Administration, CCNA, CCNA Wireless, and CCNA Security.
COURSE STRUCTURE
The Bachelor of Networking course is made up of common core units, a major stream or specialism and elective units. To graduate from the degree students must complete 360 credit points overall. Each unit is worth 15 credit points.
This includes 18 core units + 4 major units (BN223, BN309, BN323, and BN324) + 2 elective units.
All Bachelor of Networking degrees at MIT have the same core units. We build the solid foundations students need to design, implement, secure and maintain computer network technologies and communication systems.
The course focuses on the practical and theoretical aspects of computer hardware, software, programming, information systems, network security, database technologies, software engineering and project management.
Students study advanced topics such as wireless network and security, advanced internetworking design, and enterprise cybersecurity.
Majors available
- Software Engineering (this course)
- Cybersecurity
Specialisations available
- Cloud Networks
- Additional Business electives
As you progress through your course, you’ll get more specialised knowledge, which will be demonstrated in your final year Industry based projects.
As part of your Bachelor of Networking degree, you will need to undertake the final year project units:
BN301 - Industry Based Project 1; and
BN304 - Industry Based Project 2.
Common Core Units
- AIM100 Academic Integrity Module
- BB101 Business Communications
- BN112 Computer System Fundamentals
- BN314 System Architecture
- BN110 Information Systems Fundamentals
- BN106 Networking Fundamentals
- BN111 Programming Fundamentals
- BN109 Web and Multimedia Systems
- BN200 Network Security Fundamentals
- BN201 Professional Issues of IT
- BN231 Software Development Skills and Tools
- BN202 Internetworking Technologies
- BN204 Database Technologies
- BN205 Project Management
- BN206 System Administration and Management
- BN232 Advanced Network Programming
- BN209 Software Engineering
- BN301 Industry-Based Project 1*
- BN303 Wireless Networks and Security
- BN321 Advanced Network Design
- BN331 Software Quality Assurance and Testing
- BN304 Industry-Based Project 2*
- BN332 Enterprise Web Systems
Elective Units
- BN333 Mobile App Design and Development
- BN334 Software Security
- BN335 Programming in Robotic apps
- BN336 Programming in IoT apps
*Additional Fee
To receive the Bachelor of Networking degree students must undertake the final year project units: BN301 Industry Based Project 1 and BN304 Industry Based Project 2. 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.
- AIM100 Academic Integrity Module (a zero credit point course that all MIT students must complete).
- 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.
Four units per trimester is a full time load. All units are the same weight.
Bachelor of Networking student profile
The table below indicates the likely peer cohort for new students at the Melbourne Institute of Technology. It provides data from students who commenced Bachelor of Networking in the academic year 2023. This includes those admitted through all offer rounds, across both Melbourne and Sydney Campus and international students studying Bachelor of Networking at Melbourne Institute of Technology.
| Applicant background | Full year intake [2023] | |
| Number of students | Percentage of all students | |
| (A) Past higher education study (includes a bridging or enabling course) |
50 | 8.29% |
| (B) Past vocational education and training (VET) study | L/N | L/N |
(C) Recent secondary education
|
- | - |
|
- | - |
|
551 | 91.38% |
| (D) Work and life experience (Admitted on the basis of previous achievement other than the above) | L/N | L/N |
| International Students | 569 | 94.36% |
| All Students | 603 | 100.0% |
Applicant background - Full year intake [2023]
[Number of students | Percentage of all students]
(A) Past higher education study (includes a bridging or enabling course)
50
8.29%
(B) Past vocational education and training (VET) study
L/N
L/N
(C) Recent secondary education
Admitted solely on the basis of ATAR (regardless of whether this includes the impact of adjustment factors such as equity or subject bonus points)
-
-
Admitted where both ATAR and additional criteria were considered (e.g. portfolio, audition, extra test, early offer conditional on minimum ATAR)
-
-
Admitted on the basis of other criteria only and ATAR was not a factor (e.g. special consideration, audition alone, schools recommendation scheme with no minimum ATAR requirement)
551
91.38%
(D) Work and life experience (Admitted on the basis of previous achievement other than the above)
L/N
L/N
International Students
569
94.36%
All Students
603
100.0%
Notes:
- L/N - Low numbers: the number of students is less than 5.
- N/A - Data not available for this item.
- N/P - Data not published for this item.
Read our institute-wide student profile
COURSE LEARNING OUTCOMES
- Search, select, and apply appropriate software technologies to meet the industry requirements in networking and other computing domains in accordance with industry best practices.
- Design and develop quality-assured and secure software solutions to meet the complex industry requirements in networking and other computing domains with a cohesive understanding of software development life cycle.
- Evaluate and analyse existing and new software computing solutions for technical recommendation in networking and other computing domains with demonstrated understanding of ethical standards and technological landscapes.
AQF level 7
Summary:
Graduates at this level will have broad knowledge and skills for professional work and/or further learning.
Knowledge:
Graduates at this level will have broad and coherent theoretical and technical knowledge with depth in one or more disciplines or areas of practice [K1]
Skills:
Graduates at this level will have well-developed cognitive, technical and communication skills to select and apply methods and technologies to:
- Analyse and evaluate information to complete a range of activities [S1]
- Analyse, generate and transmit solutions to unpredictable and sometimes complex problems [S2]
- Transmit knowledge, skills and ideas to others [S3]
Application of knowledge and skills:
Graduates at this level will apply knowledge and skills to demonstrate autonomy, judgement and defined responsibility: Graduates at this level will apply knowledge and skills to demonstrate autonomy, well-developed judgement and responsibility:
- In contexts that require self-directed work and learning [A1]
- Within broad parameters to provide specialist advice and functions [A2]
ENTRY REQUIREMENTS
Applicants must meet the academic entry requirements including prerequisites for their chosen course, and;
Applicants must meet the minimum English language requirement for their chosen course, and;
Domestic Applicants must be 17 years of age as at the commencement date of their chosen course or unit.
Admission criteria for applicants with recent secondary education
Applicants with recent secondary education are those who completed Year 12 within the last two years. You’ll need to satisfy the following requirements:
- Successful completion of your Victorian Certificate of Education (VCE), HSC (Higher Secondary Certificate) or the equivalent in your state or territory, or
- Successful completion of the International Baccalaureate.
Prerequisites for students from Victoria:
Units 3 and 4: a study score of at least 20 in any English in VCE or equivalent;
Units 3 and 4: a study score of at least 20 in any Mathematics in VCE or equivalent.
Prerequisites for students from New South Wales:
Band 2 or higher in any English in HSC;
Band 2 or higher in any Mathematics in HSC or equivalent.
Admission Criteria for Non-year 12 Applicants
Non-year 12 Prerequisite
Compulsory: As for Year 12 or equivalent.
Applicants with higher education study
Applicants are eligible for admission if they’ve completed full-time equivalent higher education study (the number of units or courses will vary depending on your previous institution; however, this is equivalent to 4 units at MIT).
If you don't meet this requirement, we'll assess your admission on the basis of your previous academic history, which may include your higher education study results, Year 12 or equivalent study scores, and your personal statement.
Applicants with vocational education and training (VET) study
You must have completed an AQF Certificate IV or above from a Registered Training Organisation (RTO). You must also meet any pre-requisites prescribed for the course.
Applications with Work and Life Experience
1. Requirements for applicants who did not complete Year 12:
Applicants under this category will be assessed on a case-by-case basis on one or more of the following
- Substantial relevant work experience that demonstrates that you’ve satisfied the entry requirements for the course, or
- Completion of any relevant non-formal courses, and
- A personal statement outlining your motivation to study the course and details of personal circumstances, including your life and work experience. You should provide any aspect of your personal history that may support your application, including community service, work experience, and achievements.
2. Requirements for applicants who completed Year 12 more than two years ago:
Applicants who completed their Year 12 studies more than two years ago but have not completed any VET or higher education studies are assessed according to their Year 12 results.
Applicants with Bridging and enabling course
You're eligible to apply if you've completed a Foundation Studies or Tertiary Preparatory program at a university, TAFE or Registered Training Organisation (RTO).
Additional Information
Aboriginal and Torres Strait Islander people
Aboriginal and Torres Strait Islander applicants are assessed in the same way as applicants under the above categories.
Domestic applicants with overseas qualifications
Applicants with overseas qualifications need to establish whether their qualifications are equivalent to Australian qualifications. VTAC will advise MIT of the level of course in terms of the Australian Qualifications Framework according to NOOSR (the National Office for Overseas Skills Recognition) guidelines.
The Admissions Officer at MIT will then assess whether the qualification is suitable for entry into that course according to the course entry requirements.
English Language Requirements
Applicants with overseas qualifications must satisfy English language requirements in addition to meeting the academic requirements for the course.
Applicants with the following qualifications/English Language Tests may satisfy English requirements.
First Language English
If you completed Senior Secondary or Tertiary studies from a country where English is the first language.
Independent English Language Test Score
You need to achieve the minimum scores, as shown below.
| IELTS Academic |
Overall score 6.0 (no band less than 5.5) |
|---|---|
| TOFEL ibt |
Overall score 60-78 with minimum scores: Reading 12, Listening 11, Speaking 17, Writing 20 |
| PTE Academic |
Overall score 52 with (no score less than 50) |
| Cambridge CAE |
CAE score of 169 ( no band less than 162) |
IELTS Academic
Overall score 6.0
(no band less than 5.5)
TOFEL ibt
Overall score 60-78 with minimum scores: Reading 12, Listening 11, Speaking 17, Writing 20
PTE Academic
Overall score 52 with (no score less than 50)
Cambridge CAE
CAE score of 169 ( no band less than 162)
Pathways
TAFE/VET Diploma and Advanced Diploma graduates may be eligible to apply for Credit Transfer. You can get up to one year credit transfer for a relevant Diploma and up to 1.5 years for a relevant Advanced Diploma.
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 LearningRecognition 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 credit transfer.
Applications for Recognition of Prior Learning must be made before or during orientation and enrolment week.
For further information, see the links below:
GAIN REAL-WORLD EXPERIENCE USING CYBERSECURITY TOOLS
This major encourages innovation and creativity. You’ll learn to investigate problems, follow your instincts and work with others on learning challenges.
Our state-of-the-art labs allow you to learn new disciplines
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 feesFor fee information visit the tuition fee page.
Financial assistance
Youth and student allowances
For details on Youth Allowance, Austudy and ABSTUDY, visit Human Services.
FEE INFORMATION
Tuition FeesFor the latest fee information visit the Tuition Fee Page.
If you have any questions regarding fees or payment options, please contact the Admissions Team at enquiries@mit.edu.au
FREQUENTLY ASKED QUESTIONS
What does a software engineer do?Software engineers design, test and develop computer software programs. They work together with clients to design software solutions for their needs. This might include making apps or desktop programs, using coding languages such as C++, Java, Python and Ruby.
How much does a software engineer make?Software Engineers are in high demand and are well paid. Experienced Software Engineers can earn up to $195,000 p.a.
Is the Bachelor of Networking at MIT accredited?MIT’s Bachelor of Networking is accredited by the Tertiary Education Quality and Standards Authority. This course is accredited at the professional level by the Australian Computer Society.
Have more questions?
Find answers to your FAQ here:
HOW TO APPLY
Step 1: Check the course entry requirements.
- Make sure you meet the entry requirements for your chosen course.
Step 2: 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.
Step 3: Apply
Apply direct to MIT using our direct Application Portal. The following applicants should apply directly:
- Postgraduate applicants
- Non-current Year 12 applicants
Current Year 12 students (VIC)
If you are a Year 12 student from VIC, you should apply through VTAC. VTAC applications are made online through the VTAC website. To learn more about the application process, visit VTAC.
Apply via VTACCurrent Year 12 students (NSW)
If you are a Year 12 student from NSW, you should apply through UAC. UAC applications are made online through the UAC website. To learn more about the application process, visit the UAC website
Apply via UACWHAT TO DO AFTER YOU HAVE APPLIED
The application processing time for direct applications is five working days after receiving the application at MIT. It may take longer during peak periods.
If you applied through VTAC, offers are released at different times. For more information on VTAC offer rounds and important dates, please visit the VTAC page.
Depending on your application method, if your application is successful, you will receive:
- Offer through your VTAC account if you applied through VTAC
- Offer by email if you applied directly to MIT.
How to accept your offer
Deferment of offer
INDUSTRY PROJECTS
In the final year, students consolidate their learning through a capstone project. We design these units to provide you with real-world experience, working for an industry client.
The projects are supervised by academic staff and industry supervisors, providing a fully immersive work-integrated learning (WIL) experience for students.
Each project works through system specification, analysis, design, development, implementation, testing and troubleshooting.
- MIT SITE Industry Project Selection Process
- Networking and Telecommunication Project Exemplar
- Networking and Telecommunication Project Description Template
Previous industry projects included in a Bachelor of Networking:
- Medical systems: Development of AI recognition of patient symptoms to support GP diagnosis.
- IT solutions: Conducting Penetration Testing for an IT Solution Provider.
- Food safety: Developing and testing wireless temperature and humidity sensors for a food startup.
- Retirement homes: Home automation based on Internet of Things devices for use in retirement homes.
- Lifestyle improvement: Design and development of an animal flap with facial recognition techniques.
- Fingerprint recognition: Introducing cybersecurity through a biometric fingerprint authentication network system.
OUR STAFF ARE LEADING INDUSTRY EXPERTS
Savitri Bevinakoppa
Head of School – SITE
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 the 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 Learning and Teaching 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.
OUR STAFF ARE LEADING INDUSTRY EXPERTS
Savitri Bevinakoppa
Computer and Mathematical Scientist Melbourne
Savitri Bevinakoppa
Head of School – SITE
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 the 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 Learning and Teaching 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.
Join a Supportive Network
When you study a Bachelor of Networking, you’ll make friends and industry connections that last a lifetime. Our welcoming student support team will help you start your career on the right foot and stay in touch as your career progresses. Our alumni network is active and encouraging.
WE CARE ABOUT YOUR FUTURE
At MIT you’re more than a number. Our teachers know students by name. And our teaching methods support and challenge you to reach your potential.
Our care goes beyond the classroom. We ensure students have the support and skills they need to succeed in life and study.
We understand that choosing a course can be daunting at times. Our friendly student support service is there to answer your questions.
Let’s get started. Call us today.
At MIT you’ll experience great teaching in a supportive environment. And you’ll graduate with the skills you need to succeed.
Call our friendly student services team today to discuss your learning journey on +61 3 8600 6700.