Please select a field which you have completed your bachelor.
2 years
12 courses
January, March, May, July, Sept and October
100% Online
8649
Completion time dependent on individual study path, Recognition of Prior Learning (RPL), leave and course availability. Please speak to a Student Advisor for more information.
What you will study
The Cyber Security program will provide you with a comprehensive understanding of both the current state of and future directions of cyber security. You’ll gain the immediately applicable advanced knowledge and technical skills to securely identify, manage and respond to privacy risks across large datasets, and current best practice in a changing global environment.
The program is offered 100% online and accelerated, meaning you can study anywhere at any time, and graduate in as little as 2 years without taking time out of the workforce.
“It's about seeing problems and solving them using a mix of lateral thinking, innate curiosity and an enthusiasm for technology. Above all, engineering is about wanting to make a better and safer world. Our students and graduates are among the best and taught by experts.”
— Professor Richard Buckland
To find out more about each course download the program guide
Career pathways
Looking to expand your career opportunities in a booming industry? The online Master of Cyber Security from UNSW will equip you with the specialist skills to become a technical expert or leader in cyber security.
Download your program guide to find out more about how the Master of Cyber Security can align with your career aspirations to prepare you for a successful and diverse career.
A Master of Cyber Security from UNSW will expand your career opportunities on a global and domestic level. You may pursue roles such as:
The UNSW Online experience
We are here to support you, every step of the way, to graduate from one of the world’s leading universities. Our online learning environment has been designed to seamlessly fit into your already busy schedule and you’ll be able to access course resources on any device, at any time.
Our academics are some of the best in the world and even though you’re studying online, you can expect your learning experience to be the same high standard as that of our on-campus students.
Throughout your study journey, you will be able to turn to your Student Success Advisor, who is committed to assisting you from enrolment through to graduation. They are on-hand for all non-academic queries by phone or email.
You will also have access to Career Success – a curated, self-paced module that provides a framework for thinking about and taking action to implement an effective career plan. Through Career Success, you will have access to tools like Career AI (powered by VMock) and CaseCoach, and guides on crafting the perfect LinkedIn profile, resume and cover letter.
You must complete all 3 core courses + 1 specialisation + up to 3 electives + 1 Capstone Project.
- Data Security and Privacy
- Cyber Security Ethics
- Principles of Security Engineering
Specialisation core courses
You must complete at least 4 courses (24 Units of Credit) from the below list:
- Cyber Operations
- Cyber Risk and Resilience
- Cyber Management and Governance
- Cyber Threats and Crime
- Cyber and the Law
Electives
You must complete 4 courses (24 Units of Credit) from the below list:
- Advanced Penetration Testing
- Cloud Security
- Digital Forensics
- Penetration Testing
- Reverse Engineering
- Fundamentals of Coding: C and Assembler
- Operating System Fundamentals for Security
- Non-domain elective
With permission from the Program Convenor, you may substitute one elective with any other postgraduate course offered in one of the UNSW Online Programs.
Specialisation capstone
You must take 6 Units of Credit of the following course. 48 UOC must be completed before enrolling into the Capstone Project.
- Management and Leadership Capstone
Specialisation core courses
You must complete at least 4 courses (24 Units of Credit) from the below list:
- Cyber Operations
- Digital Forensics
- Advanced Penetration Testing
- Penetration Testing
- Cloud Security
- Reverse Engineering
Electives
You must complete 4 courses (24 Units of Credit) from the below list:
- Cyber Risk and Resilience
- Cyber Management and Governance
- Cyber Threats and Crime
- Cyber and the Law
- Fundamentals of Coding: C and Assembler
- Operating System Fundamentals for Security
- Non-domain elective
With permission from the Program Convenor, you may substitute one elective with any other postgraduate course offered in one of the UNSW Online Programs.
Specialisation capstone
You must take 6 Units of Credit of the following course. 48 UOC must be completed before enrolling into the Capstone Project.
- Security Engineering Capstone
Entry requirements
There are two specialisations to choose from in this program — Security Management and Leadership or Security Engineering. Please refer to your chosen specialisation to find out more about the entry requirements.
Eligibility for admission does not guarantee offer of a place. Study plans and completion times might vary depending on elective choice, RPL, leave and subject availability. For more information, speak with a Student Advisor.
- Have completed the Graduate Certificate in Cyber Security (or equivalent) with a minimum WAM of 65; OR
- Have completed the Graduate Diploma in Cyber Security (or equivalent); OR
- Have completed a Bachelor degree or higher level qualification in a cognate discipline to the selected specialisation* with a minimum WAM of 65
*ZZENES Security Engineering cognate disciplines may include science, engineering and other degrees with substantial computing, mathematics and/or statistics courses.
- Penetrating Testing is a prerequisite for Advanced Penetration Testing
Should you choose to pursue a Master of Cyber Security upon the successful completion of your Graduate Diploma, the following prerequisites must be considered:
- Operating System Fundamentals for Security is a prerequisite for Digital Forensics and Reverse Engineering.
- Fundamentals of coding: C and Assembler is a prerequisite for Operating System Fundamentals.
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