Bachelor of Information Technology

(Cyber Defence and Networking)

Step into one of Australia’s fastest growing and most in-demand fields. This technical degree will equip you with the skills to defend digital systems and respond to evolving cyber threats. You’ll learn how to secure networks, detect intrusions, analyse incidents, and support organisations to become resilient in an increasingly complex landscape.


Applied learning from day one
Work-ready qualifications backed by UNSW
Industry built and taught

Is this degree right for you?

The Bachelor of Information Technology (Cyber Defence and Networking) is ideal for those wanting to make an impact by protecting organisations from real cyber threats.

Whether you’re beginning your IT journey, switching careers, or upskilling to stay ahead of industry change, this program offers structured support and hands-on learning to secure skills and high demand cyber and networking roles.

If you want an IT career with purpose and challenge, this degree is for you.

Industry-relevant cyber security skills

Shield Check - Orange

Secure and resilient systems

Design, configure and defend networks and systems across on-premise, cloud and hybrid environments, using frameworks and practices trusted by security teams worldwide.

Surveillance Target - Blue

Threat detection and response

Build skills in analysing alerts, investigating incidents, identifying vulnerabilities and responding to evolving cyber threats in modern IT environments.

Certified Certificate - Purple
Industry-aligned certifications

Course content is aligned to industry-recognised certifications including CompTIA, ISC2, AWS and Microsoft, giving you practical, job-relevant skills and preparation to pursue external certifications if you choose.

Programming Browser - Pink
Industry-standard tools

Gain hands-on experience with industry-standard cyber security, networking, and cloud technologies used across enterprise and government environments. This includes technologies for network design and administration, cyber defence and incident response, cloud and virtualised infrastructure, and security monitoring and governance.

Practical learning from your first term

This degree is grounded in work-integrated learning. Each term includes applied projects using real data, tools and development challenges, helping you build confidence and technical fluency as you progress.

Cyber Network Operations

Industry projects

Each term features applied projects based on real industry scenarios, data and tools, helping you build capability and a professional portfolio. This culminates in a capstone project, where you design and deliver a real-world IT solution that meets industry standards.

Network operations review

Simulated cyber operations

Respond to simulated threats, conduct vulnerability assessments, and experience the realities of security operations in safe, controlled environments.

A group of professionals meeting

No traditional exams

Assessments reflect the modern cyber workforce, focusing on practical tasks, case analyses, incident scenarios, reports and collaborative project work.

Industry connected

Throughout your studies, you’ll hear from cyber security professionals, network engineers, security analysts and threat intelligence specialists working in leading organisations. They’ll share emerging cyber threats, industry practices and insights into what employers look for in early- and mid-career cyber security professionals.

Real world experience through industry placement

You’ll work alongside industry mentors, apply your technical skills in real environments, and build a network that supports your transition into the workforce, or the new direction you’re taking your career.

UNSW College’s team supports the process end-to-end, helping you secure a placement aligned with your interests and professional goals.

This Applied Cyber and Networking degree is closely aligned with current industry standards, tools, and operational practices, giving students meaningful exposure to the technologies and workflows used in real-world environments. A key strength of the program is its strong emphasis on hands-on learning, where students build technical confidence through practical labs, realistic scenarios, and industry-relevant projects that reflect workplace expectations. 

By combining applied technical training with strong industry context, this program prepares graduates to transition confidently into professional roles and make meaningful contributions from day one.

Dr Imran Makhdoom
Cyber Security Specialist

Where this degree can take you

IT (cyber defence and networking) Employment in cyber security (ICT security specialists and related roles) is projected to grow by around 14% between 2024 and 2029, more than twice the average national growth rate. Industry forecasts estimate Australia will need roughly 30,000 additional cyber security professionals by 2026 alone to keep up with demand. Sources: Australian Labour Market for Migrants - October 2025,  Cyber Skills Report 2022 IT (cyber defence and networking) Employment in cyber security (ICT security specialists and related roles) is projected to grow by around 14% between 2024 and 2029, more than twice the average national growth rate. Industry forecasts estimate Australia will need roughly 30,000 additional cyber security professionals by 2026 alone to keep up with demand. Sources: Australian Labour Market for Migrants - October 2025,  Cyber Skills Report 2022

Graduates are well positioned to work across corporate, government, defence, consulting, start-ups, telecommunications and security operations. Possible career outcomes include:

  • Cyber security analyst
  • Cyber defence specialist
  • Network engineer
  • Network administrator
  • Security Operations Centre (SOC) analyst
  • Penetration tester
  • IT security consultant
  • Systems administrator
  • Cloud administrator
  • Cloud security specialist
  • Cloud architect

Develop cyber defence and networking skills

Cybercrime is rising, and organisations nationally and globally need professionals who can detect vulnerabilities, secure systems, and respond to attacks effectively and efficiently in real time.

This degree was co-designed and is taught by industry specialists to meet this demand.

By the end of your Bachelor of Information Technology (Cyber Defence and Networking), you’ll be able to:

  • Demonstrate and apply foundational and advanced cyber security and programming knowledge to meet organisational and industry-specific needs.
  • Implement, manage and evaluate secure IT environments that protect organisation assets by applying security best practices and frameworks.
  • Develop and maintain software applications using industry standard methodologies to meet user needs and organisational requirements.
  • Utilise critical thinking and strategic problem solving skills to analyse, evaluate and devise robust and effective solutions for complex IT challenges.
  • Continuously develop technical and professional skills through self-directed learning and practical experience in industry placements, adapting to emerging technologies.
  • Lead and collaborate within business and IT teams demonstrating professionalism, ethical responsibility and a commitment to continuous learning.
  • 48
    units of credit

    8
    core courses

    The information provided is correct as of 27 January 2026.

    Core courses

    • In Programming Fundamentals, you will be introduced to the essential building blocks of software development. This course provides a strong foundation in programming concepts and principles, which you can apply directly to real-world IT challenges. You will develop core skills in problem-solving, algorithmic thinking, and coding, with a focus on hands-on learning using industry-relevant programming languages. By the end of the course, you will be equipped with practical skills to create, test, and debug software applications, ensuring you are ready to meet the demands of diverse IT environments.

    • In the Digital Communication course, you will develop essential communication skills needed for both technical and non-technical contexts within the IT industry. You will focus on enhancing their written, verbal, and interpersonal communication skills, with a strong emphasis on collaboration, professionalism, and ethical practices. Through this course, you will learn how to convey complex technical information to diverse audiences, work effectively in teams, and deliver professional presentations and reports. You will also explore practical tools and technologies that enhance communication in IT projects, equipping them to excel in professional environments.

    • In the Database Management course, you will be introduced to the fundamental principles of database design, implementation, and management. You will develop a strong understanding of relational database concepts, including data modelling, normalisation, and the use of Structured Query Language (SQL) for managing data. This course focuses on practical skills, enabling you to design efficient and secure databases for real- world applications. By the end of the course, you will be able to create and manage databases, manipulate data using SQL and implement basic security measures to protect sensitive information.

    • This course introduces leadership concepts, theories and practices across modern professional environments. You will explore various leadership styles (transformational, transactional, authentic and servant), decision-making processes and the ethical responsibilities of a leader. The course covers topics such as team dynamics, adaptive leadership, strategic leadership and the role of a leader in driving success through continuous improvement. By engaging with practical exercises, case studies and group projects, you will develop leadership skills and confidence in leading teams, making strategic decisions, and understanding the broader impact of leadership on organisational outcomes. As a core course across multiple disciplines, this course highlights how effective leadership principles can be applied in diverse fields, including IT, Business and Engineering.

    • In the Applied Programming course, you will build your knowledge of web development by focusing on creating dynamic, responsive, and scalable web applications. You will learn to design and implement webpages that address organisational needs, incorporating interactive elements to enhance the user experience.

      Through hands-on coding exercises, you will apply data structures to manage data efficiently and use modern tools to collaborate effectively on projects. The course emphasises industry best practices, such as validation, testing, and debugging, ensuring students develop high-quality, maintainable applications

    • The Foundations of Cyber Security course provides you with a comprehensive introduction to the key principles of cyber security. It covers essential topics such as threats, vulnerabilities, governance, risk and compliance management. You will also analyse real-world security breaches to understand cyber-attack methods and their impacts, and you will develop basic security policies to mitigate risks in IT environments. This course focuses on practical skills that will equip you to address security challenges in various IT contexts and prepare you for further specialisation in Cyber Defence and Networking.

    • In the Practical Data Science course, you will learn essential tools and techniques to manage data throughout its lifecycle, from preprocessing and cleaning to visualisation and analysis. You will gain practical skills in data manipulation, statistical analysis, and visualisation using industry-relevant tools, ensuring data quality and consistency. This course provides a strong foundation for understanding and applying data science concepts, equipping you to work confidently with data in real-world IT contexts.

    • In the Networking Fundamentals course, you will gain foundational knowledge in computer networking, exploring key principles such as network topologies, protocols, and the OSI and TCP/IP models. You will develop practical skills in configuring network devices, troubleshooting connectivity issues, and understanding basic network security concepts. Through hands-on learning, you will be equipped to solve real-world networking challenges and apply their knowledge to meet industry standards. By the end of the course, you will be able to configure, secure, and troubleshoot networks, preparing them for a variety of IT roles.

  • 96
    units of credit

    Year 1
    + 6 additional core courses

    Industry placement*
    (12 units of credit)

    * Students wishing to exit with an Associate Degree qualification must complete the required industry placement in year 2 and complete the core courses in years 1 and 2. Students intending to continue to the full bachelor’s degree may choose to undertake the industry placement in year 2 or 3.

    The information provided is correct as of 27 January 2026.

    Core courses

    • In the Systems Security course, you will gain an in-depth understanding of how to secure modern systems against vulnerabilities and cyber threats. You will learn essential security practices, tools, and configurations required to protect systems from attacks. The course will guide you in exploring access control mechanisms, investigating real-world cyberattacks, and developing strategies to prevent operating system breaches. By the end of the course, you will be equipped to secure operating systems in various IT environments, ensuring robust system integrity and security.

    • In the Cloud Computing course, you will be introduced to the fundamental concepts of cloud technologies, including service models such as Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS), as well as deployment models like public, private, and hybrid clouds. The course emphasises practical skills, guiding students through setting up virtual machines, storage, and network configurations. You will also explore cloud-native tools to automate workflows, ensuring efficient and scalable cloud management. Additionally, you will learn the basics of cloud security, including identity management and encryption, to align with industry standards.

      By the end of the course, you will be able to deploy and manage cloud-based solutions effectively.

    • In the Cyber Security Operations course, you will learn defensive strategies to safeguard networks from cyber threats. You will explore core topics in Network Security and Intrusion Detection while developing practical skills in analysing system alerts, conducting vulnerability assessments, and implementing mitigation strategies.

      Through hands-on activities, students will monitor network traffic, triage incidents, and respond to security threats. This course emphasises the application of security policies that adhere to industry standards and best practices, preparing students to tackle real-world security challenges in enterprise digital environments.

      By the end of the course, you will be equipped with the foundational skills to deploy and manage cyber security defences and operations effectively.

    • This course provides practical and theoretical insights into how organisations protect their digital assets, align with regulatory requirements, and manage cyber risks effectively. This course focuses on the intersection of business objectives and cyber security, enabling you to create policies, implement controls, and manage compliance frameworks tailored to organisational needs. You will explore how GRC frameworks such as ISO 27001, NIST Cybersecurity Framework, and Australian Privacy Principles (APPs) guide businesses in meeting their security and operational goals. Additionally, the course emphasises the role of risk management in supporting strategic decision-making, addressing compliance challenges, and maintaining operational resilience.

      By the end of this course, you will have the skills to align cyber security measures with business requirements and regulatory standards, preparing them for roles such as GRC Analyst, Risk Manager, or Cyber Compliance Officer.

    • In the Penetration Testing and Vulnerability Management course, you will learn how to plan and execute penetration tests on enterprise systems to identify security vulnerabilities. Through hands-on activities, you will gain experience with industry-standard tools such as Metasploit and Kali Linux to conduct security assessments. The course also emphasises the importance of documenting findings, providing remediation recommendations, and understanding the ethical and legal implications of penetration testing.

      By the end of the course, you will have the foundational knowledge and skills to perform industry-standard security assessments while navigating the legal, ethical, and enterprise boundaries.

    • In the Secure Cloud Network Architecture course, the skills to design, implement, and manage advanced cloud architectures that prioritise scalability, reliability, and cost optimisation will be developed. The course explores networking and security solutions in multi-cloud environments, teaches resource optimisation techniques, and covers the implementation of disaster recovery and high availability strategies. Additionally, DevOps practices are introduced to streamline application development and operations, preparing learners for modern cloud-based challenges.

      By the end of the course, you will be equipped to design and manage complex cloud architectures that address the needs of contemporary businesses.

    Elective courses

    • The Industry Placement provides you with the opportunity to apply your academic knowledge and technical skills to real-world IT challenges in a professional setting. You will gain hands-on experience by working collaboratively within an IT team, addressing both technical and organisational issues. The course emphasises professional development, critical thinking, problem-solving, and effective communication skills. Through reflective activities, you will identify areas for growth and develop strategies for continued professional advancement in the IT field.

      By the end of the course, you will have practical experience and a deeper understanding of how to apply your knowledge in a professional IT environment, setting you up for success in your future career.

    • The Introduction to Internet of Things (IoT) course provides an understanding of the foundational principles, technologies, and applications of IoT. You will explore IoT devices, networks, and architectures while gaining hands-on experience with basic IoT configurations and applications. The course places a strong emphasis on the critical role of security and data privacy in IoT systems.

      By the end of the course, you will have a solid foundation in IoT principles, practical skills to develop simple IoT-based applications, and an understanding of how to secure IoT environments.

    • The User Experience (UX) and Human-Computer Interaction (HCI) course introduces you to the principles and methodologies for designing and evaluating user-friendly, accessible, and intuitive digital interfaces. You will explore essential concepts such as user-centred design, usability testing, and interaction principles. Through practical activities, you will learn how to create engaging, functional, and accessible interfaces that enhance the user experience. The course also emphasises understanding human behaviour and designing solutions that respond to user needs and preferences.

      By the end of the course, you will be equipped with the skills to design user-focused interfaces, preparing them for roles in web development, software design, and digital product management.

  • 144
    units of credit

    Year 1 + Year 2
    6 core courses + capstone project + electives

    Industry placement*
    (12 units of credit)

    * Students intending to exit the program with the Associate Degree qualification must complete the required industry placement in year 2 and complete the core courses in years 1 and 2. Students intending to continue to the full Bachelor’s degree may choose to undertake the industry placement in year 2 or 3.

    The information provided is correct as of 27 January 2026.

    Core courses

    • The Enterprise Security course equips you with the skills to design and implement comprehensive security solutions for organisations, addressing both technical and business challenges. You will learn to secure data, networks, and applications while ensuring compliance with industry standards and regulatory requirements. The course covers topics such as governance, risk management, and compliance, providing you with the knowledge to manage security risks, respond to incidents, and evaluate security programs through audits and compliance checks. Ethical and legal considerations in security decision-making are also explored.

      By the end of the course, you will have a strong foundation in managing enterprise-level security andensuring compliance with technical and legal standards.

    • This course equips you with the knowledge and skills to manage cyber security incidents and crises within an enterprise. You will learn to identify, analyse, and respond to security breaches using industry-standard frameworks and tools. The course covers the entire incident response lifecycle, including preparation, detection, containment, eradication, and recovery. You will also develop crisis management strategies, enhance communication skills for engaging with stakeholders, and gain an understanding of legal and regulatory implications.

      Through practical case studies and simulations, you will gain hands-on experience in handling real-world cyber incidents, preparing them to respond effectively to enterprise-level security challenges.

    • The Cyber Security Policy and Procedure Development course provides you with an in-depth understanding of how to design, implement, and refine effective cyber security policies and procedures within an organisation.

      You will learn to address compliance requirements, develop incident response protocols, and apply best practices for information security management. The course emphasises aligning policies with key industry standards, including ISO 27001, NIST frameworks, and Australian Privacy Principles (APPs).

      By the end of the course, you will be equipped with the skills to create robust cyber security policies that meet organisational and regulatory demands.

    • In the Project Management course, you will explore project management frameworks and methodologies, including Agile and Waterfall, to manage enterprise projects from inception to completion. You will learn essential skills such as project scheduling, budgeting, and risk management, while gaining hands-on experience with industry-standard tools like JIRA and Microsoft Project to facilitate team collaboration and task tracking. Through case studies and practical activities, you will evaluate the effectiveness of these practices in real-world project scenarios.

      By the end of the course, you will be equipped to apply theoretical knowledge to efficiently manage digital using industry-recognised frameworks and tools.

    • The Capstone Project in IT is a project-based course where you will integrate and apply the knowledge and skills gained throughout the program. Working collaboratively with peers and, in some cases, industry professionals, students will tackle complex technical challenges, develop solutions, and deliver a real-world IT project. The course focuses on critical thinking, problem-solving, and effectively communicating project outcomes, preparing students for professional IT environments.

      By the end of the course, you will have completed a comprehensive IT project that addresses real-world challenges and meets industry standards, showcasing their ability to apply advanced IT knowledge and skills in practice.

    Elective courses

    • The Industry Placement provides you with the opportunity to apply your academic knowledge and technical skills to real-world IT challenges in a professional setting. You will gain hands-on experience by working collaboratively within an IT team, addressing both technical and organisational issues. The course emphasises professional development, critical thinking, problem-solving, and effective communication skills. Through reflective activities, you will identify areas for growth and develop strategies for continued professional advancement in the IT field.

    • This course equips you with the skills to apply advanced data analytics techniques to solve real-world challenges. You will explore predictive modelling, classification, and the use of machine learning tools for analysing large datasets. The course also teaches you to develop custom data analysis techniques and evaluate the quality and reliability of data sources and models. Ethical considerations, including data privacy, bias, and compliance with regulations such as GDPR, are integral to the course, ensuring responsible and ethical data handling.

      By the end of the course, you will be proficient in applying data analytics techniques to extract valuable insights and address complex organisational needs.

    • The Digital Forensics course provides you with the knowledge and skills to conduct forensic investigations of digital systems. You will learn techniques for data acquisition, evidence analysis, and legal reporting, using industry-standard forensic tools to gather evidence from compromised devices. The course also covers the legal and ethical implications of digital forensics, ensuring you can conduct investigations responsibly and within legal boundaries.

      By the end of the course, you will be prepared to tackle real-world digital forensic challenges, protecting organisational assets while adhering to legal and ethical standards.

  • The Bachelor of Information Technology (Cyber Defence and Networking) is designed to equip you with high-demand, industry-relevant skills. As part of this design, selected courses are aligned with recognised industry certification frameworks from leading vendors, including:

    • CompTIA
    • AWS
    • Microsoft
    • (ISC)²

    This alignment helps ensure what you learn reflects current industry expectations and prepares you to pursue external certifications if you choose to.

    Industry certifications are not included as part of the degree and are not required for graduation. Sitting certification exams is entirely optional and you can organise to do these independently through authorised testing centres.

Entry requirements

Entry into the Bachelor of Information Technology (Cyber Defence and Networking) recognises a range of academic and non-academic backgrounds. Applicants may be eligible based on recent secondary study or through alternative pathways, including vocational qualifications and relevant industry experience.

  • Applicants who have completed the NSW Higher School Certificate (HSC) or an equivalent Australian senior secondary qualification must meet the following entry requirements:

    • Successfully complete band 3 or above in at least three HSC subjects relevant to the program.

    Example subjects include:

    • Information Processes and Technology (IPT)
    • Advanced Mathematics or Extension Mathematics
    • Software Design and Development (SDD)
    • Mathematics Standard or Advanced
    • Engineering Studies
    • Enterprise Computing
    • Physics
    • Design and Technology

    Equivalent qualifications from other Australian states and international senior secondary qualifications will be considered.

  • Applicants who do not meet the standard HSC entry requirements may be eligible through one of the following pathways:

    1. Vocational qualification
      A Certificate IV or higher in a relevant discipline (e.g., Information Technology, Networking, Cybersecurity, Software Development) or

      Completion or partial completion of a Diploma (e.g. 50%) or higher qualification in a related field.

    2. Industry Experience
      Applicants with significant professional experience (minimum of two years in an IT-related role) may be eligible on a case-by-case basis.

      An optional competency-based assessment may be required to demonstrate knowledge and skills relevant to the program.

      Recognition of Prior Learning (RPL) and credit transfer may be available for eligible applicants based on prior study or work experience. 

Academic calendars

The academic calendar consists of important dates throughout your study period such as orientation, census dates, study weeks, exam weeks and breaks for your program or course of study.

Calendar icon

Intakes:

October
OrientationStart of week oneCensusTerm end
01 October 20265 October 202623 October 2026*27 November 2026

* Friday of week 3 (or the following Monday if Friday is a public holiday).

Applied Degree fees

2026 tuition fee: A$22,320 per year*
Total program fee: A$66,960* 

*Tuition fees are reviewed annually and may be subject to change.

Financial assistance in the form of FEE-HELP may be available. FEE-HELP is a loan from the Australian Government that helps eligible students defer repayments for all or part of their tuition fees. For more information, refer to FEE-HELP.  

Please note: This information is provided as a general guide and applies to full-fee paying domestic students.

Scholarships

If you're starting your degree in 2026, you could be eligible for a scholarship.

The UNSW College advantage

Students and family celebrate graduation.

Backed by UNSW Sydney

Study with UNSW College, a fully owned entity of UNSW Sydney - a world top 20 university. You’ll graduate with a qualification backed by a globally recognised institution, access to campus facilities and resources, and credibility that is valued across business, management and professional services roles.

A lady in a library with her laptop thinking

Flexible study options

Applied Degrees include built-in exit points after one, two or three years, allowing you to graduate with a diploma, associate degree or bachelor's qualification. This flexibility gives you control over your pace and progression - whether you’re balancing study with work, building formal credentials, or planning your next career step.

A group of adults working on computers, some are standing

Support at every stage

Study in small, engaged classes with personalised feedback and weekly lecturer consultations. Dedicated wellbeing, learning, progress, and careers teams support you throughout your degree, helping you stay confident and motivated.

Frequently Asked Questions

Whether you’re wondering about workload or career options, or anything in between, we encourage you to explore our frequently asked questions. If your queries aren’t covered, don’t hesitate to contact our team.

  • Graduates of the Bachelor of Information Technology (Cyber Defence and Networking) are prepared for entry-level to early-career roles across cyber security, networking and broader IT infrastructure and support.

    With applied learning combined with industry experience, you’ll graduate with both technical knowledge and workplace capability, which supports progression into a wide range of roles.

    Specific outcomes will vary based on your previous experience, personal strengths and the opportunities you pursue.

  • The associate degree and bachelor degree include a compulsory industry placement or practicum experience. This placement takes place at the end of Year 2 or Year 3 and runs for a period of 8 weeks.

    This structured component enables you to apply your learning in a professional context, build workplace capability and gain practical experience relevant to your field of study. Dedicated support is provided to guide you through preparation, application and successful completion of this requirement.

  • No, you do not need an ATAR to apply for this program.

    Entry is based on meeting the academic entry requirements, which may include HSC subject results, prior study, vocational qualifications or relevant professional experience (for non school leavers).

    Read about the full entry criteria.

  • This program has been designed to be flexible and supportive, with multiple qualification exit points and a learning model that recognises students may have other commitments outside of their studies.

  • You’ll be assisted throughout your studies by a supportive framework and dedicated network of academic and student services, including:

    • small class sizes and personalised feedback
    • weekly lecturer consultation hours
    • academic and study skills support
    • wellbeing, progress and careers teams.

    Whether you’re returning to study, changing direction or starting your first qualification, you’ll have access to guidance that helps you stay engaged and supported. Learn more about the full range of support services.

  • This is an applied IT degree, meaning learning is grounded in real-world systems, networks and security scenarios.

    Instead of relying on traditional exams, you will:

    • complete labs and hands-on technical exercises
    • work on industry-informed projects and case studies
    • respond to simulated incident and security scenarios
    • take part in collaborative, problem-based learning
    • undertake structured industry placement. 

    This approach is designed to help you build both technical skills and workplace capabilities while you study.

  • The focus is on authentic assessment, integrating practical experience and team work alongside technical knowledge. 

    You’ll be assessed through activities such as:

    • hands-on coding tasks and network configurations
    • case study analyses
    • individual and collaborative group projects
    • client-style and industry-informed briefs
    • technical reports
    • industry placements.

    This assessment approach allows you to demonstrate your skills in a way that closely mirrors real software development workflows. You will receive meaningful feedback to support you in refining your skills and synthesizing your learning.

  • Each program offers flexible exit points, allowing you to graduate with a recognised qualification after one, two, or three years of study. You may exit with a Diploma after year 1, an Associate Degree after year 2, or complete the full three-year bachelor’s degree, provided you have met the specific course completion requirements.

    If you’re considering exiting early with one of these qualifications, you’ll need to discuss your plans with the Academic Support teams so they can advise you on program timing, eligibility and administrative requirements.

    Your support teams will work with you to ensure your transition is as smooth as possible.

  • This degree has been designed to prepare you for the realities of current workplaces, through:

    • applied, project-based learning
    • structured industry placement
    • industry aligned curriculum
    • small classes and personalised support
    • the backing and recognition of UNSW, a world top 20 university.

    The result is a program that focuses not only on academic knowledge, but also confidence, capability and genuine work-readiness.

  • Students will gain hands-on experience with contemporary cyber security, networking, cloud, and software technologies, platforms, and best-practice approaches used across enterprise and government environments. This includes areas such as network design and administration, cyber defence and incident response, cloud and virtualised infrastructure, and security monitoring and governance.

Turn ambition into action

Applications open soon. Register your interest to be notified and take the next step with UNSW College when applications open.

Why study with UNSW College?

Launch your future at a global top 20 university
When you successfully complete your Diploma at UNSW College, you can progress straight into the second year of a UNSW Sydney bachelor’s degree – just like 90% of our diploma graduates.
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