×

šŸš€ We're Here to Assist You

Master of Cyber Security and Digital Forensics Level 9

Cyber threats continue to grow worldwide, increasing the demand for skilled cyber security and digital forensics professionals. AUT's Master's programme combines advanced theoretical knowledge with extensive practical laboratory experience to prepare graduates for leadership roles in cyber security investigations, digital evidence analysis, network defence, and information security.


Students learn from experienced academics while using specialist forensic software and cyber security tools in dedicated laboratories. The programme also develops advanced research skills through a dissertation or thesis, preparing graduates for industry leadership or doctoral study.

Key benefits include:

  • Industry-focused curriculum
  • Hands-on practical laboratory sessions
  • Specialist digital forensic hardware and software
  • Research-led teaching
  • Flexible study pathways (Dissertation or Thesis)
  • Strong industry relevance
  • Excellent graduate employment opportunities
  • Pathway to doctoral (PhD) study


Programme Structure

Students complete 180 points through core courses, electives, and either a dissertation or thesis.

Core Courses

  • Advanced Cybercrime and Cybersecurity
  • Digital Forensics Tools and Techniques
  • STEM Research Methods

Elective Subjects

Students choose from a selection that may include:

  • Information Security
  • Network Security and Forensics
  • Cryptography and Cryptanalysis
  • Advanced Forensics
  • Cloud Computing
  • Applied Blockchains and Cryptocurrencies
  • Internet of Things and Applications
  • IT Strategy and Policy

Research Pathways

Dissertation Pathway

Students complete:

  • Core papers
  • Elective papers
  • 60-point Dissertation

OR

Thesis Pathway

Students complete:

  • Core papers
  • Elective papers
  • 90-point Research Thesis


Key Study Areas

The programme develops expertise in:

  • Cyber Security
  • Digital Forensics
  • Cybercrime Investigation
  • Network Security
  • Information Security
  • Cryptography
  • Cloud Security
  • Blockchain Security
  • Internet of Things Security
  • Incident Response
  • Digital Evidence Collection
  • Research Methods


Practical Learning

AUT places significant emphasis on practical experience.

Students gain experience using:

  • Digital forensic investigation tools
  • Network security laboratories
  • Specialist forensic software
  • Cyber security simulation environments
  • Research projects
  • Industry-relevant case studies


Programme Highlights

  • NZQF Level 9 Master's qualification
  • Industry-focused curriculum
  • Practical cyber security laboratories
  • Advanced digital forensic technologies
  • Specialist research opportunities
  • Dissertation or Thesis options
  • Internationally recognised qualification
  • Excellent pathway to PhD study
  • Strong employer demand globally
  • Modern learning facilities


Career Opportunities

Graduates may pursue careers as:

  • Cyber Security Analyst
  • Cyber Security Consultant
  • Information Security Specialist
  • Digital Forensics Analyst
  • Computer Forensic Examiner
  • Security Operations Centre (SOC) Analyst
  • Incident Response Specialist
  • Network Security Engineer
  • Security Architect
  • Cybercrime Investigator
  • Information Systems Auditor
  • Digital Evidence Specialist
  • IT Security Manager
  • Computer Emergency Response Team (CERT) Specialist
  • Independent Cyber Security Consultant


Latest Programme Updates

  • Current programme duration remains 1.5 years (180 points).
  • Practical laboratory-based learning continues to be a major component of the programme.
  • Students can choose between a Dissertation or Thesis pathway.
  • Specialist cyber security hardware and forensic software are available to support research and practical learning.
  • Multiple annual intakes are available, subject to programme scheduling.


Special Requirements

Applicants may be required to:

  • Attend an interview
  • Provide academic references
  • Meet prerequisite computing knowledge
  • Obtain approval for the Thesis pathway through an acceptable research proposal


Student Visa Requirements

International students studying this programme generally require a New Zealand Fee Paying Student Visa.

Typical visa requirements include:

  • Valid Offer of Place from AUT
  • Proof of payment or sufficient funds for tuition fees
  • Evidence of living expenses
  • Valid passport
  • Medical and chest X-ray certificates (if required)
  • Police clearance (where applicable)
  • Evidence of English language proficiency
  • Approved health and travel insurance for the duration of study