Bachelor of Information Technology
at Murdoch University, Western Australia.
An Australian Computer Society accredited IT degree covering software development, data, networks, cybersecurity and human-computer interaction. Most providers include a capstone industry project.
ATAR cutoff history
Published cutoff data for the Murdoch University Bachelor of Information Technology. We never invent figures; entries marked "not published" mean the university or admissions centre has not released a verified cutoff for that intake.
| Intake year | ATAR cutoff | Admissions centre |
|---|---|---|
| 2024 | ATAR cutoff not published | TISC |
| 2023 | ATAR cutoff not published | TISC |
| 2022 | ATAR cutoff not published | TISC |
No verified cutoffs are available. Confirm the latest figure on the official TISC cutoff release.
Prerequisite Year 12 subjects
Brush up on each prerequisite with our state-syllabus explainers and dot points.
What you will study
First year builds the core: programming fundamentals, data structures, web technologies, computer systems and networking, plus discrete mathematics and an introduction to databases. You learn to write, test and debug code and to think about systems, which is essential since the Australian Computer Society accredits the degree. Second year deepens technical skills and lets you move toward a major such as software development, cybersecurity, data science or networks and systems administration. Units cover object-oriented design, database systems, operating systems, security fundamentals and human-computer interaction, with regular practical labs and team projects. Final year centres on a capstone project where a student team builds a real system for an industry or community client across two semesters. Advanced electives cover topics such as cloud and distributed systems, machine learning, penetration testing or mobile development, and professional-practice units cover ethics, project management and working in IT teams.
Example first-year subjects
- Programming Fundamentals
- Data Structures and Algorithms
- Web Development
- Computer Systems and Networks
- Introduction to Databases
- Discrete Mathematics for Computing
How you will be assessed
- Programming assignments and coding projects
- Practical labs and technical worksheets
- Team software and capstone project deliverables
- Final exams in programming, systems and theory units
- Written reports on design, security or HCI
- Presentations and demonstrations of working systems
Career outcomes
- Graduates work as software developers, data analysts and cybersecurity analysts across financial services, government and technology firms.
- Common destinations include graduate developer programmes at the major banks, Atlassian, Canva and federal-government technology agencies.
- Many alumni progress into product management, solutions architecture and engineering management roles within five years.
Professional accreditation
- ACS Professional accredited
Typical first jobs
- Graduate software developer or programmer
- Data or business analyst
- Cybersecurity or security operations analyst
- Systems or network administrator
- IT support or applications specialist
- Web or application developer
- Junior cloud or DevOps engineer
Graduate starting salary
$65,000 - $78,000 per year
Source: https://www.qilt.edu.au/surveys/graduate-outcomes-survey-(gos). Last reviewed 2026-05-24.
After graduation
Most graduates move straight into developer, analyst or support roles and earn ACS-recognised professional standing as they gain experience. Postgraduate options include a Master of Information Technology or specialist masters in cybersecurity, data science or artificial intelligence, and research masters or PhD study for those targeting research or specialist technical leadership. Industry certifications (cloud, security, networking) often run alongside early career roles.
Is this the right degree for you?
You probably thrive here if
- Students who enjoy logical problem solving and building things
- People comfortable learning new tools and languages independently
- Methodical thinkers who like debugging and getting code to work
- Team players who can also deliver individual technical work
- Those interested in software, data, security or networks careers
It is probably not for you if
- Students who dislike maths, logic or detailed problem solving
- People wanting a non-technical or purely creative degree
- Those who avoid sustained screen-based and project work
- People expecting to learn only one tool with no theory
Sources
Course details are summarised by ExamExplained, not copied from the university. Confirm course content and ATAR cutoffs on the Murdoch University handbook and on TISC before applying. Page generated at https://examexplained.com.au/uni/murdoch/bachelor-of-information-technology.