Curtin University

What you'll study

This programme builds a broad foundation in computing and information systems while allowing specialisation through streams and elective units. Core topics typically include programming and software development, databases and information management, computer networks and operating systems, cybersecurity fundamentals, algorithms and data structures, and systems analysis and design.

Students also study complementary areas such as web and mobile development, cloud computing, human–computer interaction, data analytics and artificial intelligence, depending on unit choices. Learning is project‑based and practical: key course elements include team software projects, system design exercises, laboratory work and a capstone or industry project that integrates skills from across the degree.

The course structure generally combines core compulsory units in the early years with increasing elective and specialist units later on. Curtin offers pathways to honours or postgraduate study for students who wish to pursue research or advanced technical roles.

• Typical modules and subjects: Introduction to Programming, Object‑Oriented Programming, Data Structures and Algorithms, Database Systems, Computer Networks, Cybersecurity Principles, Software Engineering, Web and Mobile Development, Data Analytics, Human–Computer Interaction, Cloud Services, Capstone Project.
• Delivery and learning methods: Lectures, tutorials, practical labs, industry projects, group assignments and work‑integrated learning or placement opportunities where available.
• Specialisations and electives: Options often include software development, networking and security, data analytics, interaction design, games and interactive media, and IT project management.

Entry requirements

Applicants are expected to have completed an Australian senior secondary qualification or an equivalent international qualification. Curtin accepts a range of entry pathways, including school leavers, recognised vocational qualifications and mature‑age applicants with relevant experience or prior study.

Mathematics or a quantitative subject at senior secondary level is typically recommended. Applicants whose first language is not English must demonstrate English proficiency through an approved test or qualification; Curtin publishes the accepted tests and minimum scores for its programs.

Eligible applicants may also be admitted via recognised diploma pathways, bridging programs or credit transfer for prior tertiary study. Specific entry criteria and any additional requirements are published by Curtin and should be checked before applying.

Career prospects

Graduates of the Bachelor of Information Technology are prepared for a wide range of roles across industry, government and the not‑for‑profit sector. Typical career outcomes include software developer, systems analyst, web or mobile developer, database administrator, network engineer, cybersecurity analyst, data analyst, IT consultant and technical project coordinator.

The degree provides the technical skills and professional practice experience employers expect, and many graduates move into specialised positions or pursue postgraduate study to deepen expertise in areas such as cybersecurity, data science or software engineering. Curtin’s industry engagement and project work also support transitions into internships and entry‑level professional roles.

Why study at Curtin University

Curtin emphasises practical, industry‑relevant learning with access to modern computing labs, cloud platforms and project spaces. The university has strong links with local and international employers, offering opportunities for industry projects, internships and collaborative work that enhance employability.

Curtin’s curriculum is designed to deliver hands‑on experience and up‑to‑date technical skills, and the university supports students with career services, industry networking events and student technology clubs. The degree is structured to allow flexible study options and pathways to honours or postgraduate study for further specialization.

Professional recognition and alignment with current industry standards are priorities in the program, helping graduates meet the expectations of employers in technology roles worldwide.