Curtin University

What you'll study

This degree covers the fundamentals of computer systems and the full lifecycle of networked solutions, from low‑level operating systems and hardware to high‑level network design and security. The curriculum blends theoretical concepts with practical, lab‑based learning and a substantial project or industry placement.

• Core topics: computer systems architecture, operating systems, data communications and networking principles, routing and switching, wireless and mobile networks, network design and administration.
• Security and resilience: network security, cyber security fundamentals, secure system design, intrusion detection and prevention, and resilience engineering for critical infrastructure.
• Software and cloud: programming for systems engineers, scripting and automation, virtualization, cloud computing and services, and infrastructure as code.
• Specialist areas: Internet of Things (IoT) networks, telecommunication systems, performance tuning, and network management tools and protocols.
• Professional practice: project management, ethics, professional communication, and a capstone project or industry placement that integrates technical and workplace skills.

Structure

The program is delivered through a combination of lectures, tutorials and extensive hands‑on laboratory sessions using industry‑standard equipment and software. Students typically complete core subjects in the early semesters, move to intermediary and advanced network topics in later semesters, and finish with a guided project or work‑integrated learning experience.

Entry requirements

Entry is based on recognised secondary school qualifications or equivalent tertiary study. Applicants are expected to demonstrate competence in mathematics; prior study in mathematics or a related subject is usually required. International applicants must meet Curtin's English language requirements. Mature‑age applicants and those with relevant vocational or workplace experience may be considered through alternative entry pathways or bridging programs.

Specific offers depend on your qualification and location; consult Curtin's admissions pages or contact the admissions team for personalised advice and details on pathway and credit options.

Career prospects

Graduates are prepared for roles designing, implementing and maintaining networked systems across public and private sectors. Common career outcomes include:

• Network engineer or administrator
• Systems or infrastructure engineer
• Cyber security analyst or network security specialist
• Cloud and virtualization engineer
• Telecommunications technician or network planner
• IT consultant, support specialist or technical project coordinator

The practical focus and industry links in the course also support pathways into further study, such as honours, specialised postgraduate computing or security programs, and research or management roles within IT departments.

Why study at Curtin University

Curtin provides industry‑aligned learning with access to modern networking labs, virtualised environments and vendor tools used in professional practice. The university maintains relationships with local and international technology partners, which helps with guest industry input, internships and employment links.

Students benefit from work‑integrated learning opportunities, career services and a campus environment that supports practical, project‑based learning. Curtin's focus on applied education means graduates leave with technical skills and workplace experience relevant to current network and systems roles.