Overview

Computer systems engineering bridges the gap between hardware architecture and software development to power complex digital infrastructure and embedded technologies. The BEng (Hons) Computer Systems at Edith Cowan University offers comprehensive training in hardware design, embedded software development, and network architecture. Students explore fundamental computing and engineering concepts through practical coursework, working within specialized laboratories equipped for digital hardware design and network testing. The curriculum balances theoretical knowledge with hands-on practice, emphasizing cross-disciplinary problem solving and collaborative engineering projects. Supported by faculty research in smart systems and network security, the program builds adaptable technical capabilities. This course is ideal for detail-oriented problem solvers who want to master hardware-software integration and develop high-performance computing systems.

What You'll Learn

Digital logic design, computer architecture, and micro-architecture principles

Embedded systems programming, real-time operating systems, and hardware-software co-design

Data communications, network protocols, and distributed computing architectures

Signal processing, control systems, and sensor interface design

System security, hardware-level vulnerability analysis, and network defense strategies

Engineering project management, capstone design, and honours research methodologies

Learning Outcomes

Graduates of this program gain an in-depth understanding of computer systems engineering, ranging from low-level integrated circuits to enterprise-scale distributed network environments. Students develop the ability to critically evaluate computational requirements, model hardware performance, and engineer robust embedded software solutions. Through extensive laboratory experiments and team-based engineering projects, learners build practical skills in circuit synthesis, system debugging, and network protocol implementation. The honours component allows participants to specialize in areas like embedded processing or network security, preparing them to apply advanced engineering methodologies to real-world technical challenges.