Master of Engineering (Computer Systems Engineering)

2 Years On Campus Masters Program

Edith Cowan University

Program Overview

The Master of Engineering (Computer Systems Engineering) at Edith Cowan University is designed for students who want to build advanced expertise in computer systems, combining engineering theory with practical knowledge of networks, digital electronics, computer architecture, robotics and embedded systems. It is particularly suited to graduates seeking a professionally recognised engineering qualification and the skills to design, evaluate and manage complex computer systems.

Curriculum Structure

Year 1: Students establish their engineering foundation through Engineering Innovation and Ethics alongside specialist units such as Digital Electronics, Data Communication and Computer Networks, and Computer Architecture. They develop deeper technical capabilities in microprocessor systems, signals and systems, digital signal processing and communication systems, preparing them to work with sophisticated computer and communication technologies.

Year 2: Students progress into professional engineering practice through Engineering Professional Practice, Master of Engineering Project 1, and specialist areas such as Control Systems, Robotics 1, Industrial Control, and Real-Time Embedded Systems. The year concludes with Engineering Management and Master of Engineering Project 2, enabling students to apply their technical, research, project-management and problem-solving skills to a substantial engineering project.

Focus Areas

Computer systems engineering, data communication and computer networks, digital electronics, computer architecture, microprocessor systems, digital signal processing, communication systems, control systems, robotics, industrial control, real-time embedded systems.

Learning Outcomes

Graduates develop mastery of computer systems engineering practice, apply technical and creative skills to complex engineering problems, communicate and collaborate effectively in professional environments, and independently plan and execute substantial engineering projects.

Professional Alignment (Accreditation)

The Computer Systems Engineering specialisation is accredited by Engineers Australia when studied within the Master of Engineering, providing professional recognition aligned with Australian engineering standards.

Reputation (Employability Rankings)

ECU reports that 93% of its graduates are in full-time employment within three years, above the national average, while Computer and Information Systems and Engineering are among the fields with ECU's strongest graduate employability outcomes. ECU also reports being Australia's leading public university for skills development for the third consecutive year.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Engineering specialising in Computer Systems Engineering at Edith Cowan University is strongly practice-oriented, allowing students to develop advanced skills in computer networks, digital electronics, computer architecture, robotics, industrial control and real-time embedded systems. Students undertake a substantial Master of Engineering Project across two units, giving them the opportunity to investigate and solve an authentic engineering problem while developing professional communication, collaboration and project-management skills. ECU also provides industry-grade engineering laboratories and opportunities for industry engagement, events and internships to support professional preparation.

Students can make use of specialised facilities and technology throughout their studies:

Electronic Systems Lab: Supports practical work with electronic systems relevant to computer systems engineering.
Circuits and Systems Lab: Provides facilities for hands-on work with circuits, systems and electronic engineering concepts.
Communications Systems Lab: Supports practical exploration of communication systems and networking technologies.
Robotics and Automation Lab: Enables practical learning related to robotics, automation and control systems.
Micro-Electronics Assembly Lab: Provides specialist facilities relevant to microelectronics and hardware development.
Mixed Reality Lab: Gives students access to facilities supporting emerging immersive and interactive technologies.
3D Printer Makerspace and Fabrication Makerspace: Support prototyping and hands-on development of engineering projects.
24/7 e-Labs: Students have round-the-clock access to PC and Mac computers with the latest software, while course-specific applications are available through school computer labs.
Master of Engineering Project: Students complete Master of Engineering Project 1 and 2, providing substantial project-development experience and opportunities to apply their specialisation knowledge to an engineering problem.
Industry engagement and internships: ECU Engineering highlights industry engagements, events and internship opportunities designed to help students build professional contacts and real-world experience.
Engineering research facilities: ECU's School of Engineering maintains extensive laboratories supporting both teaching and research, including dedicated electronics, communications, robotics and engineering project facilities.

Progression & Future Opportunities

The Master of Engineering (Computer Systems Engineering) at Edith Cowan University develops advanced skills for designing, developing and managing modern computer-based engineering systems. Graduates can pursue professional engineering careers across technology, electronics, embedded systems and computer systems, with opportunities to work in both Australia and international markets.

Typical career roles: Computer Systems Engineer, Embedded Systems Engineer, Network Engineer, Systems Engineer

Career support and opportunities:

ECU Careers and Employability: Students can access career advice, employability programs, job-search support, industry events and opportunities to connect with employers.
Industry engagement: ECU provides opportunities for students to gain practical experience and build professional networks through industry projects, work-integrated learning and engagement with engineering professionals.
Industry partnerships: ECU works with industry and professional organisations to connect engineering education with current workplace requirements and emerging technologies.
Professional recognition: The engineering program provides a pathway toward professional engineering recognition, helping graduates build long-term credibility and career progression in the engineering sector.
Graduate outcomes: Graduates can apply their advanced technical and project skills across computer systems, embedded technologies, communications, automation and related engineering industries.

Further Academic Progression:
After completing the master's degree, graduates can progress to a Doctor of Philosophy (PhD) or another research-focused higher degree in computer systems engineering, electrical and electronic engineering, computer science or a related technology field. This pathway is particularly suitable for students interested in advanced research, university teaching or specialist R&D careers.