Master of Engineering Electronics and Communications Engineering Specialisation

2 Years On Campus Masters Program

Edith Cowan University

Program Overview

The Master of Engineering specialising in Electronics and Communications Engineering at Edith Cowan University is designed for engineering graduates who want to develop advanced skills in electronics, digital systems and modern communication technologies. Students explore areas such as wireless communication, telecommunications networks, digital electronics and signal processing while developing the problem-solving and project skills needed for professional engineering careers.

Curriculum Structure

Year 1: Students begin with Engineering Innovation and Ethics and develop their specialist knowledge through subjects such as Communication Systems 1, Data Communication and Computer Networks, Digital Electronics and Signals and Systems. These subjects help students understand electronic systems, digital technologies, computer networks and the fundamentals of modern communication systems.

Year 2: Students move into more advanced areas including Wireless Communication, Analog Electronics, Communication Systems 2, Control Systems, Propagation and Antennas, Telecommunication Networks and Digital Signal Processing. They also complete Engineering Professional Practice, Master of Engineering Project 1, Engineering Management and Master of Engineering Project 2, giving them the opportunity to apply their knowledge to substantial engineering projects.

Focus Areas

Electronics engineering, communication systems, digital electronics, analog electronics, wireless communication, telecommunications networks, data communication, computer networks, signal processing, propagation and antennas, control systems and electrical engineering design.

Learning Outcomes

Graduates develop advanced knowledge of electronics and communications engineering and learn how to analyse and solve complex engineering problems. They also strengthen their communication, teamwork, project management and professional skills, including the ability to plan and complete substantial engineering projects.

Professional Alignment (Accreditation)

The Electronics and Communications Engineering specialisation is accredited by Engineers Australia when studied within ECU's Master of Engineering. This provides valuable professional recognition and supports graduates seeking engineering careers in Australia and internationally.

Reputation (Employability Rankings)

ECU places strong emphasis on teaching quality, skills development and student experience. The university reports 19 consecutive years of 5-star ratings for teaching quality in the Good Universities Guide, demonstrating its continued focus on delivering a strong learning experience.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Engineering specialising in Electronics and Communications Engineering at ECU combines advanced technical study with practical engineering experience. Students have access to specialist electronics, communications, circuits and instrumentation facilities, while project work and professional industry practice help them apply their knowledge to real engineering situations.

Students can develop practical skills through:

Wireless Communication Laboratory: A dedicated facility supporting practical learning in modern wireless communication technologies.
Communications Systems Laboratory: Provides a specialised environment for teaching and practical work in electronics and communications systems.
Electronic Systems Laboratory: Gives students opportunities for hands-on work with electronic systems and related technologies.
Circuits and Systems Laboratory: Supports practical learning involving electrical circuits and engineering systems.
Advanced Instrumentation and Measurement Laboratory: Provides practical experience with instrumentation, measurement and sensor technologies.
Micro-Electronics Assembly Laboratory: Supports practical activities related to micro-electronics assembly.
Electronics and IT Workshop: Provides facilities for electronics-related practical work and technical activities.
Engineering projects: Students complete Master of Engineering Project 1 and Master of Engineering Project 2, allowing them to apply their knowledge to substantial engineering projects.
Professional industry practice: Students must complete at least 12 weeks of professional practice in a relevant industry environment before graduation, providing direct workplace experience.
Teamwork and collaboration: Students develop communication, collaboration, practical problem-solving and project development skills within a professional engineering context.
Research facilities: ECU's School of Engineering provides laboratories and facilities that support both teaching and research in electronics and communications engineering.

Progression & Future Opportunities

The Master of Engineering specialising in Electronics and Communications Engineering prepares graduates for professional careers in electronics, communications, telecommunications and digital technologies. The course combines advanced technical knowledge with practical experience, project work and professional skills, helping graduates build a strong foundation for careers in technology and communications industries.

Typical career roles include Electronics Engineer, Communications Engineer, Telecommunications Engineer, Professional Engineer.

Students can strengthen their career prospects through:

Career support: ECU Careers and Employability provides career advice, job-search support, employability resources and access to CareerHub. Graduates can continue accessing career support for up to 14 months after completing their studies.
Professional industry experience: Students must complete at least 12 weeks of professional practice in a relevant industry environment, giving them valuable workplace experience before graduation.
Industry partnerships: ECU's School of Engineering works with organisations including GHD, Konica Minolta, Markforged, Magellan Power, South32 and Schneider Electric, giving students opportunities to connect their studies with current industry practices.
Employment outcomes: ECU reports that 93% of its graduates are in full-time employment within three years, with 71.8% working in professional or managerial positions. ECU also reports an average graduate salary of AUD 86,900 per year three years after graduation across the university; these figures are not specific to this specialisation.
Professional accreditation: The Electronics and Communications Engineering specialisation is accredited by Engineers Australia when studied within the Master of Engineering, providing valuable professional recognition for engineering careers.
Project experience: Master of Engineering Project 1 and Master of Engineering Project 2 give students the opportunity to apply their technical knowledge to substantial engineering projects.
Graduate outcomes: The program can prepare students for professional engineering positions involving electronics, communication systems, telecommunications, digital technologies and related engineering fields.

Further Academic Progression: Graduates interested in advanced research can progress to a Doctor of Philosophy (Integrated). This provides an opportunity to develop specialist research expertise in areas such as Electronics and Communications Engineering and pursue research-focused or academic careers.