Master of Engineering Science Specialising in Electronics and Telecommunications Engineering

2 Years On Campus Masters Program

Swinburne University of Technology

Program Overview

The Master of Engineering Science specialising in Electronics and Telecommunications Engineering at Swinburne University of Technology is ideal for engineering graduates who want to build deeper technical expertise and develop strong research skills. Students explore areas such as electronic systems, digital circuits, telecommunications, wireless networks and circuit design while gaining practical experience in developing and evaluating engineering solutions.

Curriculum Structure

Year 1: Students develop their specialist knowledge through subjects such as Embedded Architecture, RF Circuit Design Techniques and Virtual Instrumentation, gaining an understanding of electronic systems, circuit design and digital measurement. They also study areas such as Networks and Switching and Network Routing Principles, while subjects including Engineering Project Management and Research Methods help them build strong project planning and research skills.

Year 2: The second year focuses more heavily on advanced study and independent research, with the Engineering Master Major Thesis giving students the opportunity to investigate a substantial engineering topic. Students can also explore subjects such as Mobile and Personal Networking, Software Managed Networks, Wireless Communication Techniques and Advanced Electronics Design, with options including Networks and Cybersecurity Frameworks, Data Visualisation or an Internship Project.

Focus Areas

Electronics and telecommunications engineering, embedded architecture, RF circuit design, virtual instrumentation, digital circuits, electronic devices, computer networks, network routing, mobile networking, wireless communications, software-managed networks, advanced electronics design, research and engineering project management.

Learning Outcomes

Graduates develop advanced knowledge in electronics and telecommunications engineering and gain the ability to investigate and solve complex engineering problems independently. They learn to design, construct, implement, test and evaluate engineering systems while strengthening their research, analytical, communication and professional skills.

Professional Alignment (Accreditation)

The program supports professional engineering development and may assist graduates in meeting the eligibility requirements for membership at various levels of Engineers Australia, subject to the organisation's requirements. This professional recognition can add value to graduates seeking to build long-term engineering careers in Australia.

Reputation (Employability Rankings)

Swinburne University of Technology has a strong focus on employability and industry-relevant education. The university reports that 84.1% of its students found employment within four months of graduating, based on the QILT Graduate Outcomes Survey 2022–2024.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Engineering Science specialising in Electronics and Telecommunications Engineering at Swinburne University of Technology gives students opportunities to develop practical skills alongside advanced technical and research knowledge. Through specialist subjects, laboratory-based learning, independent research and an optional internship, students can gain experience in areas such as embedded systems, RF circuits, networking, wireless communication and electronic design.

Students can build their practical and research experience through:

Cisco Networking Laboratory: A specialist facility with more than 200 routers, 200 switches and 50 firewalls, allowing students to build, configure and test networks in realistic environments.
Smart networking technologies: The Cisco laboratory uses SmartRack and virtualisation technologies, giving students opportunities to design and test different network configurations.
Smart Sensing and Signal Processing Laboratory: This specialist research facility supports work related to electronics, communications and signal processing.
Power System Simulation Laboratory: Located within Swinburne's Advanced Technologies Centre, this facility supports research and practical work involving electrical power systems and related technologies.
Electrical Machine Laboratory: Students can benefit from the wider engineering research environment provided by this specialist laboratory, which supports investigation of electrical technologies.
Nanofabrication and microfabrication facilities: Swinburne provides specialist facilities for research involving nanoscale and microelectronic technologies.
Engineering Master Major Thesis: The major thesis gives students the opportunity to undertake an independent engineering research project, investigate a substantial technical problem and develop advanced research skills.
Internship Project: Students can choose the ICT80004 Internship Project as an elective, providing an opportunity to gain practical workplace experience during the degree.
Specialist engineering subjects: Units such as Embedded Architecture, RF Circuit Design Techniques, Virtual Instrumentation, Mobile and Personal Networking, Wireless Communication Techniques and Advanced Electronics Design allow students to develop skills relevant to modern electronics and telecommunications.
Advanced Technologies Centre: Swinburne's Advanced Technologies Centre brings together specialist engineering and technology laboratories, creating a strong environment for research and practical learning.

Progression & Future Opportunities

The Master of Engineering Science specialising in Electronics and Telecommunications Engineering prepares graduates for professional engineering careers by combining advanced technical knowledge with research, problem-solving, communication and project skills. The program can lead to opportunities across telecommunications, electronics, networking, embedded systems and related technology industries.

Typical career roles include Telecommunications Engineer, Electronics Engineer, Embedded Systems Engineer, Network Engineer.

Students can strengthen their career prospects through:

Careers Launchpad: Swinburne provides one-to-one career consultations, resume and cover-letter support, career workshops, employment events and guidance for finding internships and placements. Students can also use SwinEmploy to explore available job opportunities.
Employment outcomes: Swinburne reports that 84.1% of its students found employment within four months of graduating, based on the QILT Graduate Outcomes Survey 2022–2024.
Industry connections: Students can connect with employers through industry panels, employment expos, networking events, site visits, mentoring and recruitment activities.
Technology industry engagement: Swinburne maintains industry engagement across information, telecommunications and digital technologies, as well as engineering, energy and utilities, helping students build connections with relevant industries.
Professional recognition: The degree may assist graduates in meeting eligibility requirements for membership at various levels of Engineers Australia, subject to the organisation's requirements. This can add long-term professional value to an engineering career.
Research experience: The Engineering Master Major Thesis gives students substantial independent research experience, which can strengthen their profile for specialist technical and research-oriented positions.
Graduation outcomes: Graduates leave the program with advanced electronics and telecommunications knowledge as well as research, analytical, communication and problem-solving skills that can support progression into more specialised engineering roles.

Further Academic Progression: After completing the master's degree, students can progress to PhD studies in engineering. This is a suitable pathway for graduates who want to specialise further in electronics and telecommunications, undertake advanced research or pursue careers in research and academia.