Master of Professional Engineering specialisation in Electrical and Electronic Engineering

2 Years On Campus Masters Program

Swinburne University of Technology

Program Overview

The Master of Professional Engineering (Electrical and Electronic Engineering) at Swinburne University of Technology is designed for engineering graduates who want to build advanced technical knowledge and develop the professional skills needed for a successful engineering career. The course combines specialist electrical and electronic engineering subjects with project management, sustainability, research and industry-focused learning, making it a strong choice for students who want practical experience alongside advanced study.

Curriculum Structure

Year 1: Students begin by strengthening their professional engineering knowledge through subjects such as Technology Management, Engineering Project Management, Research Methods and Principles of Sustainability. They also explore specialist areas including RF Circuit Design Techniques, Operation of Power Systems and Renewable Energy, giving them a broader understanding of modern electrical and electronic engineering.

Year 2: The second year focuses more strongly on applying engineering knowledge to practical and complex challenges. Subjects such as Virtual Instrumentation and the Professional Engineering Entrepreneurship Project help students develop problem-solving and innovation skills, while the Professional Masters Industry Project gives them the opportunity to apply their knowledge to an industry-relevant engineering project.

Focus Areas

Electrical and electronic engineering, RF circuit design, power systems, renewable energy, virtual instrumentation, engineering project management, technology management, sustainability, research, engineering entrepreneurship and industry projects.

Learning Outcomes

Graduates develop advanced technical knowledge in electrical and electronic engineering along with strong analytical, research, communication and project management skills. They learn to solve complex engineering problems, work effectively in teams, communicate technical ideas clearly and approach engineering challenges with professional, ethical and sustainable thinking.

Professional Alignment (Accreditation)

The program is designed around professional engineering practice and industry requirements. Swinburne University of Technology's engineering education is professionally aligned with Engineers Australia, supporting graduates who want to pursue professional engineering careers in Australia and internationally.

Reputation (Employability Rankings)

Swinburne University of Technology has a strong focus on employability and industry engagement. The university reports that 89.1% of its graduates found employment within four months of graduating, while it also ranks in the top 20% in Australia for postgraduate skills development and postgraduate teaching quality.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Professional Engineering (Electrical and Electronic Engineering) at Swinburne University of Technology gives students plenty of opportunities to turn engineering theory into practical skills. Through specialist subjects, industry-focused projects and access to advanced engineering facilities, students can work with technologies related to power systems, renewable energy, electronic design and virtual instrumentation.

Students also have access to professional engineering software and digital tools that support modelling, simulation, measurement and design. Practical learning is strengthened through Swinburne’s specialist energy facilities and industry projects, helping students gain experience that is directly relevant to professional engineering work:

Siemens Swinburne Energy Transition Hub: Students can explore renewable energy and power-system technologies using equipment such as solar power systems, small-scale wind generation, battery systems, transformers, power electronics and rotating machines.
Engineering software: Students can access tools including PSS®E, PSS®SINCAL, PowerWorld, MATLAB, Simcenter MAGNET and ANSYS Electronic Design and Electromagnetics for modelling, simulation and engineering analysis.
Virtual Instrumentation: The Virtual Instrumentation subject develops practical knowledge of digital measurement and instrumentation within electrical and electronic engineering.
Power systems and renewable energy: Subjects such as Operation of Power Systems and Renewable Energy allow students to develop knowledge connected with modern electricity networks and renewable-energy technologies.
Professional Masters Industry Project: Students complete a substantial industry-focused project where they can apply their engineering knowledge to a practical problem while developing project management and problem-solving skills.
Technology Inquiry Project: Students undertake project-based inquiry that helps them investigate engineering and technology challenges and develop structured solutions.
Digital learning tools: Swinburne provides access to digital applications through Azure Virtual Desktop, while engineering students can also access tools such as LabVIEW and Multisim for relevant coursework.
Library facilities: The Hawthorn Library provides computers, study spaces and bookable rooms, giving postgraduate students dedicated facilities for individual and collaborative study.
Research facilities: Students benefit from Swinburne’s wider engineering and technology research environment, which includes facilities such as the Energy Transformation Laboratory, Factory of the Future, Intelligent Robotics Laboratory and Digital Innovation Lab.

Progression & Future Opportunities

The Master of Professional Engineering (Electrical and Electronic Engineering) prepares graduates for professional engineering careers by combining advanced technical knowledge with practical project, research and management skills. The program can open opportunities across electrical systems, renewable energy, power engineering and engineering project management, while also providing a pathway towards further research.

Typical career roles include Electrical Engineer, Power Systems Engineer, Renewable Energy Engineer, Engineering Project Manager.

Students can build their career and professional network through:

Careers Launchpad: Swinburne offers career consultations, resume and cover-letter support, career workshops, employment events and guidance on finding work placements and internships. Students and recent graduates can also use SwinEmploy to explore job opportunities and career resources.
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.
Salary outlook: Swinburne lists an overall engineering salary range of approximately AUD $99,000–$140,000. This is an industry-level figure and should not be treated as a guaranteed salary for graduates of this specific program.
Industry connections: Students can benefit from Swinburne's industry engagement through professional placements, internships, industry projects, site visits, mentoring, networking and recruitment activities.
Industry partners: Swinburne works with organisations including Siemens, Bosch, CSIRO and Cummins South Pacific, creating opportunities for students to gain exposure to professional engineering environments.
Industry-focused projects: Students can work on real-world engineering challenges through industry-linked projects, helping them practise technical problem-solving, teamwork and professional communication.
Professional recognition: The program develops skills relevant to professional engineering practice and can support graduates pursuing professional recognition through Engineers Australia, subject to the applicable requirements.
Long-term career development: Advanced technical expertise combined with project management, research and leadership skills can help graduates progress from technical engineering positions into senior engineering, consulting and project-management roles.
Graduation outcomes: Swinburne reports strong graduate employment performance across the university. It also reported a median undergraduate salary of AUD $77,900 in its 2024 graduate outcomes reporting; this figure relates to undergraduate graduates and is not a specific salary figure for this master's program.

Further Academic Progression: After completing the master's degree, students can progress to PhD research in engineering, allowing them to specialise further in areas such as electrical engineering, energy systems or related engineering disciplines. This pathway is particularly suitable for graduates interested in advanced research, innovation, specialist technical careers or future academic positions.