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1 Years On Campus Masters Program
Swinburne University of TechnologySwinburne University’s Master of Engineering Practice, specialising in Electrical Engineering, is a one-year postgraduate program designed for engineering graduates who want to strengthen their existing knowledge and develop advanced expertise in electrical engineering. Students explore areas such as power systems, renewable energy, electricity generation and distribution, smart grids and electrical safety while developing practical problem-solving and engineering skills.
Curriculum Structure
Year 1: As a one-year full-time program, students complete the entire degree within a single academic year. Core units include Engineering Project Management and Research Paper, while specialisation options include Programming Principles and Practices, Operation of Power Systems, Renewable Energy, Electrical Power Systems Safety, Analysis Techniques for Large Scale Power Systems, Design of Smart Power Grids and Virtual Instrumentation.
Students can choose six specialisation units based on their interests, allowing them to focus on areas such as energy systems, power engineering and smart-grid technologies. The program can also provide opportunities for industry-based research projects, helping students connect their technical knowledge with practical engineering challenges.
Focus Areas
Electrical engineering, power generation and distribution, power systems, renewable energy, smart grids, electrical safety, power-system analysis, programming, virtual instrumentation, engineering research and project management.
Learning Outcomes
Students develop advanced skills in information analysis, problem-solving, research, communication and engineering project management. They learn to investigate complex electrical engineering challenges and develop practical and innovative solutions both independently and as part of a team.
Professional Alignment (Accreditation)
The program builds on an existing engineering qualification and provides advanced technical and professional knowledge in electrical engineering. It also develops leadership, project management and professional skills that can support progression into more advanced engineering roles.
Reputation (Employability Rankings)
Swinburne reports that 84.1% of students found employment within four months of graduating, based on the QILT Graduates Outcomes Survey 2022–2024. The university also reports being #1 in Australia for Computer Science and Engineering and #1 in Australia for Automation and Control in the ARWU Global Ranking of Academic Subjects 2025.
Swinburne’s Master of Engineering Practice in Electrical Engineering combines advanced technical learning with opportunities to apply engineering knowledge to practical challenges. Students can take part in industry-based research, engineering projects and practical activities while using specialist facilities and technology to strengthen their understanding of electrical and energy systems.
Key practical learning opportunities include:
Industry-based research projects: Students can work on industry-focused research projects, giving them an opportunity to apply their engineering knowledge to practical challenges.
Electrical engineering laboratories: Specialist engineering laboratories support hands-on learning, experimentation and practical work with electrical and electronic systems.
Power-system facilities: Students can explore practical aspects of power generation, power systems and energy technologies through specialist engineering facilities.
Siemens Swinburne Energy Transition Hub: This facility supports research and learning related to energy transition, sustainability and emerging electrical engineering technologies.
Trimble Technology Lab: Students can access industry-standard digital technologies and software, helping them develop practical skills that connect engineering study with professional practice.
Engineering project work: The Engineering Project Management unit helps students develop experience in planning and managing engineering projects.
Research Paper: Students develop research skills by investigating an engineering topic, analysing information and presenting their findings.
Collaborative problem-solving: The program encourages students to analyse complex engineering problems and develop practical solutions independently and collaboratively.
The Master of Engineering Practice in Electrical Engineering prepares graduates for professional roles across areas such as power generation, electricity distribution, renewable energy, electrical safety and engineering systems. The program also helps students develop leadership, project management and problem-solving skills, which can support career growth and progression into more senior engineering positions.
Typical career roles include Senior Electrical Engineer, Renewable Energy Engineer, Electrical Power Engineer and Manufacturing Systems Designer.
Key opportunities for career development include:
Career support: Swinburne’s Careers Launchpad offers career consultations, resume and cover-letter guidance, career workshops, job-search support and advice on placements and internships. Students can also use SwinEmploy to explore job opportunities, career resources and events.
Employment outcomes: Swinburne reports that 84.1% of students found employment within four months of graduating, based on the QILT Graduates Outcomes Survey 2022–2024.
Industry connections: Students can connect with employers through employment expos, industry panels, site visits, mentoring, networking events and recruitment activities.
Industry-based projects: The program provides opportunities for industry-based research projects, allowing students to apply their engineering knowledge to practical professional challenges.
Professional development: Students strengthen their information analysis, communication, research, problem-solving and project management skills, while developing capabilities that can support future leadership roles.
Long-term professional value: The program builds advanced electrical engineering knowledge on top of an existing engineering qualification, supporting continued professional development and career progression.
Graduation outcomes: Graduates can pursue opportunities in electrical power generation, distribution, renewable energy, electrical safety, manufacturing systems, embedded systems and related engineering areas.
Further Academic Progression: After completing the Master of Engineering Practice, students may consider further postgraduate research, including a research-focused master’s degree or a PhD, subject to meeting the relevant admission and research requirements. The Research Paper component also helps students develop research planning and execution skills that can provide a useful foundation for future research study.
Course location: Hawthorn campus, Victoria, Australia.
A Bachelor of Engineering (Honours) degree (minimum 4 years of full time study) in an approved cognate field
A Graduate Certificate of Engineering degree in an approved cognate field following on from a 4-year Bachelor of Engineering degree
A qualification considered equivalent to the above requirements may also be accepted.
English language Requirements: IELTS overall band of 6.5 with no individual band below 6.0 or TOEFL(iBT) 79 overall with (no less than 13 in reading, 12 in listening, 18 in speaking, 21 in writing) India: - Bachelor of Engineering (BE) / Bachelor of Technology (BTech) (4 years) in Engineering or a related discipline from a recognised institution. - Minimum academic requirement: approximately 60% average (final assessment is based on Swinburne University’s qualification equivalency evaluation).China: - Bachelor’s degree (4 years) in Engineering or a related discipline from a recognised university. - Minimum academic requirement: approximately 70% average (final assessment is based on Swinburne University’s qualification equivalency evaluation).USA: - Bachelor’s degree (4 years) in Engineering or a related discipline from a recognised institution. - Minimum academic requirement: approximately GPA 2.5/4.0 (final assessment is based on Swinburne University’s qualification equivalency evaluation).UK: - Bachelor’s degree (3 years) in Engineering or a related discipline from a recognised university. - Minimum academic requirement: UK Second Class Honours degree (2:2) or equivalent (approximately 50–55%). - Final assessment is based on Swinburne University’s qualification equivalency evaluation.Senior Electrical EngineerMaSenior Electrical EngineerTelecommunications Network DesignerSystems and Embedded Design EngineerElectrical Power EngineerElectronic Systems EngineerNetwork EngineerRF Circuit Design EngineerWireless Communications EngineerIoT EngineerNetwork Routing EngineerMobile Telecommunications Engineer
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