phd in electrical engineering in australia

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Graduate Research

Doctor of Philosophy - Engineering and IT

• Arrow-right #2 in Australia for Engineering and Technology
• Arrow-right #50 in the world
• Course code: DR-PHILEIT

Course overview

Make your own research contribution with the Doctor of Philosophy (Engineering and IT) at Australia’s leading university*. Build your expertise in a specialist area and be supported by experienced supervisors and advisory committees to create significant change in society. You’ll demonstrate academic leadership, independence, creativity and innovation in your research work.

Research projects are offered in:

• Biomedical engineering
• Chemical engineering
• Computing and information systems
• Electrical and electronic engineering
• Infrastructure engineering (civil engineering; structural engineering; environmental engineering; geomatics and spatial information)
• Mechanical engineering and mechatronics.

You can also pursue an engineering or IT research project of your own.

* Times Higher Education World University Rankings 2023

Graduate Research Showcase

Find out how to study a research degree, come along to our in person Graduate Research Showcase on 24 September at Melbourne Connect.

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Solutions for global problems

Work alongside researchers who are creating technological solutions to significant problems in our society and in our future. You’ll benefit from an environment of cross-disciplinary research excellence at Melbourne, connecting diverse study areas and blending academic and industry.

Our researchers are looking into water resource management, clean energy, disaster management, climate change, cancer treatment, epilepsy suppression, food processing, automated interpretation of data, personalised medicine, smart grids and more.

Internationally recognised qualification

Be part of one of the largest engineering research institutions in Australia, measured on research income. You’ll receive strong backing from industry and government.

Joint PhD degree opportunities

In addition to our leading PhD program, we also offer several graduate research joint PhD initiatives. Our joint PhD programs access expertise, resources and world-class training at the University of Melbourne and a leading institution abroad.

Our Jülich-University of Melbourne Postgraduate Academy (JUMPA) is a multidisciplinary Joint PhD training program with the Jülich Research Centre, Germany.

Our Melbourne-CNRS Network is a multidisciplinary Joint PhD training program with the Centre National de la Recherche Scientifique, France.

Our Melbourne India Postgraduate Academy (MIPA) is a Joint PhD training program with one of three top Indian Institutes of Technology (IITs): IIT Madras, IIT Kanpur, and IIT Kharagpur.

Our Melbourne and Manchester Graduate Research Group is a multidisciplinary Joint PhD training program with the University of Manchester, United Kingdom.

Our Priestley Scholarships are offered in conjunction with University of Birmingham .

For further information and how to apply for joint PhD programs: Graduate research: Joint PhDs

World class facilities

We’re home to an Australian-first, state-of-the-art VR biomechanical facility, CAREN (Computer Assisted Rehabilitation Environment), which focuses on improving our understanding of human movement and rehabilitation. You’ll also have access to cutting-edge laboratories and a heavy engineering workshop for materials testing, engine and turbine testing, wind tunnel investigations and metal forming processing.

Related study areas

• Bioinformatics
• Civil, structural and architectural engineering
• Computer science
• Data and analytics
• Data science
• Digital infrastructure engineering
• Engineering
• Engineering business and management
• Environment
• Environmental engineering
• Information systems
• Information technology
• Information technology and computer science
• Mechanical, aerospace, industrial and mechatronic engineering
• Software engineering

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Electrical and Computer Engineering

Doctorate by research.

• Qualification Doctor of Philosophy - Electrical and Computer Engineering

The Commonwealth Register of Institutions and Courses for Overseas Students (CRICOS) Code indicates a registered program offered to international students studying in Australia on student visas.

The Curtin campuses or teaching locations where units of this course are offered.

As a doctoral research degree candidate, you will uncover new knowledge either by the discovery of new facts, the formulation of theories or the innovative reinterpretation of known data and established ideas. Your research will use an in-depth understanding of theories and concepts to develop practical solutions for real-world problems.

A higher degree by research differs from other postgraduate degrees in that at least two-thirds of the study program must involve research. Although some coursework units may be required, the main part of your work will be in the form of a thesis written under the guidance of a supervisor and associate supervisor(s). Your thesis must, in the opinion of the examiners, be a substantial original contribution to the knowledge or understanding of any field through the discovery of new facts, the formulation of theories or the innovative reinterpretation of known data and established ideas. It must also demonstrate your capacity to conceive, design and complete independent research.

Throughout your studies, our faculties will provide you with access to equipment and resources to support your research, and financial assistance to attend appropriate local and international conferences.

Please refer to the handbook for additional course overview information. 

Why research at Curtin

Curtin is widely recognised for applied research firmly focused on solving real-world problems. Underpinning our research endeavours are strong partnerships with industry, business and government, which result in outcomes that greatly benefit the broader community locally, nationally and globally. Our international reputation for being a strong partner in industry-driven research ensures our graduates enjoy outstanding opportunities to become innovators in their fields.

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Professional recognition

Depending on your area of speciality, you may be eligible for membership of various professional organisations upon graduation.

Admission criteria

What you need in order to get into this course. There are different pathway options depending on your level of work and education experience.

Entry requirements for Australian and New Zealand students

Applicants are required to demonstrate a capacity to carry out independent research and have adequate training and ability to pursue the proposed research course. Generally, this may be a master degree or bachelor degree with first or upper second class honours. See the Section 3.2.1 of the  HDR admission policy  for detailed information.

English requirements

Curtin requires all applicants to demonstrate proficiency in English. Specific English requirements for this course are outlined in the IELTS table below.

You may demonstrate English proficiency using the following tests and qualifications .

IELTS Academic (International English Language Testing System)

Overall band score

Use your experience to get credit towards your degree

Finish your course sooner with credit for your previous study or work experience.

Fees and charges

Fee information is not available for this course at this time. Find estimated course fees .

Looking for more detail on the course structure?

For start dates, please view the  academic calendar .

All endeavours are made to ensure location information for courses is up to date but please note they are subject to change.

The University reserves the right to withdraw any unit of study or program which it offers, to impose limitations on enrolment in any unit or program, and/or to vary arrangements for any program.

How to apply

Please review information on how to apply for the campus of your choice

• Curtin Perth

Please note that each campus has different application deadlines. View our application deadlines page for further information.

The offering information on this website applies only to future students. Current students should refer to faculty handbooks for current or past course information.

The information on this page may be subject to change. In particular, Curtin University may change the content, method or location of delivery or tuition fees of courses.

While Curtin uses reasonable efforts to ensure that the information provided on this page is accurate and up to date, errors and omissions sometimes occur. Curtin makes no warranty, representation or undertaking (expressed or implied) nor does it assume any legal liability (direct or indirect) for the accuracy, completeness or usefulness of any information.

View courses information disclaimer .

• Curtin course code:  DR-ELECEN
• CRICOS code:  043990A
• Last updated on:  13 August 2024

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You are considered a domestic student if you are:

• an Australian or New Zealand citizen or permanent resident
• Humanitarian visa holder

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Ranked 57th globally for computer science by the 2023 QS University Rankings by Subject

Ranked =19th in the world in the 2024 QS World University Rankings

Our Doctor of Philosophy (PhD) program involves preparing a thesis that will make a substantial and original contribution to the specific subject area.

Students will be required to complete some coursework as part of their candidature. They will have access to a range of  specialist units of study  relevant for research students.

The Faculty of Engineering focuses on multidisciplinary research centered on various key themes:

• complex systems ;
• data science and computer engineering ;
• energy, resources and the environment ;
• food products, process and supply chain ;
• healthcare engineering ;
• infrastructure and transport ;
• Internet of Things ; and
• robotics and intelligent systems .

This degree is awarded if your thesis is considered to be a substantial and original contribution to the subject concerned.

Subject areas

Shared pool, entry, fees, funding & how to apply, your entry requirements, english language proficiency.

For academic requirements check the ‘Admission requirements’ section on this page.

The international fee rate for this course is currently not available. The fee rate is usually published by September for the following year. Where a fee is not available after this time check the admission requirements as the course may not be available to international students.

How to apply

Before you apply  Make sure you have read the  requirements for a research application  and are in possession of all required documentation. 

1. Find a supervisor within the University whose academic background aligns with your research. You may visit  Research Supervisor Connect  to start.

2. Contact a research supervisor either through Research Supervisor Connect or email and provide: - your academic/educational background and research experience with examples such as an academic transcript - your CV/resume - the area of interest for your PhD - why you believe your research topics align with this supervisor

3. In conjunction with your supervisor, develop a preliminary research proposal up to 2000 words that outlines the subject area, objectives and significance of your research.

4. International applicants need to obtain two academic referee reports, each one written by a referee who is familiar with your previous academic achievements. You may upload letters of reference or complete our  template  .

5. If you intend to study part-time towards a PhD, you will also need to supply: - evidence that shows you will have sufficient time available to plan and carry out the research under the supervision of the University, and complete the course within the maximum period allowed for a part-time PhD enrolment - a declaration from your employer (if relevant) confirming that you will be permitted to take the time required to effectively pursue your studies.

6. Your research proposal should be submitted along with your CV, academic referee reports, academic transcripts and other supporting documents.

7. Submit a direct online application to the University of Sydney through the  University course search .

Applications are open all year round. Processing times for research applications depend on many factors and therefore, can vary.

Applicants are advised to apply well in advance to allow for a timely application outcome and scholarship deadlines.

If your application cannot be processed in time for the requested start date, it will be considered for the next possible research period.

Separate scholarship application deadlines apply - refer to the relevant  scholarships websites  for details.

Starting date

Research Period 1: Start date 1 Jan Research Period 2: Start date 1 Mar Research Period 3: Start date 1 Jul Research Period 4: Start date 1 Oct Refer to  key research dates  on the `How to Apply' website.

Applicants are advised to apply well in advance to allow for a timely application outcome, scholarship deadlines and necessary visa and travel arrangements.

Separate scholarship deadlines apply - refer to the relevant  scholarships websites  for details.

Research areas

PhD candidates at the Faculty of Engineering may undertake research in one of the following disciplines:

• aerospace engineering, mechanical and mechatronic engineering;
• biomedical engineering;
• chemical and biomolecular engineering; 
• civil engineering; 
• electrical and information engineering; 
• computer science; and
• project management.

What you'll study

This research degree includes some coursework curriculum to support research success. Masters students will complete 6 credit points of coursework and be able to choose from a pool of units from any faculty. The pool comprises a range of development opportunities that include specialist analytical methods, professional development units, and discipline-specific subjects relevant for research students. Refer to the Interdisciplinary Studies handbook .

Required units of study for HDR students

Engineering and computer science

There is no separate tuition fee cost for the coursework units of study you will undertake, it is part of the tuition fee for the course .  See the ‘Your Fee’ section for fee information. Additional non-tuition course costs vary depending on the units of study.

You will be able to see and enrol in any of the units available, subject to capacity constraints and your own background. Note that your faculty may elect to make certain units compulsory for a given PhD degree pathway.

Applying for admission

Before you apply Make sure you have read the  requirements for a research application  and are in possession of all required documentation.

• Find a supervisor within the University whose academic background aligns with your research. You may visit  Research Supervisor Connect  to start.
• your academic/educational background and research experience with examples such as an academic transcript - your CV/resume
• the area of interest for your PhD 
• why you believe your research topics align with this supervisor   
• In conjunction with your supervisor, develop a preliminary research proposal up to 2000 words that outlines the subject area, objectives and significance of your research.
• International applicants need to obtain two academic referee reports, each one written by a referee who is familiar with your previous academic achievements. You may upload letters of reference or complete our  template .
• evidence that shows you will have sufficient time available to plan and carry out the research under the supervision of the University, and complete the course within the maximum period allowed for a part-time PhD enrolment
• a declaration from your employer (if relevant) confirming that you will be permitted to take the time required to effectively pursue your studies.   
• Your research proposal should be submitted along with your CV, academic referee reports, academic transcripts and other supporting documents. 
• Applications are made via the University online.

Admission criteria

You must have completed the equivalent of one of the following in an area related to your proposed research:

• bachelor's degree with first class honours (or equivalent), 
• master's degree by research, 
• master's degree by coursework with an independent research component such as a thesis, dissertation or research project with a minimum overall distinction average. 
• an equivalent qualification that demonstrates research experience, excellence and capability.

Applicants who do not meet these admission requirements may be issued an offer of a place in the  Master of Philosophy (Engineering) .

Transfer from Master of Philosophy (Engineering)

Outstanding candidates who successfully complete up to one year full-time or equivalent part-time of the University of Sydney's  Master of Philosophy (Engineering)  may apply for transfer into the Doctor of Philosophy (Engineering) and receive credit for work completed:

• with approval from the Supervisor and School,
• meeting all Higher Degree by Research progression requirements,
• providing evidence that their research is of a sufficient scope and depth to sustain a doctoral thesis.

Credit for previous study

For more information about the University’s credit policy, please see the  Credit for Previous Studies  page.

Course opportunities

A PhD thesis will demonstrate that the student has achieved expertise and mastery in the area of research and is able to formulate theories and/or experiments, interpret data, relate the results to the existing body of literature and provide innovative solutions to challenging problems. PhD graduates may pursue careers in academia and research organisations. They can also be employed in companies to lead the research and development activities. 

Careers & future study

Future study options, graduate opportunities.

Through the completion of a PhD, students gain deeper understanding of a subject area and develop analytical, problem solving, communication and project management skills. These skills are highly valued by prospective employers. PhD graduates may pursue careers in industry, academia and research organisations.

Important fee information

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The course information on this website applies only to future students. Current students should refer to faculty handbooks for current or past course information.

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We have 17 Electrical Engineering PhD Projects, Programmes & Scholarships in Australia

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Electrical Engineering PhD Projects, Programmes & Scholarships in Australia

Middle east and north african region (mena) engineering - phd scholarship, phd research project.

PhD Research Projects are advertised opportunities to examine a pre-defined topic or answer a stated research question. Some projects may also provide scope for you to propose your own ideas and approaches.

Funded PhD Project (Students Worldwide)

This project has funding attached, subject to eligibility criteria. Applications for the project are welcome from all suitably qualified candidates, but its funding may be restricted to a limited set of nationalities. You should check the project and department details for more information.

Faculty of Engineering - PhD Scholarship

Emissive energy harvesting: generating power at night, competition funded phd project (students worldwide).

This project is in competition for funding with other projects. Usually the project which receives the best applicant will be successful. Unsuccessful projects may still go ahead as self-funded opportunities. Applications for the project are welcome from all suitably qualified candidates, but potential funding may be restricted to a limited set of nationalities. You should check the project and department details for more information.

Ultrafast Spectroscopy for Photovoltaics

Machine learning for photovoltaics, visual swarming for gps denied uav operations, visual guidance for ship launch and recovery of unmanned aerial vehicles, development of broadband electronic warfare sensors for signal detection and direction finding, hydrogen degradation in silicon solar cells and modules, impact of dielectric loss on performance of piezoelectric energy harvester, ai control of an electromagnetic eddy current particle separator for ore enrichment, low-power long-range (lora) wireless sensor network for smart cities., developing dynamic line rating determination of transmission lines using artificial intelligence techniques, energy harvester in renewable energy and sensor networks, development of automatic control systems for integrated microfluidic chips used in mrna vaccine manufacturing.

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PhD (Electrical & Electronic Engineering) - Apply

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Research Training Scheme

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AU$40,320 (2025 annual)

Prepare your application

Before you can apply for a research program at RMIT you must complete a number of steps to prepare your application.

• Find out how to prepare your application for a research program at RMIT

Submit your application

Once you have prepared the required information to apply for research studies at RMIT, you can submit your application.

• Start your application for a research program at RMIT.

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Important dates

Applications are open on a continuous basis.

Scholarship application closing dates apply.

Applications for international students are open all year round.

For further information on application and acceptance deadlines for the upcoming intake, please refer to  International Application Dates .

Support options for this degree

Find more about how to prepare your expression of interest and application for research at RMIT.

Discover fee information for research degrees at RMIT.

Get the financial support you need while you undertake your research projects with a research scholarship tailored for your needs.

Helpful step-by-step how to apply guides, including everything you need to submit an application to RMIT - from entry requirements to the documentation you'll need to complete your application to selection tasks and more.

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Achieve your study goals with a scholarship. Each year scholarships are awarded to new and continuing international students across RMIT study areas.

The School of Graduate Research can help answer questions about fees, scholarships, how to apply or find a research supervisor.

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RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business - Artwork 'Luwaytini' by Mark Cleaver, Palawa.

RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business.

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Department of Electrical and Electronic Engineering

We are a vibrant community of internationally recognised researchers focused on addressing major challenges in power systems, computation networks, electronic devices and materials, and systems engineering.

Communications and networks

We analyse, design and optimise communications systems and networks for a variety of emerging applications. We use tools and approaches from communication theory, coding, information theory, detection and estimation, systems theory, stochastic processes, game theory, signal processing, network optimisation and much more.

• Control and signal processing

We undertake research, education, and industry engagement activities that relate to the modelling, optimisation, monitoring and automation of dynamical systems. Our research expertise ranges from the mathematical foundations of systems engineering, to applications in water and power system management, defence, and biomedical technology.

• Electronics and Photonics

Advancing the frontiers in photonics and electronics towards the development of novel devices and systems for emerging applications. Our research spans electronics, nano-electronics, photonics, nano-photonics, antenna engineering, microwave and millimetre-wave engineering, and systems engineering.

Power and Energy

Electrical networks are the backbone of the future low-carbon energy infrastructure. Our research spans power and energy system modelling (transmission and distribution), techno-economic modelling, stochastic optimisation, integration of low-carbon technologies, and Smart Grids, from both planning and operational perspectives.

• Projects in the Spotlight

PhD Projects Available

Research at the Department of Electrical and Electronic Engineering

Watch an overview of the four research groups within the Department.

About the department

The Department of Electrical and Electronic Engineering was established in 1947 as part of the Faculty of Engineering and Information Technology , which has been offering degrees at The University of Melbourne since 1889.

Find out more about our history

Our courses

The Department offers both PhD and Masters level research higher degrees. Our flagship program is the Master of Electrical Engineering — with a Bachelor degree pathway via an Electrical Systems Major via the Bachelor of Science .

The Master of Electrical Engineering is professionally recognised under two major accreditation frameworks — EUR-ACE® and the Washington Accord (through Engineers Australia).

Find out more about our study options

Our research

The Department is host to a vibrant internationally recognised research program, which receives exceptional support from industry and government. The Department has strengths in these main discipline areas:

• Communication systems and networks
• Photonic and electronic systems
• Power and energy systems

These disciplines reflect the core ingredients of our research and research training programs, across a number of centres, institutes and laboratories.

Research centres

• Australia-US Multidisciplinary University Research Initiative (AUSMURI)
• ARC Centre of Excellence for Gravitational Wave Discovery (OzGrav)
• Trusted Autonomous Systems CRC
• David Caro labs
• Gigabit wireless and nano-photonic sensor laboratory
• Melbourne information, decision and autonomous systems (MIDAS)
• Old Met labs
• Printed electronics and biomedical sensors lab
• Smart Grid Lab

Professor Chris Manzie Head of Department

Industry engagement in teaching

We recognise the value of a curriculum guided by industry. We invite industry members to contribute to the ongoing refinement of our curriculum.

• Host a student intern

Host a Masters student within your organisation through our internship programs.

• Student industry projects

Engage our students to work on a technical project of relevance to your organisation. These projects are undertaken by Masters students on campus.

• Advisory group

Our advisory group provides valuable insights on our strategic planning, teaching, and research programs, to ensure they are relevant to industry needs.

Study with us

Vision statement.

From day one, UoM EEE graduates engineer the innovative solutions that are revolutionising technology and addressing the most complex challenges faced by society today. Our graduates not only create technical solutions by drawing on their extensive knowledge of Electrical Engineering fundamentals and engineering project experience, but shape these solutions to fit societal and commercial needs. They are meaningfully connected with their fellow graduates and share as a cohort a rigorous engineering ethos.

Master of Electrical Engineering Specialisations

Tailor your master's studies by following one of our specialisation areas.

• Autonomous Systems

Develop core expertise in fundamental principles of electrical engineering with specific focus on the areas of control systems, signal processing and optimisation that underpin modern autonomous systems in applications from robotics to UAVs.

• Low-Carbon Power Systems

Develop key expertise in the operation, planning and design of low-carbon power systems and energy markets with deep penetration of renewables, distributed energy resources, and smart grid technologies.

• Intelligent Networks and Communications

Develop core expertise in the fundamental principles underpinning modern-day communications engineering, discover the technologies behind modern communication networks such as 5G and IoT, and learn how to design the communication systems of the future.

Acquire core skills and knowledge of the fundamental principles in electronic engineering with an emphasis on designing and building electronic and opto-electronic systems for applications in modern communications, computing, instrumentation, and sensing.

• Business Specialisation

Study tailored business subjects developed in partnership with the Melbourne Business School, covering how economics, marketing and finance relate to engineering.

• General Masters

Acquire core skills across all the specialisations by tailoring your study choices to your interests.

Undergraduate pathway into Electrical Engineering

The Electrical Systems major is offered in the Bachelor of Science and leads to the above masters-level study Electrical Engineering.

To become a professionally accredited electrical engineer, you will complete five years of study, starting with a Electrical Systems major in a three-year undergraduate degree, followed by a two-year Master of Engineering.

Full course information about our undergraduate study options can be found in the University of Melbourne Study guide:

Bachelor of Science (Electrical Systems Major)

Directed Studies

Directed studies provide the students with broader experience in addition to the regular class based learning. Directed studies can be conducted in the form of an individually arranged supervised study of current research topics. Successful candidates will work closely with staff members within Electrical and Electronic Department.

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Career outcomes

Electrical engineering graduates are known for their strong analytical and problem solving skills. They find employment in a variety of capacities, ranging from research and technical engineering work to management and finance, across a broad array of areas, including the energy, telecommunications, computer, electronics, defence, manufacturing, automation, transport and biotechnology industries.

Electrical Engineering Career Pathways brochure (PDF 465.7 KB)

As one concrete example,  this article describes the collaboration between researchers and engineers from the Department of Electrical and Electronic Engineering and Rubicon Water that developed a distributed feedback control system for reducing water loss from irrigation, achieving a 50% reduction! This represents a significant contribution to improving the health of our waterways and sustainability of our farming practices.

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If you’re interested in furthering your career by studying this postgraduate degree, find out the admission details below.

Admission Requirements

Approval for admission to a PhD requires an applicant to demonstrate that they have sufficient background and experience in independent supervised research to successfully complete the course. It also requires the University to ensure that appropriate supervision and resourcing are available. Applicants are required to demonstrate that they have met the requirements of the University Policy on: Adequate Research Preparation and any other requirements for admission of the University, and— (a) have a bachelor's degree of this University or equivalent qualification; or (b) (i) have previously undertaken work of a sufficiently high standard towards a higher degree by research in this or another approved institution but not have submitted it for any degree; and (ii) have completed an appropriate PhD research proposal;

A student who wishes to undertake a PhD in the field of creative writing must, in addition, submit a substantial folio of published creative work, normally in the form of one or more books.

Prior to enrolment,  all applicants are required to demonstrate that they have met the University’s English language requirements . 

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English is the language of instruction and assessment at UWA and you will need to meet the University’s English language requirements  to be eligible for a place.

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Specialisation in Electrical and Electronic Engineering

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39 Best universities for Electrical Engineering in Australia

Updated: February 29, 2024

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Below is a list of best universities in Australia ranked based on their research performance in Electrical Engineering. A graph of 4.87M citations received by 196K academic papers made by 39 universities in Australia was used to calculate publications' ratings, which then were adjusted for release dates and added to final scores.

We don't distinguish between undergraduate and graduate programs nor do we adjust for current majors offered. You can find information about granted degrees on a university page but always double-check with the university website.

1. University of New South Wales

For Electrical Engineering

2. University of Sydney

3. Australian National University

4. University of Queensland

5. University of Melbourne

6. Monash University

7. Queensland University of Technology

8. University of Wollongong

9. University of Technology Sydney

10. University of Adelaide

11. RMIT University

12. University of Western Australia

13. Macquarie University

14. Curtin University

15. University of Newcastle

16. Griffith University

17. Swinburne University of Technology

18. Deakin University

19. University of South Australia

20. Victoria University

21. University of Tasmania

22. Western Sydney University

23. Central Queensland University

24. La Trobe University

25. Murdoch University

26. Flinders University

27. James Cook University

28. University of Canberra

29. University of Southern Queensland

30. Edith Cowan University

31. University of New England, Australia

32. Charles Darwin University

33. Charles Sturt University

34. Federation University Australia

35. Southern Cross University

36. University of the Sunshine Coast

37. Bond University

38. Australian Catholic University

39. University of Notre Dame Australia

The best cities to study Electrical Engineering in Australia based on the number of universities and their ranks are Sydney , Canberra , St Lucia , and Melbourne .

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Our highly-ranked research program features world-renowned faculty, interdisciplinary research, and a spirit of collaboration. Both the Master of Philosophy and Doctor of Philosophy are advanced research-focused degrees that produce high-quality original research under the supervision of world-class researchers and intellectual leaders.

Master of Philosophy

A 2-year program of research to produce a thesis

Doctor of Philosophy

A 4-year program of research to produce a thesis that makes a significant contribution to the field

ANU is ranked among the world’s most prestigious universities and is recognised for setting the standard in education and research on matters that will have an impact on advancing society and the world in which we live. Our graduates become the innovators and leaders of the future. For these reasons, admission to one of our research programs is competitive and most successful applicants are in the top five to ten percent of their class in their previous degree.

Pre-Application

In applying for research study at the ANU School of Engineering you should identify a research area and a potential supervisor within the School of Engineering with whom you may like to work. Potential supervisors are listed within each research area. You may also like to explore availabilities in current research projects . Note that regardless of the quality of the application, you cannot be accepted into an ANU Engineering research program without having the support of an ANU Engineering researcher willing to supervise you.

When contacting potential supervisors it is important that you provide information relevant to your application, including a current CV and a brief research proposal. Our researchers are internationally recognised and receive many expressions of interest. If the potential supervisor is interested in speaking with you further, he or she will contact you by email. Please be patient as many of our researchers are extremely busy and have regular international travel, so there may be a delay in responding to your request. If a supervisor agrees to support your application, you may proceed to submit a formal application.

Formal Application

If you believe you meet eligibility requirements and you have secured the support of a research supervisor, you may then submit a formal application for the Master of Philosophy (MPhil) or Doctor of Philosophy (PhD) through the ANU application portal. Please see the ANU Postgraduate application advisory page for more information.

Documentation

A complete application includes:

• An application submitted through the ANU application portal .
• A current curriculum vitae (CV) or resumé .
• A research proposal.
• Colour copies of all transcripts and completion certificates of prior study, with official English translation if the original document is not in English.
• Three complete referee reports (referees are nominated through the application portal).

If we receive an incomplete application, the ANU Research Study Administration Team will contact the applicant and give 30 days to provide the outstanding documentation. If required documentation is not provided, the application will be denied.

We recommend submitting your application at least two weeks prior to scholarship application deadlines to give your referees time to provide their references for you.

Scholarships

We are committed to supporting our students with scholarships. All applications for scholarship are carefully and rigorously assessed. Our scholarship rounds are highly competitive, and we are only able to provide scholarship funding for the top applicants.

To view the full list of scholarships offered by the ANU, please visit the ANU Scholarships page .

Individual ANU School of Engineering researchers may also have access to additional research funding for scholarships from external partners or from the School. Please ask your potential research supervisor about these external/internal scholarships.

Details about the 2022 scholarship rounds are available on the Research Scholarship Information Page .

Additional Support

Enrolled ANU School of Engineering Postgraduate Research students automatically receive generous financial support from the School for professional development activities (such as travel to conferences to present their work, and a PC/laptop for their work). There are also additional ANU funding sources for enrolled students , including:

• Vice-Chancellor’s Travel Grant—Higher-Degree Research
• ANU College of Engineering and Computer Science Dean’s Travel Grant Award

A dedicated team of academic and professional staff are available within the College to provide support for all our Postgraduate Research students. The College Postgraduate Research Services team is the best first point of contact. If they can’t help you directly, they will forward your query to the appropriate staff member or team.

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PhD Electrical Engineering programs in Australia

Engineering.

University of Southern Queensland

The Times Higher Education World University Rankings is the only global university performance table to judge research-intensive universities across all of their core missions: teaching, research, knowledge transfer and international outlook.

UNSW Sydney

Engineering science.

University of Queensland, The (UQ)

Deadline information, best universities with electrical engineering in australia.

Bachelor Electrical Engineering programs in Australia

Master Electrical Engineering programs in Australia

Most Popular Electrical Engineering programs in Australia

PhD Electrical Engineering programs in Australia

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Electrical and electronics engineering

Delve into a wide range of electrical engineering concepts, including electrical transmission networks and renewable energy technologies. Specialising in electrical and electronics engineering at Deakin will give you the practical skills and experience to help address modern day challenges.

Explore your study options

With some of the best engineering facilities in Australia, project-oriented design-based learning, and workplace learning in the industry, you’ll graduate job-ready with the skills and expertise you need to succeed as an electrical engineer.

Undergraduate

Undergraduate (your first degree).

An undergraduate degree is generally completed between two to four years, depending on the pattern of study and any recognition of prior learning you may have. Associate degrees, bachelor and bachelor with honours are all undergraduate degrees.

Postgraduate

Postgraduate (further study).

A postgraduate qualification can be undertaken by students who have already completed an undergraduate degree or possess significant, demonstrable work experience. Postgraduate courses include graduate certificates, graduate diplomas, masters and PhDs, as well as specialist programs for industry professionals.

Higher Degrees by Research (supervised research)

Research degrees are research based master’s or PhD programs that focus on a single area of expertise. They provide students the opportunity to carry out highly specialised research under expert supervision.

Choose an engineering degree that will get you work ready

With an international skills shortage in the engineering industry, Deakin graduates are in high demand in Australia and abroad. Thanks to our world-class facilities, academic reputation, employer reputation and research impact, you'll enter the field at the top of the pack.

Project-oriented design-based learning

A key feature of our engineering degrees, project-oriented design-based learning is a teaching method that weaves practical learning experiences throughout your degree. You’ll undertake team-based projects and develop solutions to current industry needs, so you can hit the ground running when you graduate.

Inspiring facilities

Our electrical engineering labs are designed to be versatile and support students, researchers and staff in conducting a range of tests and research projects. You’ll gain practical knowledge across a wide range of topics, including fundamental properties of electrical protection systems, electrical transmission networks, AC and DC motors and generators, and renewable energy technologies.

Professional recognition

Deakin's Bachelor of Engineering (Honours) is fully accredited by Engineers Australia at our Geelong Waurn Ponds Campus and online. Though not currently accredited at our Melbourne Burwood Campus, we're working towards accreditation as we prepare our graduates for transition to employment. Accreditation provides recognition against international benchmarks, allowing graduates to practice as professional engineers around the world.

Top professional roles in electrical and electronics engineering

Employers seek out Deakin graduates for their forward-thinking, innovative and entrepreneurial qualities. In fact, recent surveys found that over 93% of our recent graduates secured full-time employment within four months of completing their course. ^

As an engineering graduate, with a major in electrical and electronics, you can gain employment in:

• power generation and distribution
• electronic design
• factory control
• local government
• public works
• consulting.

Study with the best

Engineering at Deakin is ranked in the top 1% globally. * This rating highlights our world-class facilities, academic reputation, employer reputation and research impact.

It's a great learning experience that most of my units have a practical and hands-on aspect to them. There is always someone to answer a question you may have.

Byron Goodship

Engineering student

Leading the way in engineering research

Deakin engineering is highly ranked by Excellence in Research for Australia (ERA), a national research evaluation framework. ERA awarded Deakin the highest ranking possible, with 5 in the categories of Electrical and Electronic Engineering, Materials Engineering and Manufacturing Engineering.

Mechanical Engineering received a ranking of 4 (classed above world standard), showcasing our strength in engineering related research.

Our research excellence helps to inform our teaching curriculum to ensure undergraduate students are aware of the developments that will shape the engineering industries of the future.

Guaranteed paid work placement

We aim to ensure our graduates are as job-ready as possible when they enter employment. To make this a reality, we've designed our Bachelor of Engineering (Industry) (Honours) to incorporate a guaranteed year-long work placement. This means you'll not only graduate with a competitive edge but also be compensated for your efforts.

Flexible study options

From 2024, you can study at our state-of-the-art engineering precinct at the Geelong Waurn Ponds Campus, our new purpose-built facilities at the Melbourne Burwood Campus, or online. You can also set your own pace and switch between part-and full-time study to suit your work, lifestyle and other commitments.

Want to explore more?

Electrical and electronics engineering at deakin.

With some of the best engineering facilities in Australia, project-oriented design-based learning and industry workplace experience, learn how to graduate ready to solve one of the biggest world challenges.

Industry partnerships

Discover more about Deakin’s invaluable industry partnerships, and how they ensure engineering students graduate job ready.

Engineering precinct

Explore our state-of-the-art engineering facilities at our Geelong Waurn Ponds Campus, housing some of the most advanced systems, equipment and technologies in Australia.

*2024 QS World University Rankings by Subject and 2024 Times Higher Education World University Rankings by Subject. ^QILT 2022 Graduate Outcomes Survey. Deakin references data from a range of government, higher education and reputable media sources. For more information, visit our list of sources .

Got a question about our engineering courses? Our course advisers are available to speak to you about your study options and how we can help you further your career.

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