phd in electrical engineering australia

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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 .

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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

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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.

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• Curtin course code:  DR-ELECEN
• CRICOS code:  043990A
• Last updated on:  6 April 2024

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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.

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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.

Current Projects and associated staff contacts

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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AU$39,360 (2024 annual)

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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.

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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.

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PhD and Research Masters

Find the right research degree.

The following research degrees are offered by the School of Engineering.

Doctor of Philosophy (PhD) degrees

• PhD (Chemical Engineering)
• PhD (Civil Engineering)
• PhD (Computer Engineering)
• PhD (Electrical Engineering)
• PhD (Engineering)
• PhD (Environmental Engineering)
• PhD (Mechanical Engineering)
• PhD (Surveying)

Master of Philosophy degrees

• MPhil (Chemical Engineering)
• MPhil (Civil Engineering)
• MPhil (Computer Engineering)
• MPhil (Electrical Engineering)
• MPhil (Engineering)
• MPhil (Environmental Engineering)
• MPhil (Mechanical Engineering)
• MPhil (Surveying)

PhD Scholarships

View current scholarships

Our research strengths

Research capabilities within the School:

• Advanced nanoparticles
• Bulk solids and particle technologies
• Climate adaptation engineering
• Control systems and automations
• Corrosion engineering, science and technology
• Energy technology
• Environmental engineering and water resources
• Environmental informatics and Geographical Information Sciences (GIS)
• Environmental rehabilitation of disturbed land
• Explosive blast and ballistics damage to built infrastructure
• Fluid mechanics and turbulence
• Geotechnical engineering: geoinfrastructure, georisk, geoenvironment
• Health informatics
• Heavy metal contamination
• Infrastructure remediation
• Landslides, rockfalls and debris flows
• Machine learning and robotics
• Materials engineering
• Micro and nano machines
• Particle technology and interface science
• Pipelines for water and energy transportation
• Power electronics and drives
• Power systems and smart grids
• Process safety and environmental protection
• Remediation of sites (PFAS and other contaminants)
• Remote sensing and Earth observation
• Risk and reliability
• Signal processing
• Site investigation using geotechnical, geophysical and geological information
• Smart structures
• Structural engineering
• Structural masonry
• Surveying and geospatial engineering
• Telecommunications

Find a supervisor

All research degree candidates require a supervisor. It is recommended you start actively searching for potential supervisors in your chosen field before you submit your application.

You can search for a supervisor by researcher name, area of expertise or by research centre name.

Further information

To find out more about research degree opportunities available in the School of Engineering, please contact:

T: +61 2 4921 5798 E: [email protected]

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Courses & Units

Doctor of philosophy (electrical engineering) (n9g), overview  2024.

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Duration refers to the minimum and maximum amounts of time in which this course can be completed. It will be affected by whether you choose to study full or part time, noting that some programs are only available part time.

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For years prior to 2015, please view the Course and Unit Handbook Archive

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A research degree is an advanced study program that gives you an opportunity to deeply explore a topic of your choice and the expertise of their supervisors. To find an expert in your field of interest, see the  Web Access Research Portal (WARP) site.

Research degree candidates are driven by naturally inquiring minds, and have a passion to solve problems and advance humanity. A research degree allows you to conduct your own, unique research, and produce new knowledge and expertise that is innovative, relevant, and enlightened.

Research degrees equip graduates with the transferable skills and attributes necessary for challenging and diverse roles in industry, government and business, as well as in research and academic organisations.

At the University of Tasmania, a research degree is a true mark of endeavour, providing you with the training and skills necessary for a career in academia and beyond.

To apply, see the  Graduate Research website for application information.

Career outcomes

In Australia and around the world, Doctor of Philosophy graduates are highly regarded as potential employees.

The Doctor of Philosophy is a demonstration of a candidate's ability to conceptualise and implement an independent program of research, manage a project, organise resources, work and cooperate with colleagues and communicate effectively in writing at a high level.  As a result, PhD graduates have the opportunity to pursue diverse career paths, including professions in research and academia, as well as a broad spectrum of professions in the public and private sector.

Course structure

Entry requirements, fees & scholarships, domestic students.

If you’d like to find out more about what scholarships you might be eligible for, you can take a look our research degree scholarships . You can even apply for multiple scholarships in one easy application.

Detailed fee information for these courses is available at our research degrees page .

Domestic students enrolled in a full fee paying place are charged the Student Services and Amenities Fee but this fee is incorporated in the fees you pay for each unit you enrol in. Full fee paying domestic students do not have to make any additional SSAF payments.

Detailed tuition fee information for domestic students is available at Scholarships, fees and costs , including additional information in relation to a compulsory Student Services and Amenities Fee (SSAF) .

International students

2024 Annual Tuition Fee (international students): $41,450 AUD .

* Please note that this is an indicative fee only.

For information on general scholarships available at the University of Tasmania, please visit the scholarships website .

Additional costs

For information about additional costs associated with undertaking a PhD at the University of Tasmania visit the Research Degrees Website

All candidates must pay a  Student Services and Amenities Fee (SSAF), which we use to improve student services.  This cost is included in international tuition fees, however domestic candidates are charged separately.

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Doctor of Philosophy (PhD) in Engineering

Undertake a phd in engineering at flinders.

Mastermind ingenious solutions to everyday problems

• Design video games and devices to assist children with cerebral palsy.
• Develop tools to help assess the performance of existing and new designs of hip and knee replacement.
• Investigate the causes behind profound disturbances in breathing and sleep.
• Work to design new concrete from recycled plastics.

Undertake an Engineering research-based higher degree at Flinders, and you’ll have the opportunity to work with engineers and clinicians, health researchers and web developers, designers and users, industry and government to collaborate on creative solutions to address global challenges in health, transport, defence and industry 4.0 manufacturing.

Research supervisors 

How to apply 

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Doctor of Philosophy (Engineering)

Duration: 4  years

Delivery mode: In Person

Location: Bedford Park

CRICOS code:  011338E

Annual fees: 2024: $40,700

Further information on fees listed

Master of Engineering

Duration: 2  years

CRICOS code:  010609F

Annual fees: 2024: $43,400

Doctor of Philosophy (Engineering) / Master of Business Administration (Future Business)

Duration: 5  years

CRICOS code:  113538D

Annual fees: 2024 MBA (Future Business): $59,200 2024 PhD (Engineering): $40,700

Why undertake a PhD in Engineering at Flinders

• Complete your research under the supervision of nationally and internationally recognised engineers and scientists
• Rated ‘Well above world standard’ in materials engineering in the 2018 Excellence in Research for Australia (ERA) assessment
• Access Flinders at Tonsley, where Flinders engineering is co-located with the highly esteemed Medical Device Research Institute , the Centre for Defence Engineering Research and Training (CDERT) as well as some of Adelaide's biggest businesses and industries
• Boost your expertise and career prospects, and become an expert in your area of specialisation
• Apply your research to the real world with Flinders’ expansive network of industry, government and scientific partners
• Utilise Flinders’ cutting-edge equipment and state-of-the-art facilities at Tonsley
• Defence and Maritime are offering full PhD scholarships with a $10,000 top up to students who meet the selection criteria. For further information contact Professor Sam Drake .

PhD opportunities

With the guidance of an expert supervisor, take the opportunity to leverage Flinders’ extensive industry connections and plug into our $120 million hub of innovation and entrepreneurship at Tonsley.  

Your chosen research area is flexible, and ultimately agreed between you and your supervisor. Areas of focus could include:

Biomedical Engineering

Civil and Environmental Engineering

• Mechanical and Materials Engineering
• Robotic, Electrical and Electronic Engineering
• Or another area of interest in consultation with your supervisor.

You will drive a project that creates valuable new scientific knowledge; with the ultimate goal of finding economic and environmental solutions to real world problems.

You’re not here to reinvent the wheel – you’re here to reimagine the wheel, to progress the wheel, to dynamize the wheel, and to take it to places it’s never been before.

Hear about graduate Robert Trott's thesis

Your career

A PhD in Engineering will position you as an expert in your area of specialisation. A PhD is a stepping stone to professional research or as a highly sought-after expert in the private or public sector in Australia or internationally. This prestigious degree will equip you with valuable skills in communications, time management and organisation transferrable to any role.

Potential occupations include:

• Professional researcher
• Consultant or advisor
• Senior or lead engineer
• Project manager

Potential employers include:

• Lockheed Martin
• BAE Systems Australia
• Department of Science and Technology Group (DST)
• Australian Space Agency
• Universities
• Government agencies including security, commerce and health
• Naval shipbuilding
• SAAB Australia

Medical Device Research Institute

The Medical Device Research Institute (MDRI) aims to develop innovative solutions to a range of healthcare problems including: new assistive technologies to make rehabilitation more engaging and build independence for people living with impairments; developing personalised models and new medical devices to improve surgery successes and big data to better understand Australian health.

To achieve this, we are bringing great minds together; engineers and clinicians, health researchers and web developers, designers and users, industry and government to collaborate on creative solutions to address global healthcare challenges.

Find out more

Centre Defence Engineering Research and Training (CDERT)

Centre for Defence Engineering Research and Training (CDERT) is to bring our research strengths to bear, to develop world-leading academic knowledge and capability in key disciplines that make up defence engineering and technology.

Working together with our partners in the defence industry, both in Australia and in allied nations, CDERT is focused on the provision of research, training and consultancy excellence. Our research objective is to work with our partners to find innovative practical solutions to real-world defence problems. Our training programs are designed to meet the rapidly growing demand from our partners, to build a highly-skilled workforce supporting the uptake of advanced technologies driving industrial transformation.

Our strong collaboration with the defence industry, coupled with our research strengths in key disciplines and our unique research facilities, support our capability in conducting world-class research and in achieving impact.

Potential research supervisors

Flinders academic staff are recognised experts in their specialised Engineering fields. They are embedded in real-world applications of research, with extensive knowledge, networks and industry partners to support PhD students and deliver exciting and valuable research outcomes. Get in touch with a supervisor of your choice today, to discuss your area of interest, and start on your path to thought leadership.

Dr Amir Zanj

Associate Professor Egon Perilli

Dr Tom Vincent

Learn what to prepare before approaching a potential research supervisor.

Ready to find the perfect supervisor for your research journey?

Explore Research @ Flinders.

Automation, Control and Robotics Engineering

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If you have a question about how to apply, please review our Frequently Asked Questions before submitting an enquiry.

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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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Join our vibrant research community and learn from leading researchers.

At the ANU College of Engineering, Computing and Cybernetics, you will join a dynamic and pioneering research environment where you can pursue your interests alongside some of the world’s brightest and most innovative researchers. You’ll get an opportunity to collaborate with an extensive network of academic, government, and industry partners in Australia and worldwide, and gain the skills to enable change in today’s complex world.

Research at the College affords opportunities to undertake study in several research areas – each offering dynamic and diverse research opportunities producing internationally significant outcomes. Research is conducted in our three Schools: the  School of Computing ,  School of Cybernetics , and  School of Engineering .

We offer two Higher Degree by Research (HDR) degrees:

• Doctor of Philosophy (PhD)
• Master of Philosophy (MPhil)

Both degrees are advanced research-focused degrees that produce high-quality original research under the supervision of world-class academics and vibrant intellectual leaders.

Come and join our research community!

Explore our Research Programs

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.

More Information

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Phd scholarship opportunity (electrical engineering).

The School of Engineering at ECU is recognised internationally for its excellent quality of education and research. It is one of the most successful engineering schools in Australia with its expansion programs in engineering. The School has a proven record of research success and industry collaboration in the field of electrical power. We have a multi-million-dollar smart energy research laboratory that facilitates research in all major areas of electrical power including management of smart microgrids, integration of renewable energy sources (i.e., solar, wind, tidal, geothermal), battery storage systems, improving system resilience, demand forecasting, integration of electric vehicles into the smart grids, and the development of intelligent control techniques for power quality. The School of Engineering is committed to undertaking high-quality research and we are looking for a full-time PhD candidate who can demonstrate excellent research capability for this scholarship opportunity.

About the opportunity

The increasing penetration of distributive energy generation raises several challenges for the operation of power systems, including the uncertainties caused by the renewable generation and flexible demand, energy imbalance, and violation of network constraints. Improving the system's reliability through energy storage, demand response, and increasing capacity is a promising solution to overcome these challenges. This is a good opportunity to get involved with the School of Engineering, located on the Joondalup Campus of ECU. By attracting the brightest minds and fostering a truly innovative and collaborative work environment, the School aims to develop global solutions to contemporary issues. Prospective research topic includes but are not limited to prediction of dynamic behaviour of electric grid, distributive energy system planning and operational scheduling.

The successful applicant will receive a scholarship of $28,600 per year for a maximum of 3 years (Tax-Free) depending on compliance with milestone and candidacy requirements.

Key requirements

The successful applicant must:

• meet the PhD admission requirements at ECU:  https://www.ecu.edu.au/degrees/courses/doctor-of-philosophy ;
• enrol in the Doctor of Philosophy full-time at ECU;
• demonstrate strong background in Electrical Engineering or a related discipline; and
• be able to enrol by November 2021.

Desirable requirements

Highly motivated PhD candidate who has:

• a bachelor’s degree with first class honours or master’s degree in electrical/electronic engineering or equivalent field;
• Research experience in computer simulations, prediction, optimization, modelling and control of grid connected renewables, and interconnected power grids would be extremely beneficial.
• excellent research and scientific writing skills.
• perseverance and an independent, pro-active working style.
• the willingness to look beyond the borders of his or her own discipline.
• excellent collaboration and communication skills (written and verbally) in English.

How to apply

Interested applicants are encouraged to submit an expression of interest to Dr. Asma Aziz ( [email protected] ).  Applications will not be accepted through alternate avenues such as online job sites.  Please ensure the below documents are attached to the email:

• A concise cover letter that describes your suitability for this position;
• A copy of your current curriculum vitae (CV), including a list of your published research;
• A copy of your academic transcripts;
• Evidence of English-language proficiency (only relevant for applicants whose previous studies were not in English); and
• Any relevant supporting documents of prior research.

Closing Date

Applications close on Sunday 21 November 2021 at 11.59 PM AWST.

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Electrical and electronic engineering.

Design the electrical systems powering our lives

About Electrical and electronic engineering

From energy-efficient power grids to life-changing medical devices, it all starts with electrical engineering.

At Melbourne, you'll develop core skills in communication, control and power systems, signal processing and electronics. You'll gain valuable industry experience and be inspired by world-leading researchers working on state-of-the-art models for future energy systems, automated irrigation networks, energy-efficient wireless communications and nano-electronics.

Our unique curriculum is aligned with the top institutions of the world, ensuring you graduate with the ideal combination of advanced technical and professional skills valued by employers, and a higher-level qualification that is recognised globally.

Discover the Electrical Engineering Systems major

Study options in electrical and electronic engineering.

The University of Melbourne offers over 270 degrees in a vast range of study areas and specialisations. Browse through the programs we offer in the study area of your choice.

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A major is your chosen area of specialisation. At the University of Melbourne we offer 100 majors at undergraduate level, and even more opportunities to specialise your study at graduate level.

Designed to rapidly equip you with skills and knowledge you need now, the University of Melbourne offers a wide range of micro-credentials and short courses. They’re flexible, innovative and high quality, and created with busy professionals in mind.

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Looking for personalised advice.

Find out more about our graduate degrees and get support with your application. Speak to our expert staff online, via phone or at an upcoming event. You can also register to learn more about your course options and opportunities via email.

Why study at the University of Melbourne

Be inspired by leading researchers.

Learn from top researchers working on groundbreaking innovations such as epileptic seizure prediction, bionic implants, and community microgrids to support renewable energy sharing.

Connect with industry

Take part in internships, complete industry projects, or undertake an innovation challenge with an industry mentor.

Graduate career-ready

Graduate ready to work as an electrical engineer in industries such as automation, broadcast or sound engineering, power generation and transmission, and telecommunications.

Please speak to our expert staff to discover more about our learning opportunities and get support with your application.

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Doctor of Philosophy - Electrical Engineering

Toowoomba , Australia

THE world university rank:  351

Course qualification

Entry score

Doctor of Philosophy in Electrical and Electronic Engineering

Nelson , New Zealand

THE world university rank:  501

Total course fee

AUD 21,267 ? NZD  22,881 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

Doctor of Philosophy in Electrical Engineering (1640)

Sydney , Australia

THE world university rank:  84

AUD 152,640 ? AUD  152,640 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

Doctor of Philosophy in Electrical and Computer Engineering

Waterloo , Canada

THE world university rank:  158

AUD 97,384 ? CAD  88,752 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

PhD (Electrical and Electronic Engineering)

Melbourne , Australia

THE world university rank:  251

Doctor of Philosophy in Engineering - Electrical and Electronic

Perth , Australia

Doctor of Philosophy (Electrical and Computer Engineering)

THE world university rank:  201

AUD 152,000 ? AUD  152,000 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

Doctor of Philosophy (Electrical Engineering)

AUD 186,240 ? AUD  186,240 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

Doctor of Philosophy in Electrical Engineering

Bruce , Australia

AUD 117,360 ? AUD  117,360 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

Doctor of Philosophy (PhD) in Electrical and Computer Engineering

Toronto , Canada

THE world university rank:  601

AUD 84,120 ? CAD  76,664 Program fees are indicative only. Speak to your IDP study counsellor to get up-to-date course prices.

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Master of Engineering (Electrical Engineering)

Entry requirements

• What will I study?

Future careers

How to apply, fees & scholarships.

The UNSW Master of Engineering (Electrical Engineering) is a two-year postgraduate degree in the School of Electrical Engineering and Telecommunications. Designed for students with a Bachelor of Engineering, you’ll gain accreditation for a career in the future of the electrical engineering industries.  

You’ll explore a broad range of areas that will support your success as an engineering graduate, including:  

• Electrical and electronic engineering  
• Renewable energy  
• Power systems 
• Power generation 
• Signal processing 
• Control systems 
• Project management  

The Master of Engineering includes an integrated  60 days industrial training  component and courses to develop your technical knowledge and skills in engineering management, analysis and design to ensure you graduate career-ready and accredited.

You’ll deepen your knowledge in electrical engineering and broaden your hands-on experience as part of a faculty that champions entrepreneurship and diversity. As part of a world-renowned engineering faculty, you’ll take part in work that drives solutions for a better world.  

*Source: QS World University Rankings by Subject 2023

Why study this degree at UNSW?

When you study electrical engineering at UNSW, you’ll join a world-renowned engineering faculty and the largest electrical engineering school in Australia. UNSW Engineering consistently ranks as a top engineering faculty in Australia and globally, placing #49 in the 2023 QS World University Rankings.   

The benefits of studying with the School of Electrical Engineering and Telecommunications at UNSW are vast and include:   

• Our research has received the maximum 5-star rating as “well above world-class” by the Excellence in Research Australia (ERA) evaluations 
• We’re ranked as the top school for research in Australia and within the top 50 globally
• We’ve recently invested $104m into unique laboratory facilities, meaning you gain experience with cutting edge technology and world-leading research
• You’ll join a community where diverse perspectives and entrepreneurship are celebrated, giving you opportunities to take part in innovative projects and research   

Want to see more from UNSW Engineering?

Admission to this program requires one of the following:

4-year non-accredited (under the Washington Accord) Bachelor of Engineering degree (or equivalent) in a cognate discipline with a minimum 65% average; or

3-year Bachelor of Engineering Science degree in a cognate discipline, at least equivalent to the first three years of an Engineering degree accredited under the Washington Accord with a minimum 75% average.

A pathway for entry into the program for graduates from both 4-year Bachelor of Engineering degrees in non-cognate disciplines, and 3-year Bachelor of Science degrees, exists via enrolment first into the Bachelor of Engineering (BE) program, where advanced standing (to a maximum of 2 years) may be granted.

Admission pathways

UNSW Global has university pathway programs that provide seamless transition to UNSW Sydney so you can achieve your academic and career goals. Learn more .

English language requirements

You may be asked to provide evidence of your English proficiency to study at UNSW depending on your educational background and citizenship. English language skills are vitally important for coping with lectures, tutorials, assignments and examinations - this is why UNSW requires a minimum English language competency for enrolment.

If you’re completing an Australian Year 12 qualification (e.g. NSW HSC or equivalent), you do not need to provide anything extra to prove your proficiency. Your qualification will be used as evidence of your English proficiency.

If you do need to provide evidence of your English proficiency, this will be indicated in your application. You can prove this by providing evidence that you meet one or more of the following criteria:

• English language tests and university English courses
• Prior study in the medium of English
• Other qualifications

If you need to improve your English skills before you start your degree, UNSW College’s Academic English Programs are for you. The programs are suitable for various English levels and help you prepare for university studies and life in Australia.

You may be asked to provide evidence of your English proficiency to study at UNSW depending on whether you are from an English-speaking background or non-English speaking background. English language skills are vitally important for coping with lectures, tutorials, assignments and examinations - this is why UNSW requires a minimum English language competency for enrolment.

If English is not your first language, you’ll need to provide proof of your English proficiency before you can be given an offer to study at UNSW. You can do this by providing evidence that you meet one or more of the following criteria:

Check the specific English language requirements for this program

Program structure.

The Master of Engineering is a two-year degree, which can be studied part time or full time. In this degree you’ll gain a solid background in an area of your choice. 

The structure of this degree provides the opportunity for students to specialise in an area of interest while gaining a depth of knowledge across a broad range of topics. This degree serves as an entry point to move into the Engineering Profession.

With a strong component of industrial, on-the-job training, our program structure includes:

60 days of industrial training 

Six disciplinary knowledge courses 

Five advanced disciplinary knowledge courses

Two engineering and technical knowledge courses

One design course

A research project

Full program structure

Degree structures can vary depending on your specialisation of choice, the number of courses you choose and timetabling, to give you an indication you can consider the below.

In your first year you'll study :

Disciplinary Knowledge courses, these are introductory courses where you’ll learn the fundamentals of your chosen specialisation 

You may also start studying some of your Advanced Disciplinary Knowledge courses where you’ll be able to tailor your degree to your interest by selecting courses which align with your career goals. 

In the second year, you’ll complete the remaining Disciplinary and Advanced Disciplinary Knowledge courses, and study: 

Engineering and Technical Management courses which help you build skills in project and or staff management, leadership and strategy. 

A design course which is specific to your chosen specialisation – in this course you will be assigned a design task relevant on an area of your studies. 

At the end of your degree you’ll bring together all the Engineering principles you’ve learnt to solve complex, open ended problems such as the development of a specific design, process and/or the investigation of a hypothesis. 

This degree requires you to complete 60 days of Industrial Training, which gives you some on the job experience before graduating, enabling you to develop the essential technical and professional skills, so you thrive in your future career. 

Electrical Engineers are highly skilled professionals and the demand for your knowledge and skills will mean you have diverse opportunities for work, across Australia and internationally.  

As you study with the School of Electrical Engineering and Telecommunications, we’ll work with you to create bespoke development programs that are tailored to your goals. Your hands-on experience as part of your practical component will set you up to pursue roles that interest you in the following sectors:  

• Energy systems 
• Electricity, gas, water and waste services 
• Professional, scientific and technical services 
• Microsystems 
• Transport  
• Manufacturing 
• Construction 

Accreditation

Accredited by Engineers Australia and acknowledged by the Washington Accord, the Master of Engineering degree has professional recognition globally. This degree includes a practical component where you’ll apply your knowledge in practical settings through 60 days of approved industrial training in Australia or overseas.

Applications must be submitted through our  Apply Online  portal. We encourage you to submit your completed application as early as possible to ensure it will be processed in time for your preferred term. Some high-demand programs and Faculties with limited places may have an earlier application deadline or commencement date.  Find out more .

Ready to start your application?

For most international students, applications are submitted via our  Apply Online  service. We encourage you to submit your completed application as early as possible to ensure it will be processed in time for your preferred term.

Some high-demand programs with limited places, may have an earlier application deadline or may have an earlier commencement date. For more information visit our  international applicant information page .

*Fees are subject to annual review (or when required) by the University and may vary accordingly.

Indicative fees are a guide only and have been calculated based on the typical enrolment patterns of students undertaking the program. The indicative fees listed here is an estimate for tuition only and excludes non-tuition fees and charges. The amount you pay will vary depending on the calendar year of enrolment, the courses you select and whether your study load is more or less than 1 Equivalent Full Time Student Load (48 units of credit (UOC) per year).

You should not rely on indicative fees as fee increases are assessed when required and may exceed the indicative figures listed here. Actual fees are calculated on enrolment. More information on fees can be found at the UNSW fees website .

*Fees are subject to annual review by the University and may increase annually, with the new fees effective from the start of each calendar year. The indicative fees listed here are based on an estimated average and are for tuition only other fees and charges are not included. The amount you pay will vary depending on the calendar year to enrol, the courses you select and whether your study load is more or less than 1 Equivalent Full Time Student Load (8 courses per year).

Indicative fees are a guide for comparison only based on current conditions and available data. You should not rely on indicative fees. More information on fees can be found at the  UNSW fees website .

Indicative fees to complete the program have been calculated based on a percentage increase for every year of the program. Fee increases are assessed annually and may exceed the indicative figures listed here.

Indicative fees to complete the program include tuition plus an estimate of study-related costs of approximately $1,000 per year. To find out more about other costs, visit  UNSW International .

Scholarships

At UNSW, we award over $83 million in scholarships each year. We pride ourselves on rewarding excellence and making university accessible to students from all walks of life. Whether you’re a domestic or international student, our range of scholarships, prizes and awards can support your journey.

Featured scholarship

The UNSW Women in Engineering Research Scholarship was established to assist women of high academic achievement with an interest in a research and/or an academic career in engineering. UNSW Engineering offers two Women in Engineering Top-up Scholarships every semester.

Apply here  and search for ‘Engineering’ in the keywords. 

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