Our rankings
Ranked 60th globally for electrical and electronic engineering by the 2021 QS University Rankings by Subject
Our graduates are ranked 1st in Australia and 4th globally for employability by the 2020 QS Graduate Employability Rankings
In response to COVID-19, the University of Sydney has reviewed the availability of courses to be delivered remotely.
This course will be available for students to study remotely whilst the Australian border remains closed due to the COVID-19 global pandemic. Please note that some units of study that are not essential to completing the degree may not be available to be studied remotely.
About this course
The Master of Professional Engineering (Accelerated) is the ideal two-year full-time degree for those engineers who have previously graduated with an undergraduate engineering degree in a related field seeking recognised accreditation to practice in Australia and overseas.
Please note that the degree to be conferred will be the Master of Professional Engineering which is accredited by Engineers Australia.
The electrical specialisation covers designing and building systems that generate, transmit, measure, control and use electrical energy.
This accelerated version of our Master of Professional Engineering degree is designed to provide you with deep technical skills in your chosen field of engineering combined with professional development in the areas of communication, leadership, and time and resource management.
It will also help you develop the sound communication, management and decision-making capabilities necessary to interpret and discuss complex issues in your area of specialisation.
The program will provide you with the engineering professional practice and research skills that lead to recognition as an Australian graduate engineer.
For academic requirements check the ‘Admission requirements’ section on this page.
You can apply online via the application portal. When you are ready to apply, select the ‘Apply’ button on this course page. Visit the How to apply page for other important information.
Semester 1 - 11 February of the commencing year
Semester 2 - 15 July of the commencing year
We strongly encourage applicants to apply as early as possible, offers are made on a rolling basis and places are limited. Separate scholarship deadlines apply - check the scholarships website for details.
Semester 1 (March) or Semester 2 (August)
You can apply online via the application portal. When you are ready to apply, select the ‘Apply’ button on this course page. Visit the How to apply page for other important information.
Semester 1 - 31 January of the commencing year
Semester 2 - 30 June of the commencing year
We strongly encourage international applicants to apply as early as possible to allow time for visa and travel arrangements. Separate scholarship deadlines may apply - check the scholarships website for details.
Semester 1 (March) or Semester 2 (August)
Mandatory work component = 420 hours.
This mandatory work component must be completed as part of the award requirements for the course.
This will usually be undertaken over 12 weeks and will provide you with an opportunity to gain industry exposure within an engineering environment.
To be eligible for admission, an applicant is required to have:
- an Australian Bachelor of Engineering degree with a 65 percent average, or equivalent qualification, in a related field of engineering to which the student is applying.
For qualifications awarded outside Australia, equivalencies and entry requirements are determined based on the country, institution and qualification.
For more information about the University’s credit policy, please see the Credit for Previous Studies page.
The degree to be conferred will be the Master of Professional Engineering (Electrical).
This degree has been accorded full accreditation at the level of Professional Engineering by the industry governing body, Engineers Australia.
Career paths for electrical engineering graduates include developing body area networks, medical imaging scanners, bionic ears and eyes, heart pumps, pacemakers and hearing aids.
There are also opportunities to work in computer systems, data and telecommunication networks including the Internet, biomedical instruments and applications, such as, mobile telecommunications and wireless networks, optical and microwave communications, integrated electronic systems, advanced robotics and intelligent machines, image and signal processing systems, generation and transmission of electric power and renewable energy systems, 'smart' systems which monitor and maintain themselves, and high voltage engineering.
