415 Master's degrees in Engineering & Technology in Australia
Australia is renowned for its high-quality Engineering & Technology programmes, attracting international students from all corners of the globe. Tuition fees for these programmes can vary, with the lower-end fee starting at €12,959 and the typical fee around €30,249. On the higher end, fees can reach up to €36,376. It's encouraging to note that 1% of the programmes are considered affordable, making it accessible for a wider range of students. Additionally, 30% of these programmes are available online, offering flexibility for those who may not be able to relocate. Engineering & Technology programmes are widely available, with 34% of Australian universities offering these courses. This extensive availability ensures that students have a variety of options to choose from, catering to different interests and career goals within the field.
Engineering Science - Water Engineering - Catchments to Coast University of New South Wales
4,3(31)Kensington, Australia Top 1% in WorldwideThis Engineering Science - Water Engineering - Catchments to Coast degree at the University of New South Wales is designed for practising Water Engineers and graduates pursuing career in large-scale water engineering. You’ll develop knowledge and skills in the full cycle of water in natural and engineered systems.
Professional Engineering (Electrical and Electronic Engineering) University of Southern Queensland
3,2(6)Toowoomba, Australia Top 6% in WorldwideUniversity of Southern Queensland’s Graduate Diploma of Professional Engineering (Electrical and Electronic Engineering) is ideal if you have a three year engineering degree and you want to extend your knowledge and practical experience in electrical and electronic engineering.
Professional Engineering (Accelerated) (Mechanical) The University of Sydney
3,9(54)Sydney, Australia Top 1% in WorldwideProfessional Engineering (Accelerated) (Mechanical) from University of Sydney 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.
Graduate Certificate in Minerals and Energy Management The University of Western Australia
4,3(56)Perth, Australia Top 2% in WorldwideIn this Graduate Certificate in Minerals and Energy Management from The University of Western Australia is designed for graduates from both business and technical backgrounds and also for experienced professionals who did not undertake an undergraduate degree who wish to learn how the minerals and energy sectors do business.
Building and Construction Information Management University of Canberra
4,1(61)Canberra, Australia Top 9% in WorldwideThe Graduate Certificate Building and Construction Information Management at University of Canberra aims to develop the body of knowledge and professional practice in modelling, exchanging and implementing building and construction information.
Sustainable Energy University of Queensland
4,4(42)Brisbane, Australia Top 1% in WorldwidePrepare for the future and address the challenges at the nexus of energy, climate change and sustainability with the Sustainable Energy program from University of Queensland.
Applied Spatial Science Charles Darwin University
4,1(8)Darwin, Australia Top 15% in WorldwideThe Masters of Applied Spatial Science program at Charles Darwin University will give you the skills to apply spatial science technologies and analysis techniques to solve real-world problems across a diverse range of fields and vocations.
Engineering (Professional) Deakin University
4,1(18)Geelong, Australia Top 3% in WorldwideThroughout this Engineering (Professional) program from Deakin University you'll expand your knowledge and build the analytical, technical and leadership skills needed to advance your career as a professional engineer.
Engineering Science - Sustainable Systems University of New South Wales
4,3(31)Kensington, Australia Top 1% in WorldwideEngineering Science - Sustainable Systems from University of New South Wales is designed to help you specialise and gain a deeper knowledge across a broad range of disciplines. You’ll examine how engineers discover holistic and effective solutions to unsustainable practices in the modern world.
Sustainable Energy (Management) University of Queensland
4,4(42)Brisbane, Australia Top 1% in WorldwideWith this Sustainable Energy (Management) program at University of Queensland you can become a highly skilled change agent, ready to deal with the complex trilemma of energy affordability, reliability and environmental sustainability.
Architectural Science (Audio and Acoustics) The University of Sydney
3,9(54)Sydney, Australia Top 1% in WorldwideThe Architectural Science (Audio and Acoustics) program at the University of Sydney provides a foundation in the design, measurement and theory of audio and acoustics, as well as a deep understanding of the way sound shapes our experience of communication, entertainment, and spatial awareness.
Engineering (Manufacturing) La Trobe University
4,4(11)Melbourne, Australia +1 Top 4% in WorldwideThe industry-embedded Master of Engineering (Manufacturing) from La Trobe University is designed to give you the specialised and technical skills you need to stand out.
Sustainable Energy University of Queensland
4,4(42)Brisbane, Australia Top 1% in WorldwideIn the Sustainable Energy program from University of Queensland you will gain the skills and knowledge to tackle global energy challenges and embrace the opportunities that come with the shift towards a low-carbon energy future.
Mechanical Engineering The University of Sydney
3,9(54)Sydney, Australia Top 1% in WorldwideThe Mechanical Engineering program at the University of Sydney will help you develop specialised technical knowledge in mechanical engineering, gaining an advanced understanding of the design of mechanical components, whole machines, mechanical systems and mechanical processes. Areas of study will include experimental robotics and computational nanotechnology.
Power Engineering The University of Sydney
3,9(54)Sydney, Australia Top 1% in WorldwideThe Power Engineering program at the University of Sydney will develop specialised technical knowledge in power engineering, studying power systems, such as electric power generation, transmission and distribution, power conversion, and electromechanical devices. Gain advanced skills to plan, design, construct, operate and maintain power systems and equipment.
Applied Neuromorphic Engineering Western Sydney University
4,0(23)Sydney, Australia Top 5% in WorldwideThe Master of Applied Neuromorphic Engineering at Western Sydney University is an exciting inter-disciplinary field combining aspects from electrical engineering, computer science, neuroscience, signal processing and mathematics.
Master of Professional Engineering - Environmental Engineering The University of Western Australia
4,3(56)Perth, Australia Top 2% in WorldwideThe Master of Professional Engineering - Environmental Engineering programme from The University of Western Australia has been developed in consultation with industry to equip you with the advanced technical expertise, critical thinking and professional skills required to remain competitive in a global workforce.
Transport and Mobility Planning Monash Engineering
4,2(124)Clayton, Australia +2With the Master of Transport and Mobility Planning from Monash University tackle the complex challenges of modern transport and mobility planning. Contribute to the development of sustainable and efficient transport systems in cities worldwide.
Professional Engineering Monash Engineering
4,2(124)Melbourne, AustraliaThe Master of Professional Engineering from Monash University provides a solid foundation for professional development and gives you an edge in the competitive graduate employment market.
Electrical Engineering University of Melbourne
4,2(118)Melbourne, Australia Top 0.5% in WorldwideDuring the Electrical Engineering program at University of Melbourne you’ll develop unique skills that will allow you to build and improve our power and telecommunications systems and develop future electronic and autonomous devices.