- Tuesday 6:00pmBrain in a Dish: Advancing our understanding of neurological disorders
- Fresh Science and fresh start for new and emerging scientists
Two researchers from the Department of Chemical and Biomolecular Engineering were successful in this year's round of Fresh Science.
- Thinking Machines in the Physical World
Melbourne hosted IEEE Conference, Thinking Machines in the Physical World - on Norbert Weiner in the 21st Century from 13-15 July 2016.
- How to keep more girls in IT at schools if we are to close the gender gap
The world is increasingly embracing digital technology, but many girls are still missing out on developing IT and programming skills.
- From Bionic Ear to the first cochlear implant
Professor Graeme Clark and Professor Richard Dowell discuss the complex speech processing and coding strategy they developed, enabling adults and children to understand running speech, with and wit...
- Transforming advanced manufacturing piece by piece
The University of Melbourne in collaboration with Speedpanel Australia has been awarded $3 million to undertake an Australian Government Cooperative Research Centre Project that will research and d...
- Skydiving for science
A group of scientists investigating nanoparticles wanted to conduct an experiment in low gravity, so they decided to do it while free falling. See what happens next.
- Friday 5:00pmEngineering & IT Future Researchers Symposium
- New transport think tank to lead policy and innovation
More than 20 top CEOs and Executives from government and private sectors involved in the delivery of transport services met for the first ever at the Transport Executive Forum (TEF) at the Universi...
- Shaping an Indigenous future in Engineering
The University of Melbourne, Monash, Swinburne and RMIT Universities are hosting the inaugural Victorian Indigenous Engineering Winter School (VIEWS).
- Computing gives us tools to preserve disappearing languages
In 100 years, many of the worlds 7,000 languages could be extinct. However technology could help to preserve them for the future. Associate Professor Steven Bird from the Department of Computing an...
- The birth of the computer revolution
The oldest surviving first generation electronic computer CSIRAC turns 60 this month.
- Countdown to spaceshot
Students from engineering, law, education and business are all focusing on launching an innovative satellite network
- Professor David Solomon awarded Companion of the Order of Australia
Emeritus Professor in the Department of Chemical and Biomolecular Engineering, David Solomon has been recognised in the 2016 Queens Birthday Honours, where he has been named a Companion of the Orde...
- Troy McCann: Bringing outer space back to Australia
In 1966, a team of students from the University of Melbourne built Australias first satellite which they successfully launched in 1970. In late 2014, a team of University of Melbourne students for...
- Stopping the stampede: Planning for urban emergencies
Engineers are using mice, ants and virtual reality to study crowd behaviour so infrastructure can cope with attacks and other disasters.
- How renewable energy empowers women in remote communities
Access to electricity is driving changes to social and gender equity, says Dr Reihana Mohideen
- Keeping Antarctica clean
Chemical engineers are using trenches and micro-organisms to help clean the frozen continent.
- Gaming more than a Space Oddity
A ruthless online space game is stretching the boundaries of fun, telling us about ourselves and the wider potential of gaming.
- Using computers to cure disease
Associate Professor and computational linguist Karin Verspoor says fusing computing and linguistics could spell a cure for disease.
Engineers and IT professionals use creativity, analytical skills and scientific understanding to make a better world.
Our graduate programs offer depth, breadth and flexibility to a world-class curriculum that is informed by real world, problem-based learning, industry experience and a generous program of scholarships for both local and international students.
Cutting-edge interdisciplinary research is conducted with a range of partners from academia, government and leading industry names to address some of society’s critical problems.
We offer 11 undergraduate engineering majors; 4 IT undergraduate majors; and 25 masters programs in Engineering or IT. Our Masters of Engineering suite of 11 technical programs is accredited by Engineers Australia and EUR-ACE®. We offer two research programs: Master of Philosophy in Engineering (MPhil) and Doctor of Philosophy in Engineering (PhD).
Find out more about our major disciplines and the degrees we offer for each: Biomedical Engineering; Chemical and Biomolecular Engineering; Computing & Information Systems; Electrical & Electronic Engineering; Infrastructure Engineering; and Mechanical Engineering.
- Other study opportunities
We offer a range of short study options including: short courses for professionals looking to update their skills; single subjects for those wishing to try engineering or IT study; and study abroad and exchange opportunities for current university students. We also offer two alternate entry pathways for international students.
Wondering what your career opportunities might be? Explore the possibilities for each stream of engineering or information technology education.
Creating a better world through
Engineering and IT
The Melbourne School of Engineering (MSE) is an international leader in Engineering and IT research. Our aim is to help create a better world by devising technological solutions to significant problems.
We undertake interdisciplinary research in three key domains:
- Optimisation of resources and infrastructure
- Convergence of engineering and IT with the life sciences
- Networks and data in society
Research within each of these areas is undertaken by multidisciplinary teams from across the School and University, in collaboration with academic and industry partners.
We aim to make a difference through innovative research into areas such as water resource management, clean energy, disaster management, climate change, safer and more efficient transport, bionic vision, cancer treatment, epilepsy suppression, food processing, automated interpretation of data, personalised medicine, and smart grids.
Our research domains align closely with the University of Melbourne’s three Grand Challenges of research, with a particular focus on fostering health and wellbeing and on supporting sustainability and resilience.
Measured on research income, we are one of the largest engineering research institutions in Australia. We are home to large-scale research consortia such as the Centre for Neural Engineering, the Centre for Disaster Management and Public Safety and the Melbourne Networked Society Institute. We have close, ongoing partnerships with IBM Research, Alcatel Lucent, the Peter Cook Centre for Carbon Capture and Storage, Dairy Innovation Australia Ltd, Microsoft, Rio Tinto and Ford, and we work at project level with many more private and public sector organisations in Australia and internationally.
We have some of Australia’s most distinguished research and academic staff in the fields of engineering and IT, including a Prime Minister’s Prize Winner, Fellows of the Royal Society, an Australian Research Council Laureate and Future Fellows, and Eureka Prize winners.
Associate Dean Research
T: +61 3 834 46663
Commercial Manager (Research)
T: +61 3 834 41292
- Research Domains
We undertake interdisciplinary research in three key domains. Research within each of these areas is undertaken by multidisciplinary teams from across the School and University, in collaboration with academic and industry partners.
- Research Centres and Institutes
We are home to 14 major research centres of international standing and 6 Cooperative Research Centres (CRCs) that represent joint ventures between universities, industry and government bodies in Australia.
- Graduate Research Opportunities
The Melbourne School of Engineering is involved in numerous research projects within its six disciplines, listed below by department.
The Melbourne School of Engineering appreciates the value of fostering strong relationships with our alumni, donors, industry, government and the wider community.
We are committed to transforming the world we live in through innovative research, encouraging entrepreneurship, and by providing a world-class education that reflects the needs of our domestic and global community.
We invite all friends and supporters of the Melbourne School of Engineering to engage with us and help us to continue being Australia’s leading engineering and IT school.
We have a strong tradition of industry collaboration and encourage further engagement through research partnerships, curriculum involvement and student recruitment. Find out how we are working with business, government and the community sector.
Forging strong alumni relations is our goal. Your voice can influence our current students, and we hope that by creating a platform for sharing graduate achievements we can motivate current and prospective students for years to come.
The Melbourne School of Engineering is evolving to meet the needs of a dynamic future. We believe that by investing in capable individuals, we’re strengthening Victoria and helping the nation to make a global impact.
Our schools program offers a range of exciting opportunities for secondary school students to experience engineering and IT in practice, including campus visits and competitions.
Indigenous Engineers Project
In collaboration with Murrup Barak, we are leading several initiatives, spanning the full student life cycle, that are intended to help build Indigenous representation in the Engineering/ICT workforce.
Find out about upcoming lectures, or listen to audio recordings of previous lectures.
The Melbourne School of Engineering (MSE) is the leading provider of engineering and IT education in Australia.
Melbourne School of Engineering develops engineering and IT leaders and advanced technologies for a sustainable future. We partner with industry and government partners to build national competitiveness through productivity breakthroughs, and evolve a better, more sustainable way of life.