Where you will find us
We're not just in Australia, you can find us in Malaysia, South Africa, China, India and Italy.
Who we are
At Monash, the desire to make a difference informs everything we do.
But we go beyond good intentions. We make an impact, both locally and internationally. We are a global university with a presence on four continents.And our plans for the future are ambitious.
Making a difference takes energy and idealism as well as experience and wisdom. As a young university, our outlook is progressive and optimistic. We aren't mired in cynicism, tradition or convention.
Weattract the best scholars, but we're not elitist. We open our doors to anyonewho is prepared to work hard to make a difference.
We have five local campuses throughout Victoria, two international locations in Malaysia and in South Africa, and centres in the People's Republic of China,Italy and India. Each provides an environment that identifies and nurtures talent – and turns that talent into ability.
Webelieve the best way to help our people meet the challenges they face is toprovide a supportive environment. We champion and support our students so theyhave a memorable university experience. It's a friendly university – no matterwhich campus you attend.
From collaborative research opportunities, to building community relationships, our focus is always on how we can empower our people to make a positive impact on the world. Things like the bionic eye and the anti-flu drug Relenza.
Sharedambitions move us forward, faster. The more relevant, useful and powerfulconnections we can make, the greater our impact will be.
Ourmotto Ancora Imparo ("I am still learning") reminds us that the search for knowledge never ends. We are fired with a restless ambition that pushes us to do things better, to set new benchmarks and to break new ground.
Inorder for our students and staff to positively impact their communities and theworld, we must equip them and inspire them – so they can be agentsof change.
We are a product of a proud history. If you'd like to find out more about where we've come from, you can find out more about our history.
Although Monash conducts research across numerous fields of study - more than 150 in all - we focus on a number of specialisations, our leading capabilities.
We've grouped these capabilities into four categories, aligned closely with the Commonwealth Government's National Research Priorities and its National Collaborative Research Infrastructure Strategy.
Monash's leading capabilities:
Health and wellbeing
- Accident, injury and trauma
- Health, wellbeing and social change
- Infection and immunity
- New therapeutics
- Public health
- Stem cells and regenerative medicine
- Women's, children's and reproductive health
New industries and productivity
Resilient cultures and communities
Monash's research goals can be summarised in three words: excellence, relevance and impact. These goals are mutually supporting, and with these guiding aims our research can continue to solve the challenges society faces.
To achieve our overarching research goals, we are increasing our capacity to connect with industry, government and the world's very best research organisations. We are also breaking down the traditional barriers between fields of study, creating cross-disciplinary teams involving multiple faculties. Fundamental to our approach is an unrelenting commitment to excellence and support for our early career researchers and emerging research leaders. "Many of whom have made discoveries leading to significant and lasting impacts, both in Australia and around the world."
Monash University provides researchers with Advisory, Data Source, Storage, and Support Infrastructure, coordinated across key business units including the Research Office (postdoctoral grants, fellowship and award applications, and ethics), the Library (discovery, use and management of information/data), eSolutions (centralised IT services) and the eResearch Centre (technical expertise and solutions).
To underscore the reputation that the University had earned, in 1999 we were invited to be a founding member of the Group of Eight, the coalition of Australia's most prestigious research-intensive universities.
Monash had been around for just four decades, and yet was demonstrably holding its own against universities that had had well over a century to establish themselves.
- Medical And Health Sciences (111)
- Biological Sciences (96)
- Medical Biochemistry And Metabolomics (61)
- Biochemistry And Cell Biology (60)
- Language, Communication And Culture (42)
- Imaginglocus (41)
- Cultural Studies (37)
- Asian Cultural Studies (31)
- Genetics (30)
- Macromolecular Crystallography (29)
- X-ray (29)
- Synchrotron (28)
- Diffraction (27)
- Protein Structure (27)
- Immunology (26)
- Proteomics And Intermolecular Interactions (excl. Medical Proteomics) (26)
- Medical Biochemistry: Proteins And Peptides (incl. Medical Proteomics) (25)
- Gene Expression (incl. Microarray And Other Genome-wide Approaches) (24)
- Innate Immunity (21)
- Studies In Human Society (18)
- Studies In Creative Arts And Writing (16)
- Information And Computing Sciences (15)
- Law (14)
- Law And Legal Studies (14)
- Historical Studies (13)
- History And Archaeology (13)
- Zebrafish (13)
- Earth Sciences (12)
- Social Work (12)
- Artificial Intelligence And Image Processing (11)
- Engineering (11)
- Physical Sciences (11)
- Australian History (excl. Aboriginal And Torres Strait Islander History) (10)
- Public Health And Health Services (10)
- Social Program Evaluation (10)
- Atmospheric Sciences (9)
- Adoptees (9)
- Adoption (9)
- Adoptive Parents (9)
- Family Law (9)
- Neurosciences (9)
- Actin (9)
- Atmospheric Dynamics (8)
- Education (8)
- Performing Arts And Creative Writing (8)
- Comparative Genomics (8)
- Functional Elements (8)
- Nebulin (8)
- Australia (7)
- Cardiorespiratory Medicine And Haematology (7)
Ph:+61 3 9902 6000
- Crystal structure of scabies mite inactivated protease paralogue S-D1 (SMIPP-S-D1)
- The X-ray crystal structure of Escherichia coli succinic semialdehyde dehydrogenase; structural insights into NADP+ / enzyme interactions
- Virulence-associated subtilisin-like proteases that use a novel disulphide-tethered exosite to mediate substrate specificity
- X-ray crystal structure of MENT: evidence for functional loop-sheet polymers in chromatin condensation.
- View All Collections