The University of Melbourne

The University of Melbourne is a global leader in higher education. Across our campuses we convene brilliant minds from different disciplines and sectors to come together to address important questions and tackle grand challenges. In a disrupted world, that capacity has never been more important.

Our vision is to equip our students with a distinctive, future-facing education personalised around their ambitions and needs, enriched by global perspectives and embedded in a richly collaborative research culture. As active citizens and future leaders, our students represent our greatest contribution to the world, and are at the heart of everything we do.

We serve society by engaging with our communities and ensuring education and research are inspired from the outset by need and for the benefit of society, while remaining committed to allowing academic freedom to flourish. In this, we remain true to our purpose and fulfil our mission as a public-spirited organisation, dedicated to the principles of fairness, equality and excellence in everything we do.

We strive for an environment that is inclusive and celebrates diversity.

Beyond our campuses we imagine an Australia that is ambitious, forward thinking and increasing its reputation and influence globally. We are committed to playing a part in achieving this – building on our advantageous location in one of the world’s most exciting cities and across the state of Victoria, in a region rapidly becoming a hub for innovative education, research and collaboration.

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National parks are not enough – we need landholders to protect threatened species on their property

Threatened species don’t just live in national parks. Almost half of their distributions are on private land.
Courtesy of Louise Hyslop & Mary Herbert, Univ. Newcastle upon Tyne

‘Maeve’s law’ would let IVF parents access technology to prevent mitochondrial disease. Here’s what the Senate is debating

Parents at risk of passing on genetic disease to their children via mutations in the mother’s mitochondrial DNA could soon use a new IVF-based treatment involving healthy donor mitochondria.

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