ANU Research School of Chemistry

Why study Chemistry at ANU?

Chemistry at ANU gives you the opportunity to tackle some of society’s biggest challenges — developing the skills to understand, analyse, create and solve problems that don’t yet have known solutions.

As a research-intensive discipline, Chemistry at ANU combines fundamental, world-class science with state-of-the-art techniques spanning multiple scales — from molecules to advanced materials — inside a collaborative and highly personal learning environment. Students learn alongside internationally recognised researchers, with opportunities to become embedded in research early on.

Three research areas

Real-world impact

Beyond discovery, ANU Chemistry delivers real-world impact: from next-generation materials and molecular technologies to transformative health advances — including Snow Fellow Lara Malins’ work on peptide-based medicines and Malcolm McLeod’s leadership of CANtest.

By studying Chemistry at ANU, you become part of a vibrant scientific community shaping the future through research excellence, innovation and meaningful societal impact.

Study »

Discover our degree programs and courses.

Get a good theoretical and practical foundation for first year chemistry studies.

The School boasts state of the art facilities and instruments, as well as globally recognised Lecturers.

Make an original contribution to human knowledge, research and development with a postgraduate research degree.

Dr Martyna Judd in the chemistry foyer.
Monday, 14 Jul 2025

Just like how GPS triangulates your location using satellites, scientists can now place labels at different positions around the surface of a protein to visualise drug-binding interactions more clearly.

Read the article
Man with a molecule
Thursday, 26 Jun 2025

The new molecule developed by chemists from ANU and The University of Manchester can store digital data at temperatures as cold as the moon at night.

Read the article
using a bioprinter in a lab
Thursday, 05 Jun 2025

These scientists can 3D-print living cells – a first step to printing our own organs.

Read the article
Dr Martyna Judd in the chemistry foyer.

Could the invention of ‘molecular GPS’ help us develop better medicines?

Just like how GPS triangulates your location using satellites, scientists can now place labels at different positions around the surface of a protein…
Read more
using a bioprinter in a lab

3D-printed organs? It’s not as far-fetched as you think

These scientists can 3D-print living cells – a first step to printing our own organs.
Read more
RSC Building

Could a PhD in piezoelectric materials help spark your career?

The Australian National University is partnering with industry to help lead a new era in advanced materials science and provide opportunities for…
Read more
Prof. Michael Breadmore
17 Sep 2026 | 1 - 2pm

RSC School Seminar - Prof. Michael Breadmore

Miniaturised and portable analytical systems
View the event