15 Bachelor's degrees offered by the university

In the Biomedicine - Genetics program at University of Melbourne, you will find out how cells work at a molecular level, how mutations can cause disease, why these mutations occur in populations and the answers to many more fascinating questions about life!

This Design - Spatial Systems program at University of Melbourne aims to provide Bachelor of Design students with the foundations required for a career in the spatial information industry. 

In the Biomedicine - Microbiology program at University of Melbourne you will learn about the incredible ability of micro-organisms to evolve and survive, and how our immune system works to control infections and provide immunity against those micro-organisms that are out to harm us.

During the Biomedicine - Pharmacology program at University of Melbourne, you’ll learn how drugs work, and how drugs are used as therapies and as experimental tools for investigation of important problems in biology.

We’re all made of cells, and we all start with just one. But what are cells made of? In the Biomedicine - Cell and Developmental Biology program at University of Melbourne, you will learn how they work, and explore the genetic, molecular and cellular basis of development in a variety of organisms and experimental models.

With this Science - Marine Biology program at University of Melbourne, you’ll become an expert in marine biological systems, and in the application of ecological principles and environmental management strategies.

This Science - Ecology and Evolutionary Biology program at University of Melbourne combines disciplines from genetics through to ecosystem science to give you a deep understanding of the evolutionary basis of ecosystems, habitats and biodiversity, and the relationships between species and their environments.

Are you interested in how a bumblebee flies, how a quantum computer works or how to build a wind turbine that doesn’t fall down? If you’re inspired by the beauty of the cosmos and want to reveal its mysteries or use the biggest machine ever built to examine the smallest particles ever observed, the Science - Physics program at University of Melbourne is for you.

The Science - Plant Science program at University of Melbourne can take you in as many directions as there are plants – from agriculture to horticulture, and from conservation to biotechnology.

Do you want your degree to set you up for the data-driven 21st century economy? Do you want to learn the universal language for abstraction and predictive modelling? With a the Science - Mathematics and Statistics at University of Melbourne, you'll learn powerful analytical and problem-solving skills you can use anywhere.

Biotechnology is one of the world’s biggest and fastest-growing industries, and because it’s so broad, you can tailor the Biomedicine - Biotechnology program at University of Melbourne to suit your interests or background in areas such as cell biology, microbiology, pharmacology and chemistry.

Did you know that some female lizards can clone themselves? That some baby spiders practise ‘matriphagy’ – eating their mothers after birth? The Science - Zoology program at University of Melbourne gives you the option to study animals at every scale, from the biology of cells to the behaviour of whole populations.

The Science - Mathematical Physics program at University of Melbourne combines studies in physics and mathematics to provide you with the tools you need to understand the physical world and gain an introduction to advanced mathematical theory.

In this Biomedicine - Biochemistry and Molecular Biology program at University of Melbourne, you’ll develop your understanding of biological processes and biomolecules. And, of course, you’ll spend lots of time in the lab developing the skills you need to work in this field.

This Biomedicine - Neuroscience program at University of Melbourne will give you an understanding of how the nervous system is organised and how it functions: from the biology of nerve cells and neural circuits through to neural systems and complex behaviours.