Biophysics
What is biophysics?
Biophysics is an interdisciplinary field that connects physics and biology, to explore how physical laws govern biological processes.ÌýThrough biophysics, biophysicists uncover the fundamental principles that drive life at every scale.
Biophysicists use maths, physics and chemistry to closely study molecules like DNA, RNA and proteins, as well as cells and tissues. The precision methods they develop and apply unlock some of the many modern breakthroughs in life and medical sciences, ranging from revolutionary biomanufacturing processes and imaging techniques to mRNA vaccines and life-saving anti-viral compounds.
Why study biophysics at ºÚÁÏÍø´óʼÇ?
You’ll join Australia’s first degree major in biophysics, at our School of Biomedical Sciences. You’ll study topics like information theory, thermodynamics, systems biology, kinetics, diffusion, phase separation, membranes and microscopy. In this study area, you’ll also use advanced tools like computational modelling and molecular imaging to explore how biological systems work at the molecular level and uncover the physical principles behind life processes.Ìý
As you study, you’ll build strong analytical skills and develop innovative solutions to complex problems, such as:
- Creating new medical therapies
- Improving diagnostic technologiesÌý
- Solving long-standing mysteries of nature
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By studying biophysics at ºÚÁÏÍø´óʼÇ, you'll join the forefront of scientific education, innovation and research. As a global topÌý20 university (QS World University Rankings, 2024–2026), we're creating the science leaders of tomorrow. ºÚÁÏÍø´óÊÂ¼Ç Science is ranked in the global top 50 for nine subjects (QS World University Rankings by Subject, 2025).
Ranked =#32 globally for psychology
Ranked #44 globally for natural sciences
Ranked =#49 globally for chemistry
Ranked =#37 globally for earth and marine sciences
Ranked #38 globally for environmental sciences
Ranked =#28 globally for geology
Ranked #31 globally for geophysics
Ranked #48 globally for mathematics
Ranked #27 globally for materials science
What career paths are available in biophysics?
A career in biophysics opens a range of dynamic, skill-intensive career paths. Graduates may apply their skills in clinical settings, contributing to advancements in medical imaging, radiation therapy or biomedical device innovation.
Biophysics graduates may pursue roles in the following areas.
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- PhD pathways
- Research scientist
- Project manager
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- Industrial research associate
- Applications specialists
- R&D scientist
- Quality control scientist
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- Clinical associate
- Drug discovery scientist
- Medical analyst
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- Medical devices scientist
- R&D scientist
- Quality control scientist
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- Medical or science writer
- Science journalism
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- Bioinformatics analyst
- Computational biophysicist
- AI applications specialist
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- IP manager
- Investments analyst
- Commercialisation advisor
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- Secondary or tertiary teaching role
- Graduate teaching assistant
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Beyond the lab, biophysicists thrive in:
- Biotech and medtech innovation, manufacturing, and applications sectors
- Deep tech industries in life and medical sciences
- Science policy and science communicationÌý
- Academic teaching and research
- Patent law and intellectual propertyÌý
- Government advisory roles and regulatory agencies
- Turning complex discoveries into real-world applications
With additional training, some biophysicists enter fields like bioengineering, computational biology or healthcare consulting, making biophysics a versatile foundation for shaping the future of science and medicine.
Our programs
Step into the world of biophysics at ºÚÁÏÍø´óʼÇ, where physics and biology combine to uncover the principles that govern life. During your studies, you’ll explore topics like molecular dynamics, cellular mechanics and biomedical imaging and build strong foundational scientific skills.Ìý
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We offer the following undergraduate courses where you can study biophysics: