With a biotechnology career, you can play a central role in researching and developing innovative solutions that help feed, fuel and heal society – and the planet.
Biotechnology is technology produced through the utilisation of biological systems and organisms. It’s a creative and entrepreneurial field, where scientists design innovative products and technologies and pioneer new frontiers in health, medicine, agriculture, science, engineering and beyond.
When you study biotechnology at UQ, you’ll gain the skills and knowledge required to translate scientific knowledge into commercially successful, innovative solutions. We’re talking about projects that shape the future of some of the world’s most pressing issues, including:
- food security
- sustainability, productivity and profitability of the global agriculture industry
- treatment of current and emerging diseases.
Biotechnology is a multi-disciplined industry providing solutions to issues affecting the world today and into the future. In UQ biotechnology programs, you’ll learn how to cultivate innovative ideas and grow them into a full-fledged commercial product.
Master of Biotechnology graduate Lucas Ngo Dee
Learn the science and business of biotechnology
Our biotechnology degrees feature courses investigating how biotechnology products are developed and commercialised, including the business strategy, intellectual property, marketing, financial and regulatory aspects of the industry. On top of this, UQ’s biotechnology programs allow you to tailor your studies by specialising in one of the following areas.
Agricultural biotechnology
Agricultural biotechnology will allow you to undertake advanced-level study in areas including:
- plant and food science
- biochemistry
- plant and animal molecular biology
- genetics.
This study will enable you to create innovative solutions for the global agricultural industry.
Medical biotechnology
Combine theory and practice to examine the science that underpins how biotechnology drives advances in modern medicine. Study core courses across:
- medicinal chemistry
- chemical biology
- pharmacology and genetics.
Apply your knowledge and critical-thinking skills to laboratory experiments that discover solutions to complex problems.
Synthetic biology and industrial biotechnology
Get ready to pioneer new frontiers in health, food science, conservation and beyond. Learn how to create and re-engineer biological processes in living organisms. Develop cleaner sources of agrochemicals, pharmaceuticals, designer materials and other innovative products across agriculture, health, energy production, and environmental management.
If you’re studying an undergraduate biotechnology program at UQ, there are 2 additional fields of study you may like to focus on:
Chemical and nano biotechnology
Nanotechnology is the ability to manipulate individual atoms, molecules and groups of molecules to form new chemicals or particle structures needed for the development of new medicines, materials or technologies. Combine theory and practice to explore how nanotechnology underpins new innovations in modern medicine, technology, and renewable energy.
Molecular and microbial biotechnology
Molecular and microbial biotechnology involves transferring genetic information between human cells, plant or animal cells, or microscopic organisms to capitalise on existing biological processes to create new products or innovations.
Also, if completing an undergraduate qualification, you may choose to supplement your chosen field of study with additional emphasis on innovation and entrepreneurship or bioinformatics.
As you can see, biotechnology is an exciting field of science that combines applications from molecular biology, biochemistry, immunology, genetics and microbiology. As a graduate in this field, you’ll create products and innovations in areas as diverse as:
- human and animal health
- agriculture and food
- sustainable energy production
- textiles.
To further inspire you, we’ve collated a few examples of the innovative work being done by biotechnology researchers and academics at UQ.
What are UQ’s biotechnology experts working on?
A billion-dollar breakthrough in vaccine technology
In 2025, UQ's Molecular Clamp technology became the subject of the largest university commercialisation deal in Australian history. Global healthcare company Sanofi agreed to acquire Vicebio (the company built around the platform) for US$1.15 billion upfront, with potential milestone payments of up to US$450 million.
The Molecular Clamp was invented by Professors Keith Chappell, Daniel Watterson and Paul Young, who began collaborating in 2012 on a method of stabilising viral proteins into a shape the immune system can reliably target.
The result is a platform that accelerates vaccine development across multiple virus types and gained worldwide attention when CEPI called on UQ to develop a COVID-19 vaccine candidate in early 2020.
A key advantage of the technology is its ability to span different viral families, making it valuable not just for outbreak responses but for developing multi-pathogen vaccines that could protect vulnerable populations against severe respiratory diseases.
UQ licensed the platform to Vicebio in 2018 to advance it toward clinical trials, while retaining rights to continue using it for pandemic preparedness research with CEPI.
All three inventors completed their undergraduate studies at UQ, demonstrating the impact that a UQ biotechnology degree can have on some of the world's most pressing health challenges.
Stress, disease and the science of saving koalas
UQ researchers have uncovered a direct link between stress and disease risk in koalas, with findings that could reshape conservation efforts across South East Queensland and the NSW North Coast.
A study led by Dr Michaela Blyton at UQ's School of Chemistry and Molecular Biosciences tracked koala retrovirus (KoRV) levels in 67 captive and wild koalas. Animals with higher stress hormone levels carried higher viral loads. Elevated KoRV appears to weaken the immune system, leaving koalas significantly more vulnerable to Chlamydia, which can cause blindness, infertility and death.
Crucially, the research confirmed that habitat loss and disease are not separate threats but connected ones. Poor or shrinking habitat increases stress, which drives up viral loads and disease susceptibility. The findings point to habitat preservation as a frontline conservation strategy, rather than treating disease in isolation.
The team is also pursuing 2 additional approaches: a breed-to-release program that screens and preferences animals with naturally lower KoRV loads, and investigations into antiretroviral treatments to reduce viral loads in individual koalas and limit transmission to the next generation.
Borrowing from biomedicine to build better crops
UQ researchers have successfully introduced genetic material into plants through their roots for the first time, using a nanoparticle technology originally developed for delivering vaccines and cancer treatments in animals.
The technique, developed across UQ's School of Chemistry and Molecular Biosciences and the Australian Institute for Bioengineering and Nanotechnology, involves coating a biomedical nanoparticle with a protein that loosens rigid plant cell walls, allowing it to pass through and deliver synthetic mRNA into plant tissue.
Once inside, the nanoparticle travels through the plant with water, distributing its genetic cargo as it moves rather than depositing everything in the first cell it enters. Like an mRNA vaccine, the delivered material is expressed temporarily and then degrades away.
The potential application is significant for food security. Traditional crop breeding and genetic modification can take a decade or more to produce a new variety. This approach could allow researchers to target specific traits such as flavour, yield or disease resistance far more quickly, without permanent genetic modification. The technology has been patented by UniQuest and is now being progressed toward commercial partnerships.
Why study biotechnology at UQ?
Haven’t decided where to study biotechnology? There are some great reasons to make UQ your first choice.
UQ is consistently ranked #1 in Australia for biotechnology (Global Ranking of Academic Subjects). As a UQ biotechnology student, you’ll have access to some of the world’s best and brightest academics, lecturers and industry contacts, as well as UQ’s world-class research facilities.
If you’re interested in developing world-changing solutions for some of the most pressing global issues, check out the biotechnology programs at UQ:
