Bachelor of Biotechnology

Cultivate innovative solutions to enhance the sustainability, productivity and profitability of the global agricultural industry.

Study agricultural biotechnology and undertake advanced-level study in areas including plant and food science, biochemistry, plant and animal molecular biology, and genetics.

Learn how to genetically engineer crops or livestock animals to enhance nutritional value, reduce susceptibility to disease, improve sustainability and enable them to thrive in hostile environments.

Access world-class research facilities to learn how gene editing, recombinant DNA technology, bioinformatics, artificial intelligence and point-of-care disease diagnostics can address issues such as food security, climate change and sustainability.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

Specialising in agricultural biotechnology can open up a vast array of career opportunities within:

• agriculture and food manufacturing (plant breeding, engineering, cropping and horticulture)
• animal health industries (vaccine development)
• genetic improvement and breeding (plant and livestock)
• government bodies, including those associated with quarantine and agriculture
• primary industries or government departments
• agricultural advisory boards.

You will also be well placed to continue into a research-based honours or master's degree and establish the foundations for a rewarding career in research.

See the Agricultural Biotechnology extended major

Nanotechnology is the ability to manipulate individual atoms, molecules and groups of molecules to form new chemical or particle structures needed for the development of new medicines, materials or technologies.

You'll combine theory and practice to explore how nanotechnology underpins new innovations in modern medicine, technology and renewable energy.

Develop a comprehensive understanding of organic and inorganic chemistry alongside aspects of microbiology, biochemistry and pharmacology.

Gain hands-on experience in gene editing, recombinant DNA technology, bioinformatics and genomics in our world-class laboratories, research and computer facilities.

Choose to combine your studies with a minor in Innovation and Entrepreneurship to develop your business knowledge and entrepreneurial skills.

This major is accredited by the Royal Australian Chemical Institute, ensuring you gain a rigorous understanding of chemistry.

Growing industrial demand for nanotechnology expertise is creating exciting new jobs in a number of industries. You'll be equipped for a wide range of opportunities in biotechnology, materials science, engineering, technology, renewable energy or pharmaceutical industries.

Alternatively, choose to kickstart your career in research by progressing on to an honours or master's degree.

See the Chemical and Nano Biotechnology extended major

Medical biotechnology uses cutting-edge tools and techniques to prevent, diagnose and treat current and emerging diseases.

Combine theory and practice to examine the science that underpins how biotechnology drives advances in modern medicine. You will be taught by educators who are at the frontier of emerging research fields in biotechnology.

Study core courses across medicinal chemistry, chemical biology, pharmacology and genetics, and apply your knowledge and critical thinking skills to laboratory experiments that discover solutions to complex problems.

You will learn how new diagnostic devices and equipment are developed and used to accurately identify diseases, and examine how genetics underpins personalised medicine leading to treatment tailored for the individual.

Advance your knowledge of how therapies based on small molecules, biologics, stem cells and other technologies are identified, selected and developed through preclinical and clinical testing into market-ready therapeutics.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

You will be equipped to work in the forefront of biomedical science and the biotechnology industry. Alternatively, continue into a Doctor of Medicine (MD) program or kickstart your career in research through an honours or master's degree.

See the Medical Biotechnology extended major

Advances in molecular and microbial biotechnology are revolutionising the way we live, providing healthier lifestyles and creating a more sustainable world.

Molecular and microbial biotechnology involves transferring genetic information between human, plant or animal cells, or microscopic organisms to capitalise on existing biological processes to create new products or innovations.

It's an exciting field of science that combines applications from molecular biology, biochemistry, immunology, genetics and microbiology to create products and innovations in areas as diverse as human and animal health, agriculture, food and sustainable energy production, and textiles.

You will access world-class laboratory, research and computer facilities to gain hands-on experience in gene editing, recombinant DNA technology, bioinformatics and genomics.

Learn real-world insights from educators who are at the frontier of emerging research fields in biotechnology. You'll also get a chance to network and gain practical experience with our extensive network of industry partners.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

Specialising in molecular and microbial biotechnology will prepare you for employment opportunities in Australia’s thriving life sciences sector, which includes the biotechnology, pharmaceutical, food, medical and agricultural technology industries.

You will also be well placed to continue into a research-based honours or master's degree and establish the foundations for a rewarding career in research.

See the Molecular and Microbial Biotechnology extended major

Get ready to pioneer new frontiers in health, food science, conservation and beyond.

Synthetic biology is transforming how we develop new medicines, enhance human nutrition and create a more sustainable world.

It is a growing field of science that applies engineering design principles to chemistry, bioinformatics and genetics.

These principles allow scientists to create or modify biological processes in living organisms and then develop new innovations across agriculture, health, energy production and environmental management.

Alongside leading biotechnology educators, you will study all aspects of the product development process. You'll be equipped to translate discoveries from the laboratory into new products, technologies or research methodologies implemented across the globe.

Take advantage of opportunities to network and gain practical experience with our extensive network of industry partners.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

Specialising in synthetic biology will prepare you for employment opportunities in Australia’s thriving life sciences sector, which includes the biotechnology, pharmaceutical, food, medical and agricultural technology industries.

You will be well placed to continue into an honours or master's degree and establish the foundations for a rewarding career in research.

See the Synthetic Biology and Industrial Biotechnology extended major

More industries are embracing genetic technologies. Study bioinformatics and help shape the way we manage our health and environment.

Gain specialised knowledge in statistics, data management, computer programming, genomics and molecular biology.

You’ll apply your scientific expertise and technical skills to translate complex biological data into meaningful information. Your insights may lead to new innovations or discoveries.

Studying bioinformatics will prepare you for a wide range of opportunities in scientific research organisations, universities, government departments, and the biotechnology or pharmaceutical industries.

See the Bioinformatics minor

Translate your scientific knowledge into innovative solutions that shape our world’s future.

Study innovation and entrepreneurship to learn how to take your scientific ideas and create positive change in the world.

Learn the entrepreneurial mindset and how to apply your critical thinking and creativity to develop, apply and test your solutions in a commercial context.

You will develop your business knowledge through the study of finance, people management, networking, international competition, project management, marketing and services, and planning in a competitive environment.

Gain real-world insights from teachers and entrepreneurs who are at the frontier of emerging fields in biotechnology.

Biotechnology is pioneering new frontiers in health, agriculture, science, engineering and beyond. You will be equipped for a wide range of career opportunities in the lab, within industry, or even launching your own startup.

Alternatively, kickstart your career in research by progressing into an honours or master's degree.

See the Innovation and Entrepreneurship minor

Learn to interpret the rapid advances in science and mathematics and engage general and non-expert audiences with impact.

Discover how to communicate complex issues such as energy conservation, waste disposal, pesticide risk, or novel, emerging technologies.

Practise strategies that educate and influence effective decision making by the public.

Build a communication toolkit using critical thinking, reading, verbal and writing skills.

Develop, deliver, and evaluate your own science communication strategy with a local community audience. 

Use your elective courses to focus on strategic communication or journalism.

Be challenged by award-winning communication and journalism researchers during interactive lectures, tutorials and workshops.

Practice your collaboration and interpersonal communication with science and non-science students.

Science communicators work in research institutions, universities, government, the private sector, the media, education, cultural institutions, medical charities and the arts.

Employment for science communicators is continuing to grow as organisations prioritise communicating their research to raise awareness, public support and funding.
 

See the Science Communication minor

Cultivate innovative solutions to enhance the sustainability, productivity and profitability of the global agricultural industry.

Study agricultural biotechnology and undertake advanced-level study in areas including plant and food science, biochemistry, plant and animal molecular biology, and genetics.

Learn how to genetically engineer crops or livestock animals to enhance nutritional value, reduce susceptibility to disease, improve sustainability and enable them to thrive in hostile environments.

Access world-class research facilities to learn how gene editing, recombinant DNA technology, bioinformatics, artificial intelligence and point-of-care disease diagnostics can address issues such as food security, climate change and sustainability.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

Specialising in agricultural biotechnology can open up a vast array of career opportunities within:

• agriculture and food manufacturing (plant breeding, engineering, cropping and horticulture)
• animal health industries (vaccine development)
• genetic improvement and breeding (plant and livestock)
• government bodies, including those associated with quarantine and agriculture
• primary industries or government departments
• agricultural advisory boards.

You will also be well placed to continue into a research-based honours or master's degree and establish the foundations for a rewarding career in research.

See the Agricultural Biotechnology extended major

Nanotechnology is the ability to manipulate individual atoms, molecules and groups of molecules to form new chemical or particle structures needed for the development of new medicines, materials or technologies.

You'll combine theory and practice to explore how nanotechnology underpins new innovations in modern medicine, technology and renewable energy.

Develop a comprehensive understanding of organic and inorganic chemistry alongside aspects of microbiology, biochemistry and pharmacology.

Gain hands-on experience in gene editing, recombinant DNA technology, bioinformatics and genomics in our world-class laboratories, research and computer facilities.

Choose to combine your studies with a minor in Innovation and Entrepreneurship to develop your business knowledge and entrepreneurial skills.

This major is accredited by the Royal Australian Chemical Institute, ensuring you gain a rigorous understanding of chemistry.

Growing industrial demand for nanotechnology expertise is creating exciting new jobs in a number of industries. You'll be equipped for a wide range of opportunities in biotechnology, materials science, engineering, technology, renewable energy or pharmaceutical industries.

Alternatively, choose to kickstart your career in research by progressing on to an honours or master's degree.

See the Chemical and Nano Biotechnology extended major

Medical biotechnology uses cutting-edge tools and techniques to prevent, diagnose and treat current and emerging diseases.

Combine theory and practice to examine the science that underpins how biotechnology drives advances in modern medicine. You will be taught by educators who are at the frontier of emerging research fields in biotechnology.

Study core courses across medicinal chemistry, chemical biology, pharmacology and genetics, and apply your knowledge and critical thinking skills to laboratory experiments that discover solutions to complex problems.

You will learn how new diagnostic devices and equipment are developed and used to accurately identify diseases, and examine how genetics underpins personalised medicine leading to treatment tailored for the individual.

Advance your knowledge of how therapies based on small molecules, biologics, stem cells and other technologies are identified, selected and developed through preclinical and clinical testing into market-ready therapeutics.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

You will be equipped to work in the forefront of biomedical science and the biotechnology industry. Alternatively, continue into a Doctor of Medicine (MD) program or kickstart your career in research through an honours or master's degree.

See the Medical Biotechnology extended major

Advances in molecular and microbial biotechnology are revolutionising the way we live, providing healthier lifestyles and creating a more sustainable world.

Molecular and microbial biotechnology involves transferring genetic information between human, plant or animal cells, or microscopic organisms to capitalise on existing biological processes to create new products or innovations.

It's an exciting field of science that combines applications from molecular biology, biochemistry, immunology, genetics and microbiology to create products and innovations in areas as diverse as human and animal health, agriculture, food and sustainable energy production, and textiles.

You will access world-class laboratory, research and computer facilities to gain hands-on experience in gene editing, recombinant DNA technology, bioinformatics and genomics.

Learn real-world insights from educators who are at the frontier of emerging research fields in biotechnology. You'll also get a chance to network and gain practical experience with our extensive network of industry partners.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

Specialising in molecular and microbial biotechnology will prepare you for employment opportunities in Australia’s thriving life sciences sector, which includes the biotechnology, pharmaceutical, food, medical and agricultural technology industries.

You will also be well placed to continue into a research-based honours or master's degree and establish the foundations for a rewarding career in research.

See the Molecular and Microbial Biotechnology extended major

Get ready to pioneer new frontiers in health, food science, conservation and beyond.

Synthetic biology is transforming how we develop new medicines, enhance human nutrition and create a more sustainable world.

It is a growing field of science that applies engineering design principles to chemistry, bioinformatics and genetics.

These principles allow scientists to create or modify biological processes in living organisms and then develop new innovations across agriculture, health, energy production and environmental management.

Alongside leading biotechnology educators, you will study all aspects of the product development process. You'll be equipped to translate discoveries from the laboratory into new products, technologies or research methodologies implemented across the globe.

Take advantage of opportunities to network and gain practical experience with our extensive network of industry partners.

You can choose to study a minor in innovation and entrepreneurship alongside this major to develop your business knowledge and entrepreneurial skills.

Specialising in synthetic biology will prepare you for employment opportunities in Australia’s thriving life sciences sector, which includes the biotechnology, pharmaceutical, food, medical and agricultural technology industries.

You will be well placed to continue into an honours or master's degree and establish the foundations for a rewarding career in research.

See the Synthetic Biology and Industrial Biotechnology extended major

More industries are embracing genetic technologies. Study bioinformatics and help shape the way we manage our health and environment.

Gain specialised knowledge in statistics, data management, computer programming, genomics and molecular biology.

You’ll apply your scientific expertise and technical skills to translate complex biological data into meaningful information. Your insights may lead to new innovations or discoveries.

Studying bioinformatics will prepare you for a wide range of opportunities in scientific research organisations, universities, government departments, and the biotechnology or pharmaceutical industries.

See the Bioinformatics minor

Translate your scientific knowledge into innovative solutions that shape our world’s future.

Study innovation and entrepreneurship to learn how to take your scientific ideas and create positive change in the world.

Learn the entrepreneurial mindset and how to apply your critical thinking and creativity to develop, apply and test your solutions in a commercial context.

You will develop your business knowledge through the study of finance, people management, networking, international competition, project management, marketing and services, and planning in a competitive environment.

Gain real-world insights from teachers and entrepreneurs who are at the frontier of emerging fields in biotechnology.

Biotechnology is pioneering new frontiers in health, agriculture, science, engineering and beyond. You will be equipped for a wide range of career opportunities in the lab, within industry, or even launching your own startup.

Alternatively, kickstart your career in research by progressing into an honours or master's degree.

See the Innovation and Entrepreneurship minor

Learn to interpret the rapid advances in science and mathematics and engage general and non-expert audiences with impact.

Discover how to communicate complex issues such as energy conservation, waste disposal, pesticide risk, or novel, emerging technologies.

Practise strategies that educate and influence effective decision making by the public.

Build a communication toolkit using critical thinking, reading, verbal and writing skills.

Develop, deliver, and evaluate your own science communication strategy with a local community audience. 

Use your elective courses to focus on strategic communication or journalism.

Be challenged by award-winning communication and journalism researchers during interactive lectures, tutorials and workshops.

Practice your collaboration and interpersonal communication with science and non-science students.

Science communicators work in research institutions, universities, government, the private sector, the media, education, cultural institutions, medical charities and the arts.

Employment for science communicators is continuing to grow as organisations prioritise communicating their research to raise awareness, public support and funding.
 

See the Science Communication minor