Where could a career in research take you?
Former Biotech student turned researcher Dr Kate Redgrove has been recognised for her outstanding research into the male reproductive system.
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3 years full-time or part-time equivalent up to 8 years maximum.
3 years full-time.
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Biotechnology is predicted to be the key for the future, acting as the basis for solving global issues such as human and animal diseases, climate change, fuel alternatives and food security. Biotechnology uses living organisms to modify products for a specific human purpose, such as genetically modified crops or creation of a vaccine.
The products of biotechnology are all around us and impact on our daily lives more and more as we learn to make living cells perform useful and specific tasks in a predictable and controlled way. Biotechnology is used to modify human health and the human environment and is currently used in genetic engineering; health and pharmaceuticals; plant and animal agriculture; food production; fuels; and waste management.
Our Bachelor of Biotechnology has a particular focus on the application of DNA and cell technologies on human health, plant and animal agriculture and the environment. When you study biotechnology at UON, you will learn from academics who have been internationally recognised as leaders in their respective fields and who are working to solve real-world problems.
Under their guidance, your studies will have a strong focus on biology − both basic and applied with some chemistry and mathematics − and you will have a chance to study elective courses from a range of areas depending on your interests and career ambitions.
You will study:
Download a program plan for further details on your degree's structure and what courses you will study.
These program plans are applicable to new students. Current students should refer to the program handbook to access the plan relevant to the year they commenced.
A stand out feature of the Bachelor of Biotechnology is the 10-week full-time industrial placement completed in your final year. This is the longest placement available to students studying biotechnology in Australia. It allows you to apply what you have learnt to a biotechnology environment and broadens your experience in preparation for your future.
In the third year of the degree you will also have the opportunity to spend a whole week at a time in laboratory training. These intense laboratory courses feature hands-on learning and teamwork activities that will help prepare you for the workplace.
Bachelor of Biotechnology students are eligible to enrol in International Study where you can complete an international placement. International study opportunities help you expand the theoretical knowledge and skills developed throughout your degree and apply them in an external and international context.
The following list provides some examples of job titles that may be available to Biotechnology graduates. Some of these jobs will depend on the amount and level of study, level of experience, the combination of other majors and electives studied. Some jobs below may also require further study.
The following list provides some examples of job titles that may be available to Biotechnology graduates. Some of these jobs will depend on the amount and level of study undertaken, level of experience, the combination of other majors and electives studied, and some may require further study.
Not everyone uses their degree in the same way and the transferable skills gained through university study may allow graduates to pursue a range of careers that might not be directly linked to their study. Below is a sample list of job titles that might be suitable for graduates with the skills gained in a Biotechnology degree.
Some of these jobs will depend upon the amount and level of study undertaken, level of experience, and the combination of other majors and electives studied, for example some may require further study.
Graduates may apply for membership to AusBiotech, Australia's Biotechnology Organisation. You may also apply for membership with specialist societies such as the Australian Society of Biochemistry and Molecular Biology.