The power of genetics and molecular biology to solve some of the world’s biggest issues is being realised – from health, to conservation, to feeding the world. Learn from scientists working on genetic breakthroughs at Murdoch.
- Part or full-time
(Student visa holders must study full-time)
- Part or full-time
- 3 years full-time or part-time equivalent
DNA, RNA, proteins and metabolites – these are the molecules essential for functions of life. Understanding their structure and function is the foundation of molecular and genetic discoveries that could cure disease, increase crop productivity or even solve criminal cases.
Learn how to solve problems at the molecular level, with the most up-to-date knowledge and training in molecular genetics. You’ll gain the molecular biology skills you need to analyse molecular samples, and learn how to apply them across widespread fields including animal science, biomedical science, conservation biology, crop and pasture science, forensics, marine science and medicine.
If you’re planning on pursuing postgraduate study in fields such as medicine, pharmacy and forensic science, you will be well prepared with this major. High achieving students can also choose to complete Honours, an additional year of study, which involves undertaking an independent project with one of our research groups.
8 reasons to study Genetics and Molecular Biology at Murdoch
- Murdoch’s Perth campus hosts several world-class molecular research centres, including the WA Phenome Centre, the Institute for Immunology and Infectious Diseases, the State Agricultural Biotechnology Centre, the Separation Science and Metabolomics Laboratory, and the Centre for Rhizobium Studies.
- Interact with researchers from these centres and be taught by leading scientists with strong industry links.
- Murdoch has recently been ranked well above world standard in Immunology and Genetics*, and you’ll have the opportunity to learn from these world-class researchers.
*Source: ERA 2015
- Learn by doing, with laboratory content throughout the course to ensure you acquire practical skills and reinforce theoretical principles.
- Prepare for the workforce or further study with the inclusion of cutting-edge advances in modern diagnostic science.
- Great Honours and research opportunities on- and off-campus with strong linkages to centres and research institutes.
- You’ll learn from academics with an open door policy, so you can get the help and advice you need in order to succeed.
What you’ll learn
Build the knowledge and skills you need to meet your career or study goals. Here are some of the things you’ll learn:
- cell biology (structure and function of cells)
- genetics and evolution (studying the evolution of life and population development)
- microbiology (bacteria, viruses and fungi important in industrial, ecological, agricultural and medical settings)
- genetic engineering (construction and uses of GMOs and associated ethical considerations)
- biochemistry (importance of molecules in cell function)
- systems biology (holistic approach to understand biological functions).
Customise your course
Customise your course with a second major or combined degree. Adding a second major or combined degree enhances your career prospects and allows you to specialise in two areas of study. Here are some combinations we recommend:
- Biological Sciences
- Biomedical Science
- Clinical Laboratory Science
- Conservation and Wildlife Biology
- Forensic Biology and Toxicology.
Your future career
A major in Genetics and Molecular Biology will prepare you for a career working in hospitals, research organisations such as the CSIRO and medical research centres, universities and agriculture departments, biotechnology and food processing industries.
Careers could include
- Molecular Biologist
- Genetic Engineer
- Molecular Biotechnologist
- Research Scientist or University Academic.
You could also pursue roles such as discovering markers for diagnosing disease, using DNA profiling to catch criminals, working against the trade in endangered species or developing new crop varieties to feed a growing population.
For further admission information about this course, please download our Information Pack.
- Perth Campus (some units external)
- Mid-year start available (Domestic students)
- Mid-year start available (International students)
Each course has a number of credit points that must be completed for you to graduate. Find out what’s required to meet the credit points for this course.
Entry requirements for
Students undertaking units in Genetics and Molecular Biology will not be required to kill any vertebrate animal but they will be required to work with fresh tissue from dead animals in certain units.
Fees & Scholarships for Domestic StudentsInternational Students
At Murdoch, you pay for the individual units you enrol in, not an overall course fee. The total cost of your course will therefore vary depending on what units you choose. Use our online Course Fee Calculator to estimate the amount you will need to pay.
We understand you may need help financially whilst studying for your qualification. We therefore offer eligible students a wide range of scholarships, prizes and awards across a variety of categories. Find out what scholarships Murdoch has on offer, and whether you’re eligible to apply.
How to apply as a Domestic StudentInternational Student
Apply now to be eligible for a place at Murdoch University. To start studying in Semester 1, you can apply directly to Murdoch using our easy-to-use online application system.
Apply now to be eligible for a place at Murdoch University. To start studying in Semester 2, you can apply directly to Murdoch using our easy-to-use online application system.
Your Application Checklist
Your Document Checklist
Ready to apply? Before you start, make sure you have some or all of the following documentation ready for a quick application.