Can you imagine building a career in research by studying how cells and the nervous system work in the brain and body?
The Master of Neuroscience is your opportunity to learn more about biology, biotechnology and policy roles in clinical medicine, biomedical science and education.
Work with some of the country’s leading scientists in the field to develop the theoretical and practical skills for conducting research into modern concepts and methodologies in neuroscience.
This highly interactive, research-based program provides opportunities to work closely with staff on a range of neuroscience projects. Current research staff are focused on modern aspects of neuroscience, including optogenetics, a way of studying brain cell sensitivity to light, measuring nerve activity and how chemicals are released, and the degradation of the eye’s retina.
The Master of Neuroscience offers a variety of study areas such as cellular and systems neuroscience, cell physiology in health and disease. neuroscience research proposal, medical physiology and pharmacology, biochemistry and nutrition, advanced research techniques, research, treatment and policy, neuropsychology and cognitive neuroscience, science communication, and human ecology.
The Advanced program consists of one year of coursework pus one year of independent research. The coursework component will provide you with an advanced knowledge of current concepts in neuroscience, and will support those who wish to move into a neuroscience field from related areas of science and psychoogy but do not have a significant neuroscience background.
Your independent research will allow you to develop expertise in a nominated area.
A scholarship valued at $6,000 per year is available to exceptional students enrolled in the Master of Neuroscience (Advanced).
Brian's research has primarily focused on cellular nervous systems, the central nervous system, cell physiology, basic pharmacology, receptors and membrane biology.
Professor Ehsan Arabzadeh
Ehsan is studying sensory processing at the level of single cells and neuronal populations. His lab, the Neural Coding Group, is combining electrophysiological recordings, optical imaging, and computational analyses to create detailed models of the neural circuits that underpin the efficient encoding and decoding of sensory signals.
Graduating from the Master of Neuroscience will enhance your existing abilities and expertise, building on your undergraduate experience to retrain for a new career, or provide you with new tools and insight into your work or study ambitions. As a graduate, you will be highly employable for work in research, policy, clinical and management roles in Australia and across the world including:
PhD and/or Research Fellow
Lecturing, teaching and education.
Students graduate with the ability to carry out research on neuroscience in university, industry, health or government research institutions.
Master of Neuroscience students rate the degree highly, with an overall student satisfaction rating of 100 per cent (ANU Undergraduate and Postgraduate Satisfaction Ratings).
If you graduated from an Australian university, UAC will be able to access your results in most cases. However, you may be asked to provide transcripts or other documentation, so it is a good idea to prepare your records just in case.
You can still apply before you complete your bachelor degree if you are in your final year, and you must advise UAC in your application. You may need to provide a copy of your academic transcript directly to UAC as soon as you complete your degree. They will provide instructions during the application process.
There are three assessment rounds in each semester. Applying in the first round will give you three opportunities to be assessed and accepted, giving you the best chance of being offered a place at ANU.