The University of Melbourne Courses & Fees

At the intersection of biology, mathematics and computer science sits computational biology. This unique discipline requires a unique qualification, and the Master of Computational Biology, the first of its kind in Australia, builds specialist skills in bioinformatics, systems biology, and biological and ecological modelling. You'll also develop complementary skills in business, communications and general scientific acumen. You'll take a customised first year based on your academic background, followed by a combination of core, elective and project subjects to suit your interests during your second and third years. If you already have a background in computational biology, you can gain up to 1 year of advanced standing towards your Master of Computational Biology. You'll leave the course with a major project to feature in your CV. You'll apply your computational biology knowledge to real-world problems with a project in either industry or research (or both). If you'd like to gain even more real-world experience, you can choose to complete an internship in a science or technology-related workplace for course credit. We know that soft skills are important too, which is why you can choose subjects on scientific communication, leadership and business tools so you'll be ready to start your career in computational biology with confidence.

The Master of Biomedical Science at the University of Melbourne is a coursework master's degree incorporating a substantial research project. This program is an alternative to the Honours to PhD pathway. Students undertake a major research project and discipline-specific coursework subjects. In addition, a suite of professional business and communication subjects are offered to complement and enhance the research undertaken and to progress students career opportunities. The Master of Biomedical Science offers graduates a pathway into a research, other science-based careers or PhD studies.

Through the Master of Environmental Science, you'll learn risk assessment techniques and scientifically rigorous ways to tackle grand environmental challenges such as air, water and land contamination and controls, climate change, energy transition, conservation and ecosystem management, and food security. You'll specialise in an area of your choice, learning from leaders in their fields, while also building professional skills in communication, policy, planning, and ethical business studies. You'll leave the course with a major industry-based or academic research project to feature in your CV. In this project, you'll apply your environmental science know-how to real-world problems, for one of our partners in a government, not-for-profit or consulting organisation. If you'd like to gain even more real-world experience, you can also choose to complete a workplace internship or field-based courses.

The Master of Biostatistics at the University of Melbourne provides an advanced education in biostatistics. It encompasses the design of advanced experiments and the collection, summary, interpretation and communication of data analysis to health professionals. This degree covers all the necessary statistical theory, and the emphasis throughout is on the application and adaptation of computational analysis using current health datasets. The compulsory research project ensures that you are able to apply your skills to real-world problems. The wide-ranging elective subjects allow great flexibility in terms of biostatistics career pathways. On completion of the master's degree, graduates will have had the opportunity to complete a research-based project under expert biostatistical supervision and will attain the required skills for employment as a professional biostatistician or for continuing to a research higher degree.

Climate change is going to affect every industry, so understanding how the climate system works and why it is changing can help you be a part of shaping how our cities, workplaces and lifestyles can adapt. Whether you want to be a part of the latest industry endeavours or research the next scientific breakthrough, you'll have the skills to make a difference. You'll have the opportunity to work with top climate scientists and work on research projects or industry placements. With a flexible approach to choosing your subjects, you can focus on climate policy or deepen your knowledge of physical climate science. Combine your background in science with an opportunity to work with and learn from top climate scientists, including lead authors from the Intergovernmental Panel on Climate Change (IPCC).

Get ready for a unique and exciting career designing new and better ways to feed the world with the Graduate Certificate in Food Science from Australia's number 1 university1. The Graduate Certificate in Food Science allows you to explore food science, manufacturing and quality assurance through a course of advanced subjects. The graduate certificate is designed for students who want to prepare for a career in the food and associated industries through study in in food chemistry, processing, food safety and microbiology. Graduates of this course can also enter the Graduate Diploma in Food Science with full credit. This will give you the opportunity to gain a more comprehensive understanding of food science. Modern scientific workplaces require workers with a range of skills and capabilities beyond the lab. You can broaden your knowledge and career possibilities by selecting electives that will prepare you for the workplace.

In the Graduate Diploma in Food Science, develop in-depth knowledge of how agricultural produce is delivered as safe, nutritional and palatable food into local and global markets. Gain understanding of food manufacturing industry influencers, such as regulatory frameworks, international trade and biotechnological methods in food. The Graduate Diploma in Food Science combines a strong core in food chemistry, processing, sensory science, food safety and microbiology with career-focused electives.

The Master of Biostatistics at the University of Melbourne provides an advanced education in biostatistics. It encompasses the design of advanced experiments and the collection, summary, interpretation and communication of data analysis to health professionals. This degree covers all the necessary statistical theory, and the emphasis throughout is on the application and adaptation of computational analysis using current health datasets. The compulsory research project ensures that you are able to apply your skills to real-world problems. The wide-ranging elective subjects allow great flexibility in terms of biostatistics career pathways. On completion of the master's degree, graduates will have had the opportunity to complete a research-based project under expert biostatistical supervision and will attain the required skills for employment as a professional biostatistician or for continuing to a research higher degree.

The Diploma in Mathematical Sciences enables you to gain a mathematics qualification while completing an undergraduate degree. You will use and develop your mathematical skills to compliment your studies with high-level numerical and modelling skills that can be applied across almost every areas of employment and are always in demand.

In the Master of Entrepreneurship you will learn how to develop new businesses, products, services, or processes, creating value and generating new revenue growth through entrepreneurial thought and action. This program will facilitate your career as an agent of change, either within a new venture or an established organisation. Students will learn about the latest concepts, frameworks, tools and techniques to identify and successfully implement new business opportunities. During the course of the year, there will be many opportunities to interact with and learn from (corporate) entrepreneurs and put obtained knowledge, tools and skills into practice.