Master of Science

Admissions information

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• Course description arrow_forward_ios

  Targeted at aspiring senior scientists, this course equips you with the expertise to make a significant impact in the global science community. Choose this course for its exceptional teaching, industry links, and state-of-the-art resources, ensuring a blend of theory and practice that meets professional standards.

  Distinctive in its approach, the course offers various majors aligned with key scientific progress areas, allowing for specialisation and broad skill acquisition. You'll learn from renowned scientists and mathematicians, with the flexibility to manage your studies alongside personal commitments.

  You will develop high-level scientific skills, professional acumen, and research capabilities. The course is hands-on, with opportunities for real-world application through projects and industry engagement.

  Teaching methods are varied and adaptable, including lectures, practical sessions, and project work, to suit different learning styles and life circumstances. This ensures a comprehensive and practical educational experience, preparing you for advanced roles in science.

  You might want to consider the UTS Master of Science (Extension). A two-year program of full-time study that includes an additional 24 credit points on top of the standard Master of Science curriculum.

  Master of Science Extension students with an interest in research have the option to apply to transfer into the Master of Philosophy in Science, which provides a pathway to the UTS PhD programme.

  Choice of major:

  • Advanced Studies: This major connects students with a diversity of advanced learning opportunities that span the breadth of scientific enquiry, including mathematics, chemistry and environmental science, among others. Whether they’re seeking broad knowledge across multiple science disciplines or they want to tailor their studies to meet a specific career goal, this major delivers an expanded science education that prepares students to progress their careers.
  • Analytical Chemical Technologies: Designed in response to industry demand, this major equips students with in-depth theoretical and practical knowledge of industry-standard analytical instrumentation, as well as an understanding of how to develop and validate their methods in line with international accreditation standards. They can upskill in analytical techniques and their application in diverse fields such as environmental, forensic and medical sciences, among others, and engage with research projects that solve industry-relevant problems.
  • Biomedical Engineering: This major arms students with a combination of scientific, research and business skills that will prepare them to innovate in a range of biomedical environments. Curriculum spans advanced scientific concepts, including biomedical instrumentation, nanotechnology, synthetic biology and medical device design and development. Beyond scientific skills development, students also engage with industry-integrated learning, pursue real-world research opportunities, and explore exciting opportunities in project management and entrepreneurship as they relate to the biomedical field.
  • Environmental Consultancy and Conservation: This major is focused on the development of high-level ecology, environmental science and management skills and an understanding of environmental practices as they relate to business, government and the community. Students combine advanced scientific theory with ‘muddy boots’ fieldwork and hands-on practice in contaminated site assessment and remediation, wildlife field techniques, water quality management, coastal restoration and more.
  • Mathematical and Statistical Data Science: Grounded in the mathematical and statistical underpinnings of data science, this industry-focused major prepares students to apply their expertise in a range of real-world contexts. Curriculum combines theoretical (algebra, analysis) and applied (optimisation, econometrics) mathematics with the study of contemporary data science topics (Bayesian methods, machine learning). Students learn from leading mathematicians and statisticians whose research shapes the profession and emerge ready to capitalise on industry demand for qualified data professionals.
  • Medical Laboratory Science: This specialist major is focused on diagnostic pathology and the theory that underpins diagnostic processes and tests. It’s designed for practitioners who are already working in hospital and commercial laboratory settings, as well as up-and-coming pathology professionals and graduates from other science disciplines with an interest in the rapidly expanding pathology sector. Students gain the high-level disciplinary and communication skills expected in senior positions, along with professional and research capabilities that they can apply to a diversity of career paths.

• Important dates arrow_forward_ios

  Find out more about application dates relating to this course

• Scholarships and prizes arrow_forward_ios

  Discover our scholarships for undergraduate, postgraduate and research students. Our scholarships celebrate diversity and academic excellence. Use the scholarship search tool to find the right scholarship for you.

  Scholarships for domestic students

  Scholarships for international students

• Course duration arrow_forward_ios

  The standard course duration is 18 months of full-time study.

  The course may also be completed in part-time mode, typically over 36 months. Part-time students must be prepared to attend some afternoon or morning classes during each teaching week.

• Admission requirements arrow_forward_ios

  To be eligible for admission to this course, applicants must meet the following criteria.

  Applicants must have the following:

  • Completed Australian bachelor's degree or higher qualification, or overseas equivalent, in a field of study related to applicant’s chosen major

  Related fields of study for each major:

  • Mathematical and Statistical Modelling major: Mathematical Sciences
  • Biomedical Engineering major: Physics, Biochemistry and Cell Biology, Microbiology, Human Biology, Medical Science, Food Science and Biotechnology, Laboratory Technology, Electrical Engineering, Electronic Engineering, Biomedical Engineering, General Medicine, Radiology, Radiography
  • Energy Technology: Chemical Sciences, Environmental Studies, Physics, Manufacturing Engineering and Technology, Process and Resources Engineering, Chemical Engineering, Mining Engineering, Materials Engineering, Process and Resources Engineering, Electrical and Electronic Engineering and Technology, Electrical Engineering, Communications Technologies, Environmental Engineering, Biomedical Engineering, Fire Technology, Engineering and Related Technologies, Laboratory Technology, Environmental Studies 
  • Environmental Consultancy and Conservation major: Earth Sciences, Biological Sciences, Biological Sciences (Botany, Ecology and Evolution, Marine Science, Zoology, Biological Sciences, n.e.c.), Agriculture, Forestry Studies, Fisheries Studies, Environmental Studies, Other Agriculture, Environmental and Related Studies
  • Medical Laboratory Science major: Biochemistry and Cell Biology, Microbiology, Human Biology, Genetics, Medical Science, Food Science and Biotechnology, Pharmacology, Laboratory Technology, Pathology
  • Advanced Studies major: any field of study required for any of the Master of Science majors
  • Analytical Chemical Technologies major: Chemical Sciences, Forensic Science, Laboratory Technology, Environmental Studies, Pathology

  Eligibility for admission does not guarantee offer of a place.

• Domestic course fees arrow_forward_ios

  2025 Indicative tuition fees for government-supported domestic students

  This course offers a limited number of Commonwealth Supported Places (CSP). This means the Australian Government contributes to your education costs, and you pay the remaining tuition fees, known as the student contribution. If eligible, you can defer payment through HECS-HELP, or you can choose to pay your fees upfront each session.  

  CSP applications are reviewed continuously by the university and offered based on merit, so we recommend applying early to be considered. Learn more about applying for a CSP, eligibility and key dates.

  2025 Tuition Fees

  • Indicative first-year tuition fee: $9,314.00
  • Indicative Total tuition fee: $14,092.08

  Tuition fees are reviewed annually, with any new rates effective from the beginning of each calendar year. The total indicative tuition fee includes estimated annual increases over the duration of the course.

  Additional Costs 

  Your tuition fees do not include:

  • The Student Services and Amenities Fee (SSAF), which supports student services and activities. If eligible, you can defer this fee using SA-HELP.
  • Textbooks, materials, and other course-related costs.
  • Any applicable payment processing fees (e.g., credit card surcharges). 

  Important Information 

  • Fees are shown in Australian Dollars (AUD).
  • The indicative tuition fees above are based on full-time study (1 year = 48 credit points).
  • Your actual fees depend on the year you enrol, your study load and the subjects you choose. Some subjects fall into different student contribution bands.
  • You can calculate your student contribution based on the amounts listed in the student contribution table.

  Alumni Advantage Program 

  As a UTS graduate, you can enjoy a 10% discount on your course fees. Just apply for the course you're interested in, and if you're accepted, the discount will automatically be applied to your enrolment invoice. Learn more about the Alumni Advantage Program. 

  If you have any questions about course fees, please feel free to make an enquiry.

• Inherent requirements arrow_forward_ios

  Inherent requirements are academic and non-academic requirements that are essential for successfully completing a course at UTS. You can find the inherent requirements for your course via the inherent requirements directory.

• Recognition of prior learning arrow_forward_ios

  Students enrolled in this course may be eligible for recognition of prior learning of up to 24 credit points if the subjects previously studied are deemed by UTS: Science to be equivalent to those specified for their course.

  To be considered for recognition of prior learning, subjects must normally have been completed no more than five years prior to the commencement of this course.