Master of Science

1 Years On Campus Masters Program

University of Technology Sydney

Program Overview

The Master of Science at UTS is a flexible postgraduate degree for students who want to deepen their scientific knowledge, move into a new area of science or build skills for a professional career. Students develop practical skills in research, data analysis, communication and laboratory work, with the opportunity to specialise in Medical Laboratory Science, Analytical Chemical Technologies, or Environmental Consultancy and Conservation.

Curriculum Structure

Year 1: Students build their scientific and professional foundation through subjects such as Understanding Data and Statistical Design, Advanced Communication Skills in Science, Safe Laboratory Practice and Ethics of Science and Technology. They also begin subjects related to their selected major, allowing them to develop knowledge and practical skills in their chosen area.

Year 2: Students progress to more advanced subjects within their chosen major and apply their knowledge to practical scientific and professional challenges. The subjects depend on the selected major, allowing students to develop deeper expertise in areas such as environmental consultancy and conservation, analytical chemical technologies, or medical laboratory science.

Focus Areas

Professional science skills, research methods, data analysis and statistics, science communication, laboratory practice, analytical chemistry, environmental science and conservation, ecology, environmental management, diagnostic pathology and medical laboratory science.

Learning Outcomes

Students develop advanced scientific knowledge together with practical research, laboratory, data analysis and communication skills. They learn how to apply scientific methods to professional problems, interpret scientific data, communicate findings clearly and use specialised knowledge in their chosen area.

Professional Alignment (Accreditation)

The program develops practical and professional skills that can support careers across scientific, laboratory, environmental and research settings. The Environmental Consultancy and Conservation major includes areas such as contaminated-site assessment and remediation, wildlife field techniques, water quality management and coastal restoration, while the Analytical Chemical Technologies major provides experience with analytical instrumentation and method validation.

Reputation (Employability Rankings)

UTS provides students with access to industry-focused learning, experienced academics and modern research and teaching facilities. The university's practical approach helps students develop scientific skills that can be applied to professional and research challenges.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Science at UTS gives students opportunities to combine scientific theory with practical and research-based learning. Students can work with modern laboratory facilities, scientific equipment and specialist research resources, while those taking the Environmental Consultancy and Conservation major can gain practical experience through fieldwork and environmental activities. These opportunities help students build confidence in applying scientific knowledge to real-world situations:

Environmental fieldwork: Students in the Environmental Consultancy and Conservation major can gain practical experience in areas such as contaminated-site assessment and remediation, wildlife field techniques, water quality management and coastal restoration.
UTS Super Lab: Students have access to a large teaching laboratory supporting biology, chemistry and physics, with modern workstations, digital monitors and collaborative spaces.
Research and industry projects: Students can apply their scientific knowledge through practical projects and industry-related activities, developing experience with real professional challenges.
Specialised research facilities: UTS Science provides facilities such as the Microbial Imaging Facility, Elemental Bio-Imaging Centre and Microstructural Analysis Unit for advanced scientific research and analysis.
Industry connections: UTS Science maintains connections with organisations such as CSIRO and Sydney Water, providing opportunities to understand professional practices and connect with industry.
Library resources: Students can use the UTS Library and its academic resources to support research, assignments and independent study.

Progression & Future Opportunities

Graduates of the UTS Master of Science can use their advanced scientific knowledge, research skills, analytical abilities and practical experience across a range of professional science careers. Depending on their chosen major, they can move into roles such as Laboratory Scientist, Analytical Chemist, Environmental Scientist, Environmental Consultant, Conservation Scientist, Medical Scientist, Research Scientist, Data Scientist, Medical Laboratory Scientist and Statistician.

Career development opportunities:

UTS Careers: Students can receive career support such as resume reviews, group career coaching and access to job and internship opportunities.
Employment outcomes: UTS reports that 86.1% of postgraduate coursework graduates were in full-time employment around four months after graduation in the 2025 Graduate Outcomes Survey, with a median full-time salary of A$104,000 for domestic postgraduate coursework graduates. These figures represent UTS postgraduate coursework graduates overall, not specifically Master of Science graduates.
Industry partnerships: UTS Science works with industry, government and community organisations through collaborative research and professional activities, creating opportunities for students to develop industry connections.
Industry experience: Students can benefit from opportunities such as industry internships, guest lectures and industry research projects, helping them gain practical experience and build professional networks.
Research opportunities: Students interested in research can explore further study through the Master of Philosophy in Science, which can provide a pathway towards a PhD.
Graduation outcomes: The program develops skills that can prepare graduates for professional and research roles across areas such as environmental science, laboratory science, analytical chemistry, conservation and medical science.

Further Academic Progression: After completing the Master of Science, students interested in advanced research can consider the Master of Philosophy in Science and potentially progress to a PhD, subject to meeting the relevant entry requirements. They can also explore further postgraduate study options available through UTS Science.