University of Technology Sydney

Master of Science (Extension)

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.

The Master of Science (Extension) prepares graduates for a diverse range of careers in science and beyond, or to continue on into the Master of Philosophy in Science, which provides a Pathway to a PhD. Career options include (but aren’t limited to): Advanced Studies: Graduates are equipped for advanced practice in their chosen scientific discipline. They can work in laboratory and scientific practice, digital and data analytics, research and development or other science and technology Pathways. Analytical Chemical Technologies: Graduates emerge with advanced skills in analytical instrumentation, method development and validation for quantitative analysis, ready for senior roles in a vast range of sectors and roles in which analytical chemistry expertise is highly valued. These include environmental testing, food and agriculture, the resource sector, forensic drug analysis and clinical diagnostics. Biomedical Engineering: Graduates are prepared for leadership roles in the biological industry, as well as research and entrepreneurship opportunities in a range of settings. They can launch their own start-ups or take on senior roles in established medical device or biotech companies, hospitals, research and development organisations, and government and regulatory agencies. Environmental Consultancy and Conservation: Graduates can pursue thriving consultancy careers or explore opportunities in education and public outreach, research and development, policy or hands-on scientific practice. They work for government agencies, including local councils, environmental protection authorities, and parks, land and water services; CSIRO and other research institutes; tourism centres; and other organisations concerned with natural resource management. Mathematical and Statistical Data Science: Statisticians, data scientists and data analysts are increasingly in demand in any organisation seeking expertise to collect, manage, interrogate and extract meaning from their data. Graduates of this major can pursue senior data roles in banks, insurance companies, tech companies, health care organisations and government agencies, including in the health, justice and community settings, among others. Medical Laboratory Science: This major can open the door to new opportunities in diagnostic pathology, including the potential to progress to senior roles. It also prepares graduates to apply their skills in to research and development, science communication, health care policy or hospital administration.