University of Southern Queensland

Australian
5 Scholarships 26 Programs 4 Degree levels
Masters

Master of Data Science

Offered at University of Southern Queensland, Australian
DegreeMasters
FieldData Science

The Master of Data Science at the University of Southern Queensland is a professionally oriented postgraduate degree that develops advanced skills in statistics, machine learning, data engineering and data-driven decision making. It suits graduates with a quantitative or computing background — and professionals seeking to upskill — who want to apply data science in industry, government or research.

What you'll study

The Master of Data Science combines core training in statistical methods and machine learning with practical data engineering, visualisation and ethics. Study is organised around a mix of compulsory core units, specialist electives and a substantial capstone research or industry project to apply techniques to real-world datasets.

  • Core topics: probability and statistical inference, supervised and unsupervised learning, predictive modelling, and evaluation methods.
  • Data engineering and computing: data wrangling, databases and big-data concepts, programming for data science (commonly Python and R), scalable computing and cloud workflows.
  • Applied methods: time-series analysis, spatial data analytics, natural language processing and deep learning where available as electives.
  • Data visualisation and communication: techniques for presenting insights to technical and non-technical stakeholders, dashboarding and reporting.
  • Professional practice and ethics: data governance, privacy, reproducible research, and ethical implications of algorithmic decision making.
  • Capstone project or thesis: a supervised industry-linked project or research thesis which integrates methods learned and demonstrates applied competence on a substantial dataset.

Teaching modes typically include on-campus and distance/online delivery with a mix of lectures, practical lab or virtual lab sessions, self-directed assignments and a supervised project. Assessment commonly uses project work, coding assignments, reports and examinations.

Entry requirements

Applicants are normally expected to hold a recognised bachelor degree with substantial quantitative or computing content (for example mathematics, statistics, engineering, computer science, information technology, or a cognate discipline). Applicants without a directly related undergraduate degree but with relevant professional experience may be considered on a case-by-case basis and may be required to complete prescribed bridging units.

Applicants who are international students must meet the University's English language proficiency requirements. Where appropriate, academic transcripts, a statement of purpose and references may be requested as part of the selection process. Credit for prior relevant study or recognised professional experience may be available in line with University policy.

Career prospects

Graduates gain the technical and practical skills to work across sectors that rely on data-driven decision making. Typical roles include:

  • Data scientist / applied data scientist
  • Data analyst / business intelligence analyst
  • Machine learning engineer or model developer
  • Data engineer or database architect
  • Analytics consultant or policy analyst using quantitative evidence
  • Research assistant or doctoral candidate in data-intensive disciplines

Employment opportunities exist in private industry (finance, telecommunications, retail, agribusiness), government agencies, consulting firms, and research organisations. The capstone project is often used to develop industry contacts and a portfolio of applied work that supports job applications.

Why study at University of Southern Queensland

The University of Southern Queensland offers a practical, industry-focused Master of Data Science with flexible study modes suited to on-campus and distance learners. USQ has a strong regional and online teaching tradition, enabling students to balance study with work through structured online resources and supported supervision for project work.

Students benefit from applied learning opportunities, access to computing resources and supervision from academic staff with strengths across statistics, machine learning and applied analytics. The programme emphasizes real-world problem solving, preparing graduates to implement data-driven solutions in a variety of professional contexts.

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Programme details are indicative and may change — always verify current information with the official university website before applying.