University of Western Australia

What you'll study

The program combines taught coursework with intensive field and laboratory training and a substantial research or project component. Core topics cover groundwater flow and transport processes, hydrogeochemistry, aquifer characterisation and testing, contaminant hydrogeology, and numerical groundwater modelling (including practical experience with industry-standard packages). Students also study complementary subjects such as surface–groundwater interactions, geophysics for hydrogeology, water resource assessment and management, geographic information systems (GIS) for hydrogeological applications, and statistical methods for hydrological data.

Field skills are emphasised: units typically include borehole logging, pump testing, well construction and sampling protocols, geochemical sampling and interpretation, and site investigation techniques. The degree culminates in a research thesis or a major applied project that allows students to tackle real-world groundwater problems in collaboration with supervisors or industry partners.

Entry requirements

Applicants are normally expected to hold a relevant bachelor degree (with honours) or equivalent in geology, earth sciences, environmental science, civil or environmental engineering, or a closely related discipline. Candidates with a pass degree plus substantial relevant professional experience may also be considered. Prior coursework in mathematics, fluid mechanics or geoscience is desirable because of the quantitative focus of many units.

International applicants must demonstrate English language proficiency. Evidence such as an academic English test score or other approved qualification is required; the university provides details of acceptable tests and minimum scores on its admissions pages. Admission is competitive and may take into account academic transcripts, referees, and a statement of purpose outlining relevant experience and career objectives.

Career prospects

Graduates of the Master of Hydrogeology are prepared for professional roles in a range of sectors that require groundwater expertise. Typical career paths include:

• Hydrogeologist or groundwater scientist in consulting firms
• Water resources planner and manager for utilities, state agencies or local government
• Contaminated site specialist or remediation consultant
• Mining hydrogeologist supporting mine planning, dewatering and water management
• Environmental scientist or technical advisor in industry, NGOs or regulatory bodies
• Research scientist or continued academic study (PhD) in hydrogeology and related fields

Employers value the programme’s applied training, numerical modelling competence and field experience. Graduates commonly move into roles that combine site investigation, numerical simulation, and advice on sustainable groundwater use and protection.

Why study at University of Western Australia

UWA’s School of Earth Sciences has a long-established reputation for geoscience teaching and research in a state where water and groundwater systems are of major economic and environmental importance. The university offers access to diverse field environments—from coastal aquifers to semi-arid and mining districts—providing practical training opportunities that are directly relevant to the region’s needs.

Students benefit from laboratory facilities for hydrochemistry and isotope work, computing resources for groundwater modelling, and active links with industry and government agencies in Western Australia. These connections support applied projects, guest lectures and potential internships, helping graduates transition into professional hydrogeology and water management roles.