University of Adelaide

What you'll study

The program builds core knowledge in the formation, composition and structure of the Earth and its natural resources. Early years cover foundational sciences including physics, chemistry, maths and introductory Earth science. Progressing years focus on specialist geology disciplines, laboratory methods and hands‑on fieldwork.

• Core subjects: mineralogy, petrology (igneous, metamorphic and sedimentary), structural geology, sedimentology and stratigraphy.
• Analytical and laboratory skills: geochemical techniques, petrographic microscopy, mineral identification, rock and soil sample preparation and analytical instrumentation.
• Quantitative tools: applied geology mathematics, geostatistics, introductory geophysics, and geochemical data interpretation.
• Field training: multi‑day mapping trips, outcrop description, field sampling protocols, and practical use of GPS and field GIS applications.
• Applied and topical units: economic geology and ore deposits, exploration geology, hydrogeology, environmental remediation, remote sensing and GIS for resource assessment.
• Capstone and research preparation: advanced field projects, industry‑linked projects or a research project to prepare for honours or postgraduate study.

Students choose electives to tailor the degree toward exploration and resources, environmental geoscience, or applied geoscience technologies. The program is typically structured into progressive levels so that practical skills and field experience increase in later years.

Entry requirements

Admission is based on completion of secondary schooling or an equivalent qualification. Applicants are expected to have a strong background in the sciences and mathematics.

• Recommended secondary subjects: chemistry, physics and mathematics (or mathematical methods); biology is beneficial for environmental pathways.
• Alternative entry: recognised tertiary qualifications, bridging or foundation studies, and mature‑age entry pathways are considered.
• International students: equivalent secondary qualifications are accepted; demonstrated English language proficiency through recognised tests is required.
• Additional considerations: prior field experience, relevant vocational study or demonstrated interest in Earth sciences can strengthen an application.

Career prospects

Graduates work across the resources and environmental sectors both in Australia and internationally. The degree equips students for roles that require field competence, analytical skills and understanding of resource systems.

• Exploration geologist and field mapping roles in mineral and energy companies
• Resource/reserve evaluation and mine geology positions
• Environmental consultant roles focusing on site assessment, remediation and hydrogeology
• Geotechnical and engineering geology in construction and infrastructure projects
• Data‑driven roles such as geoscience data analyst, GIS specialist and remote sensing analyst
• Government and regulatory agencies involved in land, water and resource management
• Further study: honours year and postgraduate research leading to academic, research institute or specialist consulting careers

Why study at University of Adelaide

The University of Adelaide sits at the heart of a region with extensive mineral and energy activity, offering strong industry engagement and practical training opportunities. The School of Physical Sciences and associated research centres provide access to well‑equipped geoscience and analytical laboratories, experienced academic staff engaged in exploration and environmental research, and structured field programs across diverse geological terrains.

Students benefit from industry links that can lead to internships and project work, a curriculum designed to meet contemporary industry needs, and clear pathways into honours and postgraduate research for those aiming for specialist or leadership roles in geoscience.