University of Adelaide

What you'll study

The honours year combines an independent research project with advanced coursework and training in spatial science methods. Core study typically includes research design and methods, advanced geographic information systems (GIS), remote sensing and image analysis, spatial statistics and data visualisation. Students also study applied environmental topics such as ecosystem and landscape analysis, environmental impact assessment, hydrology and soil and water monitoring as they relate to spatial planning.

Teaching is delivered through a mixture of a supervised thesis project, research seminars, laboratory and computer practicals, and fieldwork. Practical skill development emphasises spatial data acquisition and processing (including GPS, UAV data, and satellite imagery), spatial databases, programming for spatial analysis (commonly using R and Python), cartographic presentation and reproducible research practices.

• Research project and honours thesis supervised by academic staff
• Advanced GIS and spatial modelling
• Remote sensing and image processing
• Spatial statistics and data visualisation
• Environmental monitoring and assessment methods
• Field methods and data acquisition

Entry requirements

Admission to the honours year normally requires completion of an appropriate bachelor degree in science, environmental science, geography, earth science or a related field, with sufficient background in quantitative and spatial methods. Applicants are expected to demonstrate prior coursework in GIS, statistics or remote sensing and to meet the University of Adelaide's minimum academic standard for honours entry (typically a strong credit/high distinction level grade average or equivalent). Prospective students should provide an indicative transcript and may be asked to nominate a potential supervisor.

International applicants must meet the University's English language requirements and provide evidence of equivalent tertiary preparation. Specific eligibility and documentation requirements should be confirmed with the University before applying.

Career prospects

Graduates with honours in Environmental and Geospatial Science find roles across government, industry and research. Common career paths include GIS analyst, remote sensing specialist, spatial data scientist, environmental consultant, natural resource manager, urban and regional planner, and positions in environmental impact assessment. The honours year also prepares students for higher degree research (PhD) and roles requiring advanced quantitative and research skills.

Employers of graduates include state and federal environmental agencies, local government planning departments, environmental and engineering consultancies, utilities, research institutions and conservation organisations. The combination of technical spatial skills and environmental knowledge is also valued in emerging areas such as climate adaptation, precision agriculture and environmental monitoring using remote sensing.

Why study at University of Adelaide

The University of Adelaide offers research-led teaching and access to staff working in environmental and geospatial research, including collaborations across the University’s Environment Institute and related research centres. Students benefit from laboratory and computing facilities for spatial analysis, opportunities for fieldwork across South Australia’s coastal, agricultural and arid environments, and links with government and industry partners for applied projects and internships.

Studying here provides strong preparation for professional practice and further research through supervised projects, technical training in current spatial tools and programming, and exposure to interdisciplinary environmental science challenges.