University of Malta

What you'll study

This degree combines core natural science subjects with applied modules that address the practical management of rifted and tectonically active regions. You will study foundational topics in geology, geophysics and geomorphology alongside modules in environmental science, remote sensing, GIS, risk assessment and socio-economic aspects of hazard management. The programme emphasises fieldwork, laboratory techniques and data analysis, with project-based learning and a substantial research or applied project in the final year.

• Core geological sciences: structural geology, stratigraphy, sedimentology, tectonics and volcanology.
• Geophysical methods: seismic interpretation, gravity and magnetic surveying, and geophysical data processing.
• Environmental and applied modules: coastal and slope stability, hydrogeology, environmental impact assessment and climate change interactions.
• Quantitative and technical skills: GIS and spatial analysis, remote sensing, statistics for earth sciences and programming for data processing.
• Risk, policy and society: hazard and risk assessment, emergency planning, land-use planning, and community resilience.
• Practical experience: regular field trips to study rift-related landforms, laboratory sessions in mineralogy and petrology, and a capstone research or consultancy project.

Entry requirements

Applicants are normally expected to hold a recognised secondary school leaving certificate with passes in science subjects; useful preparation includes mathematics and a physical science such as physics or chemistry. Mature applicants with relevant work or practical experience in related fields may be considered. International applicants must demonstrate sufficient English proficiency where applicable. Specific entry criteria and recognised qualifications are published by the University of Malta admissions office.

Career prospects

Graduates develop a mix of field, laboratory and analytical skills valued by employers in natural resource management, environmental consulting and civil protection. Typical career paths include roles as geological and geophysical technicians, environmental and hazard consultants, GIS and remote sensing specialists, groundwater and coastal management practitioners, and positions within governmental agencies responsible for land-use planning and disaster preparedness. Graduates are also well placed to pursue further study at master’s and doctoral level in geology, geophysics, environmental science or related applied disciplines.

Why study at University of Malta

The University of Malta offers a strong Earth sciences tradition combined with access to Mediterranean field sites that are highly relevant for the study of rifted and tectonically active environments. Students benefit from on-campus laboratories, established links with national research institutes and government agencies, and opportunities for applied projects that engage with real planning, conservation and hazard-management challenges. The teaching emphasises hands-on learning, interdisciplinary perspectives and skills that prepare graduates for both professional practice and postgraduate research.