Earth Sciences

Earth Sciences is the integrated scientific study of our planet, encompassing the geological, geochemical, geophysical, and atmospheric processes that have shaped the Earth over billions of years and that continue to drive change today. It is a discipline that connects the deep past, from the earliest formation of the crust to the evolution of life, with pressing contemporary challenges including climate change, natural hazard assessment, and the responsible extraction of natural resources. Earth scientists need the full range of natural science tools, from field mapping and laboratory analysis to computational modelling, and the intellectual flexibility to integrate evidence across very different time and spatial scales.

At University College London, this four-year full-time programme is structured as an international programme, with a distinctive feature at its core: you will spend your third year studying at an approved partner university in Australia, New Zealand, continental Europe, or North America, following any of the MSci programmes offered by UCL Earth Sciences. This international year is not peripheral but integral, genuinely extending your scientific education in a different research environment and cultural context, and reflecting the inherently global character of the discipline. You will develop expertise across the major sub-disciplines, including geology, geochemistry, geophysics, and environmental Earth sciences, building towards the integrated understanding of the Earth system that the Masters level qualification represents.

UCL is one of the world's leading Earth science research institutions, and the undergraduate programme benefits from faculty engaged in frontier research in every area of the discipline.

Graduates pursue careers in the oil, gas, and minerals industries, environmental consultancy, geotechnical and engineering geology, government geological surveys, and academic research. Many go on to doctoral research. The international year is a genuine differentiator in a discipline where understanding Earth systems in different geological and environmental contexts matters.