Overview

Understanding the dynamic geological processes that shape Earth's crust, landscape evolution, and natural resource distribution is essential for addressing global energy transitions, environmental hazards, and climate challenges. The BSc (Hons) Geology at University of Leeds, accredited by the Geological Society of London, delivers a comprehensive education across physical, chemical, and biological geosciences. Delivered by the School of Earth and Environment, the curriculum explores fundamental earth processes, plate tectonics, rock and mineral identification, structural geology, and sedimentary basin analysis. Students gain extensive practical experience using advanced thin-section microscopy suites, specialized geomechanical testing laboratories, GIS platforms, and computational mapping software. The program emphasizes hands-on field investigations through residential field trips in diverse geological terrains across the UK and Europe. This degree is ideally suited for scientifically curious, field-oriented problem-solvers seeking to master 4D Earth system analysis, evaluate natural hazards, and discover sustainable resource solutions.

What You'll Learn

• Fundamental principles of mineralogy, petrology, sedimentology, and structural geology across micro to macro spatial scales

• Plate tectonics, planetary dynamics, crustal evolution, deformation mechanics, and structural geological mapping

• Earth surface processes, geomorphology, sedimentary depositional environments, and palaeoenvironmental reconstruction

• Biogeochemical evolution, palaeontology, mass extinction records, and biological interactions with Earth's surface systems

• Quantitative geological research methods, structural geological cross-section construction, and spatial data analytics using GIS

• Fieldwork techniques, rock mass characterization, structural logging, geological mapping, and residential field surveys

• Specialist elective pathways covering hydrogeology, geophysics, volcanic hazard analysis, economic geology, and engineering geology

• Independent geological mapping capstone project involving field mapping, laboratory analysis, and structural report synthesis

Learning Outcomes

Graduates will possess an in-depth understanding of Earth history, tectonic processes, rock forming environments, and natural resource distribution. They will demonstrate the capability to construct quantitative 3D and 4D geological models, evaluate structural deformation patterns, and interpret complex stratigraphy using geological maps and field observations. Students build strong technical abilities in mineral identification, thin-section petrographic analysis, spatial data collection, and field mapping through intensive laboratory sessions and residential field courses. Furthermore, learners master the ability to communicate geological findings and environmental hazard assessments clearly through technical mapping, scientific reports, and oral presentations. Through specialized option modules and a major independent field mapping dissertation, scholars cultivate the scientific rigor and field expertise required to excel as engineering geologists, environmental consultants, hydrogeologists, mineral exploration geoscientists, or postgraduate researchers.