Overview

Understanding the physics, chemistry and history of the Earth is essential to tackling major global challenges, from mineral resources to natural hazards and climate change. The BSc (Hons) Geology at the University of Bristol offers a hands-on route into the subject, examining rocks, minerals and fossils alongside remote sensing techniques used to study otherwise inaccessible parts of the planet. Teaching draws directly on current research, with recent unit topics including volcanic hazards, global tectonics and hydrogeology, and the course builds toward independent research in the final year. It suits students genuinely curious about the Earth who want extensive practical experience, with over 40 days of fieldwork built into the degree.

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What You'll Learn

• The physics, chemistry and history of the Earth, studied through rocks, minerals and fossils

• Remote sensing techniques for exploring the Earth's structure and composition

• Current research topics such as volcanic hazards, global tectonics, mineral resources and hydrogeology

• Practical fieldwork skills, developed through over 40 days of UK and overseas field trips

• Laboratory and coding-based approaches to geological data and modelling

• Use of extensive geology collections and dedicated practical study spaces

• Scientific and technical skills including data analysis and modelling

• Independent research, culminating in your own project by the final year

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Learning Outcomes

By the end of the course, students will be able to explain the physical, chemical and historical processes that have shaped the Earth, drawing on direct examination of rocks, minerals and fossils. They will be equipped to apply remote sensing and modelling techniques to investigate geological structures and processes, including current issues such as volcanic hazards and mineral resources. Through extensive fieldwork and an independent research project, students will develop strong practical, data analysis and problem-solving skills grounded in real-world geological practice. Graduates will leave with a well-rounded set of scientific and transferable skills, including coding, communication and resilience, suited to further study or a wide range of careers addressing global environmental and resource challenges.