COURSE CURRICULUM

The Geophysics degree program offers a structured, in-depth exploration of environmental science, mathematics, and geophysics, designed to prepare students for a variety of career paths in this field. The first year is foundational, with compulsory modules covering global environmental challenges, sustainability, earth systems, and essential mathematical techniques. Students learn to analyze data, conduct research, and develop basic programming skills, all of which are crucial for tackling environmental and geophysical problems. These modules lay the groundwork for more specialized study in later years.In the second year, students delve deeper into applied geophysics, mathematical modelling, and fluid dynamics, refining their computational and analytical skills. The curriculum also incorporates research practices and project management, offering hands-on experience through fieldwork and data collection. Students can choose from various optional strands to tailor their studies to their interests, and a residential field course further enhances their practical knowledge.The final year provides an opportunity for independent research, where students undertake a substantial project that allows them to apply their skills to a specialized area of interest. Advanced modules, such as environmental modelling and geophysical hazards, deepen students’ understanding of real-world geophysical challenges. Throughout the program, students gain a balance of theoretical knowledge and practical skills, ensuring they are well-equipped for careers in geophysics, environmental consultancy, policy, or research. The combination of academic rigor and professional development opportunities positions graduates for success in a rapidly evolving field.