Physical Geography and Oceanography

Physical geography and oceanography together form one of the most far-reaching scientific partnerships available to undergraduate study. Physical geography examines the processes that shape the Earth's surface, from glacial erosion and river systems to climate dynamics and soil formation, while oceanography extends that enquiry into the world's seas, exploring ocean circulation, marine chemistry, sediment transport, and the role of the oceans in regulating global climate. Studying the two together gives you an unusually integrated perspective on how land, water, and atmosphere interact across geological and human timescales.

At Bangor University you will study this programme over three years, with the option of a foundation year to build your scientific foundations before the degree proper begins. The programme includes both a sandwich year and a year abroad, offering you the chance to gain extended professional experience in a research or industry setting and to develop your skills within an international context. Work placement opportunities are also embedded within the course, meaning you will graduate with practical fieldwork and professional experience alongside your academic knowledge.

You will learn to collect and analyse environmental data, use geographic information systems and remote sensing tools, and interpret complex datasets drawn from land and ocean environments. Fieldwork is central to the discipline, and you will spend time working in real landscapes and marine environments alongside laboratory and desk-based study.

The combination of physical geography and oceanography prepares you for a wide range of careers in environmental science, climate research, marine science, and policy. Graduates pursue roles in environmental consultancy, government agencies, research institutes, conservation bodies, and international organisations working on climate change adaptation and coastal management. The analytical and quantitative skills you develop are also valued in sectors such as energy, logistics, and data science.

Further study at postgraduate level is a natural progression, with routes into research degrees and specialist masters programmes in areas including oceanography, climate science, environmental management, and geospatial analysis.