Environmental Science

Environmental science takes an integrated approach to studying the natural world and the impact of human activity on it. It draws on biology, chemistry, geology, physics, and the social sciences to understand processes such as climate change, biodiversity loss, pollution, ecosystem dynamics, and the sustainability of resource use. As the evidence of human influence on the planet has accumulated and the urgency of the resulting challenges has grown, environmental science has become one of the most important and in-demand of disciplines, attracting students motivated by a desire to understand and address those challenges.

At the University of Sheffield, this three-year full-time programme is built around cutting-edge research that tackles real-world environmental challenges, using the latest technology and data-driven approaches. You will engage with climate science, ecology, environmental chemistry, geomorphology, and the social dimensions of sustainability, developing the scientific literacy and analytical skills that careers in environmental consultancy and sustainability leadership require. A sandwich year is built into the programme, giving you the opportunity to work in an environmental organisation before your final year.

A year abroad is also incorporated, and work placement is additionally available, all of which ensure that you graduate with substantial professional and international experience alongside your academic training.

Field work is a central part of the programme. You will develop skills in sampling, measurement, spatial analysis, and data interpretation in real environmental contexts, which is where environmental science ultimately needs to be practised.

Graduates go on to work in environmental consultancy, conservation, government agencies, sustainability roles in business, water and energy utilities, urban planning, climate policy, and a growing range of green economy sectors. Many continue to postgraduate study in environmental science, ecology, climate science, or related fields. The quantitative and analytical skills the degree develops are also valued in research, data analysis, and a range of scientifically informed policy roles.