Lund University

Overview

The Environmental Science programme at Lund University is designed to explore the intricate relationship between human activity and environmental change. This research-oriented course delves into how scientific evidence can foster practical solutions to pressing environmental issues. Students will acquire advanced skills in analyzing environmental systems, interpreting complex data, and effectively communicating research findings to inform decision-making processes.

What you'll study

The curriculum is structured to enhance your understanding of environmental science and equip you with the tools to tackle real-world challenges. Learning experiences typically blend focused study with research-led initiatives, including seminars and independent projects. Key areas of study include:

• Environmental processes and human impact
• Climate change and ecosystem dynamics
• Biodiversity and ecosystem services
• Environmental chemistry and pollutant behavior
• Energy and natural resource use

Learning and assessment methods: The programme employs various teaching methods, such as lectures, problem-based exercises, data analysis, and literature discussions. A significant research component, including thesis work, is typically required for third-cycle studies; specifics can be confirmed through the official study plan or the admissions team.

Entry requirements

To gain admission to the third-cycle programme, candidates must possess a second-cycle qualification or demonstrate equivalent knowledge obtained either in Sweden or abroad. Additionally, applicants should meet the credit requirements for third-cycle studies, which generally necessitate at least 240 credits in total, with a minimum of 60 credits at the second-cycle level.

Career prospects

Graduates of the Environmental Science programme will be well-prepared for various career paths in academia, research, governmental agencies, and private sector organizations focused on environmental sustainability. The advanced analytical skills and in-depth knowledge acquired throughout the programme will enable graduates to contribute meaningfully to addressing global environmental challenges and promoting sustainable practices.