The Master of Science in Energy Policy and Climate will prepare the next generation of interdisciplinary professionals to address the imposing challenges posed by climate change for human institutions and ecosystems and the potentially transformative role of sustainable energy systems. Students develop a firm grasp of climate change science and the potential impacts of climate change in this century and beyond.

Risks posed by climate change, sea level rise, and stresses on our natural resources highlight the need for environmental scientists and advisers. Master of Environmental Science is about understanding how humans connect with and change the natural environment, and is taught through a range of scientific disciplines such as biology, chemistry, geography, mathematics, and physics.

Extreme weather events are increasing in both intensity and frequency across the globe, many of an unprecedented severity. Advances in recent scientific understanding over the past decade confirm that such extreme events are attributable to global warming and would be statistically impossible without anthropogenic climate change.

Do you want to contribute to a climate-proof society through sustainable water management? The two-year Water Management for Climate Adaptation Master’s programme will give you an in-depth understanding of the relevant natural processes and the state of the art of water management.

Chart a new course forward for the planet. Climate change and environmental threats are reshaping our world, with profound consequences for economic well-being, migration, health, conflict, and environmental justice. This program’s human-focused approach emphasizes understanding the causes and effects of climate change and developing strategies to limit the impacts.

Environmental science is more important today than ever before. American University's Master of Science in Environmental Science gives students the knowledge and leadership skills to confront pressing environmental challenges facing the world, from climate change to renewable energy to food and water security. The program will prepare you for careers in science, research, environmental policy, and advocacy. With advanced coursework in climate modeling, geochemistry, conservation, and statistics necessary to inform science-based policy, the program prepares students to engage in high-level environmental problem-solving and to develop innovative solutions to critically important environmental issues.

The International Master in Soils and Global Change (IMSOGLO) educates this next generation of soil scientists who have the knowledge and skills to characterize soils, and understand soil evolution in an ecosystem context under global change based on a deep insight into the underlying processes and interactions, and develop strategies to implement climate-smart soil management policies.

Interested in Climate Change? Join us! Unique approach: Students study all parts of the climate system, including economics and social sciences - Two years - Taught in English - No tuition fees - International atmosphere with 75 % international students - Small classes with only up to 20 students - Excellent career prospects: 75 % of our graduates start to work in academia, NGOs or consultancies within less than six months after graduation - Access to an international research environment at Germany`s hub for climate research.

The orientation of this Degree is double, investigative and professional. A professional orientation linked to the interest and commitment of numerous companies in the sector, and a research orientation linked to the existence of a doctorate in Renewable Energies and Energy Sustainability, unique in the Galician University System.

Thinking about studies and a career in climate change, weather predictions or environmental challenges? Our MSc program lets you customize your studies and apply your knowledge in mathematics, physics, and chemistry to understand the atmosphere and the oceans. Through this interdisciplinary program, you will get a broad comprehension of how physical and chemical processes influence the Earth's climate and how we can explain the relationship between human activity and climate change.

The MSc Energy Business & Climate Strategy (MEBCS) program at GEM addresses the pressing issues of sustainable development, energy, and the natural environment, preparing students to drive transition in the energy system, from the supply side to the demand side and its governance.

The Joint Master in EU Trade & Climate Diplomacy (EUDIPLO) is offered by CIFE in Berlin and Nice and the School of Government at LUISS Guido Carli in Rome. The EUDIPLO Master provides analytical and negotiation skills through evidence-based studies and practical project work in the three major topics of the programme: Sustainability & Climate, Trade & Investment, Digital Cooperation.

The Master in Science of Climate provides a solid theoretical and practical knowledge about Earth's climate system, creating a high-level and multidisciplinary scientific profile. The main employment opportunities for the Science of Climate graduate will be in a national and international context in research institutes, universities, service organizations, and companies whose activities focus on topics such as climate change, environmental sustainability, energy transition, and environmental protection.

Our MSc in Climate Change Science and Policy provides you with a solid grounding in climate change science, alongside a critical understanding of the context for action on climate change. The programme is designed for students with a background in science (through their previous undergraduate and/or work experience), and includes hands-on quantitative training with climate models and climate data.

The MSc Global Energy and Climate Policy degree programme addresses important issues of our time. The use of energy – electricity generation, transportation, heating/cooling and industrial consumption – is the most important driver of climate change by far. Effectively addressing this urgent global challenge therefore requires transformational changes in the ways we produce, consume and govern energy.