Master of Science in Integrated Climate System Sciences (MSc ICSS)

Program overview

This English-language MSc brings together the natural sciences and climate-relevant social and economic perspectives to give you a holistic understanding of the climate system. The curriculum covers processes across the atmosphere, hydrosphere, cryosphere, geosphere and biosphere and examines how climate variability and change affect—and are affected by—societies and political processes. The programme emphasizes interdisciplinary thinking so you learn to connect disciplinary expertise with broader societal issues.

Teaching and methods

A central component is quantitative: you will use mathematical and numerical modelling to describe Earth-system interactions, and you will validate those models with observation and monitoring data. Alongside the environmental Earth-science content, courses address climate-relevant topics from economics and the social sciences to help you understand the drivers of, and responses to, climate change. The programme aims to develop both deep disciplinary competence and the ability to collaborate across fields.

Structure and specialization

All students study material from three thematic tracks during the first semester, then after the second semester build a personal curriculum that either concentrates on one of the tracks or combines courses across them. The three available tracks are:

• Physics of the Climate System
• Biogeochemistry of the Climate System
• Climate-Related Economics and Social Sciences

Admission requirements (official details not provided in the original description)

• Language of instruction: English (as stated in the program header)
• Degree awarded: Master of Science
• Field: Environmental Science
• Specific entry requirements, application deadlines, required prior qualifications, and language/grade proof are not listed in the text provided — consult the programme’s official admissions page for exact criteria and documents needed.

Overview

This two-year MSc programme is organised over four semesters and totals 120 credit points (30 CP per semester), combining compulsory coursework, electives for specialisation, and an independent Master’s thesis. Studies begin with an orientation week at the School of Integrated Climate System Sciences, followed by mandatory modules that build basic research skills plus core natural- and social-science foundations in climate system sciences. From the outset you pick elective courses to shape your profile—options include technical introductions (e.g., Introduction to Numerical Methods) and domain-specific classes (e.g., Chemistry of Natural Waters).

Progression and practical options

The second semester is designed to broaden your perspective across climate science disciplines: you choose courses from at least two of the three programme tracks—Physics of the Climate System; Biogeochemistry of the Climate System; and Climate-related Economics and Social Sciences—so you can pursue either a focused specialisation or an interdisciplinary pathway. Lecture-free periods across the programme are used for exams, and they also allow time to join workshops or summer schools or to complete an internship. Technical-skill training (for example, scientific programming or climate-data visualisation) is provided during semester breaks.

Research training and thesis

In the third semester you undertake the Climate Study Project, an individual research investigation carried out with guidance from a personal adviser and a host research group. This project culminates in a written report and an extended abstract prepared for the Integrated Climate System Science (ICSS) Seminar, where every third-semester student presents their work. The fourth semester is dedicated to the Master’s thesis: you collect and analyse data in close collaboration with a research group, write the thesis, and present your findings to a scientific audience.

Key curriculum requirements and learning outcomes

• Total workload: 120 CP over four semesters (30 CP per semester).
• Start: orientation week for all new MSc students at SICSS.
• Core modules: mandatory basic research skills and core natural- and social-science courses in climate system sciences.
• Electives: choose elective courses from the three programme tracks; early electives may include "Introduction to Numerical Methods" or "Chemistry of Natural Waters."
• Programme tracks: Physics of the Climate System; Biogeochemistry of the Climate System; Climate-related Economics and Social Sciences.
• Breadth requirement: in semester 2 select courses from at least two of the three tracks.
• Technical skills module: delivered during semester breaks (examples: scientific programming, climate-data visualisation).
• Practical opportunities: workshops, summer schools, or internships during lecture-free periods.
• Research project: Climate Study Project in semester 3 with adviser and research group; includes report, extended abstract, and presentation at the ICSS Seminar.
• Master’s thesis: semester 4; close collaboration with a research group, written thesis and oral presentation to a scientific audience.

Learning outcomes you can expect

• Integrated, interdisciplinary understanding of climate system sciences across physical, biogeochemical and socio-economic perspectives.
• Practical research skills: project design, data collection and analysis, scientific reporting and oral presentation.
• Technical competencies in scientific programming and climate-data visualisation.
• Ability to tailor studies towards a specialised research profile or an interdisciplinary professional role.

Graduates are prepared for careers that require a combination of quantitative climate science and interdisciplinary thinking. Typical pathways include roles in climate research groups and modelling centres, environmental and climate consultancy, governmental and international agencies, NGOs focusing on climate adaptation and mitigation, and positions in the environmental departments of industry.

The programme also provides a strong foundation for doctoral studies: its emphasis on numerical modelling, observational validation and an independent Climate Study Project and thesis equips students for research-focused PhD programmes in climate science, Earth system science and related interdisciplinary fields.