MSc in Climate Sciences

The University of Bern runs its MSc in Climate Sciences through the Oeschger Centre for Climate Change Research, an interfaculty centre that brings together physics, geography, geology, biology, economics and history around a single subject. The programme is taught in English over two years and 120 ECTS. Bern's Physics Institute holds one of the longest and most cited records in the field — the Greenland and Antarctic ice-core work that established the link between atmospheric CO2 and temperature over the last 800,000 years was done here.

The structure is modular rather than a fixed syllabus. A core in climate physics, the carbon cycle, climate modelling and statistics is followed by a specialisation: atmospheric and climate physics, climate and Earth-system modelling, palaeoclimatology and climate reconstruction, economics and policy of climate change, or climate and environmental history. Practical work runs through the ice-core and isotope laboratories, field campaigns in the Alps, and the Centre's supercomputing resources. The second year is largely a research thesis attached to an active Oeschger group.

Tuition needs care, because Bern changed it. The university's fee schedule for students starting from the autumn 2026 semester is CHF 850 per semester in base tuition plus a CHF 1,700 per-semester surcharge for students without Swiss residency — roughly CHF 5,100 a year, or about LKR 1.89 million, plus small per-semester administrative charges. That is a sharp increase on the surcharge Bern charged previously, and students already enrolled before autumn 2026 are grandfathered on the old rate. Some programme pages still display the older figure, so confirm the current amount with Bern admissions before you budget. Even at the new rate it remains well below a UK equivalent at £28,000-£35,000 a year — the genuine cost of studying in Switzerland is living there.

Applicants need a quantitative Bachelor's — physics, mathematics, geography with a physical-science emphasis, geology, environmental science, meteorology or engineering — with a major or at least a 60-ECTS minor in a contributing discipline, and a degree less than ten years old. Up to 60 ECTS of bridging coursework can be imposed where a profile is short, and every shortlisted applicant is interviewed. Sri Lankan BSc graduates from Colombo, Peradeniya, Ruhuna, Sri Jayewardenepura and Moratuwa fit the profile where the transcript shows calculus, differential equations, statistics and physics. For a country facing shifting monsoon behaviour, coastal erosion and increasingly erratic Yala and Maha seasons, this is a directly applicable qualification rather than an abstract one.