Charles University

Overview

The Master’s programme in Atmospheric Physics, Meteorology and Climatology at Charles University offers an in-depth exploration of the atmosphere as a complex physical and dynamical system. This course integrates meteorology, climate science, and atmospheric physics while equipping students with essential practical skills in data analysis, modelling, and numerical methods vital for research and forecasting.

• Level: Master’s (MSc)
• Focus: Atmospheric physics, meteorology, climatology, climate modelling, atmospheric data analysis
• Typical Duration: 24 months
• Delivery: On-campus (Charles University)
• Language of Instruction: English
• Application: Submit via Charles University application flow

What you'll study

The programme structure combines core courses with quantitative methods, data analysis, and modelling, ensuring a comprehensive educational experience. The curriculum includes:

• Core Foundations: Atmospheric thermodynamics, fluid dynamics in the atmosphere, radiation and energy balance
• Meteorology & Weather Dynamics: Synoptic and mesoscale processes, atmospheric circulation and forecasting fundamentals
• Climatology & Climate System: Structure and dynamics of the climate system, climate variability, climate change, and anthropogenic influences
• Modelling & Numerical Methods: Numerical approaches for atmospheric and climate modelling, model interpretation, and validation
• Data & Statistics: Mathematical statistics, data processing, visualization, and uncertainty-aware interpretation
• Atmospheric Composition & Pollutants: Transport and transformation of pollutants, links between emissions, air quality, and climate-relevant processes
• Electives / Special Topics: Modules related to climate modelling, meteorological applications, environmental impacts, and advanced atmospheric physics
• Capstone / Thesis: A Master’s thesis or research project based on independent study and applied analysis, with topics chosen under academic supervision

Entry requirements

To apply for this programme, candidates should possess a relevant Bachelor’s degree or be nearing completion in physics or a closely related field. A solid academic foundation in atmospheric science and quantitative methods is essential. There are no GRE or GMAT requirements for this programme.

Minimum English proficiency is demonstrated through standardized tests such as:

• Duolingo English Test: 105
• TOEFL iBT: 85
• IELTS (Academic): 6.5

Alternative evidence of English proficiency may be accepted; please confirm with the admissions office for specific details.

Career prospects

Graduates of this programme are well-prepared for a range of career opportunities in sectors related to atmospheric science, climate research, meteorology, and environmental consultancy. They may find positions in academic institutions, government agencies, research organizations, and private industry, contributing to crucial work in climate modelling, weather forecasting, and environmental policy development.