Climate modelling
Summary
In this course, you will learn how climate models are designed and used. You will gain knowledge about the physical and dynamic processes that influence and control the climate system, as well as the mathematical and computational methods used to study them. You will gain experience in programming using data analysis tools and broad research-based knowledge about climate change, with a particular focus on the polar regions.
About
In "Climate modelling" you will learn about the physical and dynamic processes that affect and control the climate system, as well as the mathematical and computational methods used to study them.
You will learn to analyze and visualize results from climate modeling experiments, with the aim of developing your own climate change forecasts for processes that are relevant to society, such as sea level rise and extreme weather events. After completing and passing the course, you can expect to be able to:
- understand how climate models are constructed and used
- use climate models and analyze and visualize results from climate modeling experiments
- create your own future forecasts for various processes that affect society, such as sea level rise and extreme weather events
The course is part of the Master's Program in Earth Sciences but can also be taken as a freestanding course.
Read more about the Master's Programme in Earth Sciences (www.gu.se)
Teaching
The teaching consists of lectures, computer-based exercises and project work.
Language of instruction
English
Prerequisites and selection
Entry requirements
Admission to the course requires basic knowledge of the climate system equivalent to GV1410 Geosciences, Basic Level Course 30 credits, GV0340 Earth System Sciences 7.5 credits, and GV2500 Data Analysis for Earth Sciences 7.5 credits and at least 180 credits in the main field of Earth Sciences, Environmental Science, Marine Sciences, Physics or Computer Science and Engineering. Students with equivalent educationmay, after review and approval, be admitted to the course.
Selection
Selection is based upon the number of credits from previous university studies, maximum 165 credits.
After graduation
If you study Earth Science, you have good career opportunities both in Sweden and abroad. You can choose to work in industry, as a consultant, project manager or in public administration.
Our former students work, for example, with natural resource management, environmental issues and urban planning, you also have great opportunities to focus on the particular area you are interested in.
Exchange opportunities
If you are studying Earth Science at the University of Gothenburg, there are good opportunities for exchange studies during your studies. This is often seen as a good asset when applying for jobs, as many jobs require international collaboration. We have over 100 agreements within Erasmus and other exchange programs with universities around the world, both within and outside Europe.
