Learn how to structure your project in git and leverage the power of Python for scientific programming. In this project-based course, you collaborate with peers using Git to structure a semester project of your choice. We learn best practices for creating reproducible, readable and reusable software leveraging AI-assistants for efficiency and overcoming the learning curve.

Application of mathematical methods to problems in the (geo)physical sciences. Through exercises, the students learn to apply new and previously acquired mathematical skills, deriving many of the key results themselves. The course focuses on Wavefield methods (Seismics and Georadar), and Potential field methods (Gravity and Magnetics), as well as on Basic reflection imaging.