Weitere Module
Numerics for Earth System Physics
Students understand basic numerical methods for solving linear and non-linear systems, root finding, interpolation, approximation, and fast Fourier transforms, addressing existence, uniqueness, algorithms, efficiency and accuracy of solutions.
Weitere Module
Differential Equations for Earth System Physics
Module covers differential equations methods relevant to Earth system physics applications.
Weitere Module
Statistics for Earth System Physics
Module provides statistical methods and analysis techniques for Earth system physics.
Weitere Module
Foundations of Fluid Dynamics
Module covers fundamental principles of fluid dynamics relevant to Earth system sciences.
Weitere Module
Applied Geophysics
Students learn applied geophysical methods and techniques.
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Geophysics Practical Training
Practical training in geophysical methods and field work.
Weitere Module
Machine Learning in Physical Earth System Sciences
Application of machine learning methods to physical Earth system sciences.
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Geodynamics and Vulcanology
Module covers geodynamic processes and volcanic systems.
Weitere Module
Data Processing and Geophysical Model Building
Students learn data processing techniques and methods for building geophysical models.
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Geophysical Geohazard Research
Module focuses on geophysical aspects of natural hazards research.
Weitere Module
Seismology and Earthquakes
Students study seismological theory and earthquake phenomena.
Weitere Module
Fundamentals of Physical Oceanography
Introduction to physical processes in the ocean and fundamental oceanographic principles.
Weitere Module
Coastal and Shelf Sea Oceanography
Study of oceanographic processes in coastal and shelf sea regions.
Weitere Module
Ocean and Ice in the Climate System
Module examines the role of oceans and ice in the Earth's climate system.
Weitere Module
Oceanographic Field Work
Practical field training in oceanographic methods and data collection.
Weitere Module
Fundamentals of Dynamical Oceanography
Students learn fundamental principles of ocean dynamics and fluid dynamics applied to oceanography.
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Ocean Modelling
Study of methods for modeling ocean processes and dynamics.
Weitere Module
The Cryosphere
Module covers ice, snow, and frozen systems in the Earth system.
Weitere Module
Atmospheric Thermodynamics
Students learn thermodynamic principles and processes in the atmosphere.
Weitere Module
Atmosphären-Messungen
Module covers atmospheric measurement techniques and instrumentation (taught in German).
Weitere Module
Synoptik
Study of synoptic meteorology and weather analysis (taught in German).
Weitere Module
Dynamics of Weather and Climate
Students examine the physical dynamics underlying weather and climate systems.
Weitere Module
Weather Forecasting & Modelling
Module covers weather forecasting techniques, numerical weather prediction, and atmospheric modeling.
Weitere Module
Air Chemistry
Study of chemical processes and reactions in the atmosphere.
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Cloud Physics
Students learn physical processes of cloud formation, growth, and precipitation.
Weitere Module
Environmental Meteorology
Module covers meteorological processes affecting the environment and human activities.
Weitere Module
Climate Physics
Students examine physical principles governing Earth's climate system and climate processes.
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Radiation and Remote Sensing
Study of radiation processes in Earth's atmosphere and remote sensing techniques for Earth observation.
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Data Analysis and Software Development
Module covers data analysis methods and software development techniques for Earth system sciences.
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Programming in Fortran
Students learn Fortran programming language for scientific computing applications.
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Climate Variability and Diagnostics
Study of climate variability on various timescales and diagnostic methods for climate analysis.
Weitere Module
Ocean carbon dynamics in the Earth system
Module examines carbon cycling in the ocean and its role in the Earth system.
Weitere Module
Air-Ice-Sea Interaction
Study of interactions between atmosphere, ice, and ocean components of the Earth system.
Weitere Module
Thesis Seminar
Seminar to prepare students for conducting and presenting their Bachelor's thesis research.
1. Semester12 ECTS
Physics 1 (Mechanics and Heat Theory)
Students learn fundamental phenomena of mechanics and heat theory through experimental physics and theoretical conceptualization, including kinematics, dynamics, energy, waves, and thermodynamics.
1. Semester8 ECTS
Mathematics 1
Students master fundamental mathematical methods including number spaces, vectors, sequences and series, linear systems, and calculus for functions of one variable.
1. Semester
Physics of the Earth System 1
Introduction to the physics of the Earth system and its subsystems, providing overview of geophysics, oceanography, meteorology and climate.
1. Semester
Physics of the Earth System – Practical Training
Students gain first practical experience by completing 4-6 subject-specific experiments, learning to use measuring instruments, and evaluating data for an internship report.
2. Semester12 ECTS
Physics 2 (Electrodynamics and Optics)
Students understand basic phenomena of electricity, magnetism and optics, learning theoretical field concepts and mathematical methods of vector analysis within Maxwell's theory framework.
2. Semester8 ECTS
Mathematics 2
Students develop confident mastery of advanced mathematical methods including function series, Hilbert spaces, Fourier series, ordinary differential equations, and differential calculus in multiple dimensions.
2. Semester
Physics of the Earth System 2
Continuation of Earth system physics fundamentals.
6. Semester12 ECTS
Bachelor's Thesis
Students investigate and document a current research question in Earth system physics under supervision within a research group.
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