LFU:online

Prerequisites for registration: The prerequisites of the respective curricula do apply.

Learning Outcome: This module serves to expand the study programme and to acquire additional qualifications.

Prerequisites for registration: the prerequisites of the respective curricula do apply

Learning Outcome: This module serves to expand the study programme and to acquire additional qualifications.

Prerequisites for registration: the prerequisites of the respective curricula do apply

Learning Outcome: This module serves to expand the study programme and to acquire additional qualifications.

Prerequisites for registration: the prerequisites of the respective curricula do apply

Learning Outcome: This module serves to expand the study programme and to acquire additional qualifications.

Prerequisites for registration: The prerequisites of the respective curricula do apply.

Learning Outcome: This module serves to expand the study programme and to acquire additional qualifications.

Prerequisites for registration: none

Learning Outcome: The students are able to describe the basics of classical physics (mechanics and thermodynamics) and can explain the associated concepts. They are able to transfer their knowledge and solve problems in mechanics and thermodynamics.

Prerequisites for registration: none

Learning Outcome: ad a.: Students can describe, in general terms, the processes in the atmosphere that determine weather, climate, and climate change.
ad b.: Students can describe the concepts of classical mechanics and thermodynamics and explain the associated concepts. They are able to independently develop further concepts of mechanics and thermodynamics.
ad c.: Students are able to transfer their knowledge and solve problems in mechanics and thermodynamics independently. They are able to explain how they solved these problems and present and discuss them in a way that is tailored to the target audience.

Prerequisites for registration: none

Learning Outcome: ad a.: Students can describe the concepts of classical mechanics and thermodynamics and explain the related concepts. They are able to independently develop further concepts of mechanics and thermodynamics.
ad b.: Students are able to apply their knowledge and independently solve problems in mechanics and thermodynamics. They are able to explain how they solved these problems and present and discuss them in a manner appropriate to the target audience.
ad c.: Students can describe and explain the concepts of modern physics. They can independently study similar content and are able to apply this knowledge to solve problems. Additionally, students can present measurement data, analyse and interpret it independently, and apply error models.

Prerequisites for registration: none

Learning Outcome: Students are able to explain the basics and corresponding concepts of physics(mechanics and thermodynamics). They are able to independently elaborate similar contents and apply their knowledge for solving problems in the field of mechanics and thermodynamics.

Prerequisites for registration: none

Learning Outcome: Students know how to explain the basics of programming. They are able to apply their knowledge to solve problems in the field of physics.

Prerequisites for registration: successful completion of courses with a total of 105 ECTS-Credits from the compulsory modules.

Learning Outcome: Students are able to demonstrate a professional and methodically correct approach to a partial area of physics and to illustrate it written and oral in a well-structured form. They know how to impart information, ideas, problems and solutions to experts lay people. They have developed learning strategies to continue their studies result-oriented in the time scope given with a high degree of autonomy. They have knowledge in a partial area of physics in an extent which offers them the possibility to develop and apply creative and innovative ideas.

Prerequisites for registration: 30 ECTS-Credits passed in the study programme

Learning Outcome: Introduction to research-related project work including current literature; practical implementation of specific methods for current research projects; ability to carry out innovative projects under supervision; presentation and scientific communication of current research; advanced study of current topics in research

Prerequisites for registration: none

Learning Outcome: Advanced understanding of basic mathematical methods in computational physics; ability to independently acquire further knowledge in the field

Prerequisites for registration: none

Learning Outcome: Advanced understanding of the methods in computational physics; ability to independently acquire advanced knowledge in the field of computational physics

Prerequisites for registration: none

Learning Outcome: Advanced understanding of topics beyond the acquired basic knowledge; Ability to make connections from the mathematical description of physical problems to the relevant numerical methods

Prerequisites for registration: none

Learning Outcome: Advanced understanding of theories, observations and methods in astrophysics and particle physics; ability to independently acquire further knowledge in the field of astrophysics and particle physics

Prerequisites for registration: none

Learning Outcome: Advanced understanding of topics beyond the acquired basic knowledge; ability to independently acquire knowledge of current topics in astrophysics and particle physics

Prerequisites for registration: none

Learning Outcome: Advanced understanding of special applications; ability to independently acquire further knowledge in the field

Prerequisites for registration: none

Learning Outcome: Advanced understanding of special applications; ability to independently acquire further knowledge in the field

Prerequisites for registration: The registration requirements of the respective curricula must be met.

Learning Outcome: Erweiterung des Studiums und Erwerb von Zusatzqualifikationen.

Prerequisites for registration: none

Learning Outcome: Having successfully completed this module, students are able to discuss the
current state of knowledge in the area of the dissertation and can critically
reflect on and discuss issues with experts of the chosen sub discipline. On
this basis, they are able to make their own contributions to research. Likewise the students have interface knowledge at a high professional level which is needed for the implementation of the dissertation.

Prerequisites for registration: none

Learning Outcome: After the successful completion of this module, students have advanced
theoretical and practical knowledge, skills and competencies in selected
disciplines, as well as methods and general skills which enable them to
pursue independent scientific activities and help them succeed in their
future careers.