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Technische Physik (Technical Physics)
The Bachelor's Programme “Technische Physik” (hereafter: Technical Physics) aims to provide a comprehensive foundational education in physics and its applications. The focus is on teaching the modern physical worldview, such as quantum theory, relativity, statistical physics, and the structure of matter, which shape our current understanding of the microcosm as well as the development of the universe. Mastery of these concepts requires intensive mathematical training during the first three semesters of the bachelor's program. The insights of modern physics also form the basis for a wide range of technological developments in electronics, nanotechnology, medicine, energy technology, and more. Therefore, the bachelor's program includes thorough laboratory and electronics training, technical mechanics, and technology courses to enable the practical application of these concepts.
The programme covers the following core subjects:
- Fundamentals of physics with laboratory work
- Mathematics
- Basics of electronics and data processing
- Technical mechanics
- Theoretical physics (electrodynamics, quantum theory, statistical physics)
- Structure of matter (chemistry, solid-state physics, atomic, nuclear, and particle physics)
| Degree programme code | UE 033 261 – Bachelor's Programme Technical Physics |
|---|---|
| Duration of the degree programme | 6 semesters |
| Credits | 180 ECTS |
| Language of instruction | German |
| Degree | Bachelor of Science (BSc) |
| Recommended semester plan | Technical Physics, opens an external URL in a new window |
Programme-PRe-Phase
There is no selection procedure for the Bachelor's Degree Programme in Technical Physics. Instead, before being admitted, you must engage with the contents of the programme as part of the so-called Study Preparation and Reflection Phase (Programme-PRe-Phase).
Further Information
The most important requirement for studying Technical Physics, in addition to meeting the formal entry requirements, is an interest in today’s physical world, fundamental relationships and technical applications. You should be able to deal with abstract topics, have a positive attitude towards maths, and a talent for applying knowledge to practice.
The Bachelor’s Programme in Technical Physics also provides a sound educational background for careers that build on the basic principles of sustainability. The scope of the foundational knowledge opens up a wide range of activities to graduates, with excellent opportunities for development and future-directed perspectives, above all in the field of natural sciences and technology.
At TU Wien, you can choose one of the following Master's Programmes for specialisation after completing your Bachelor's Programme Technical Physics:
- Master's Programme Automation and Robotic Systems (German-taught)
- Master's Programme Biomedical Engineering (English-taught, interfaculty)
- Master's Programme Computational Science and Engineering (English-taught, interfaculty)
- Master's Programme Financial and Actuarial Mathematics (English-taught)
- Master's Programme Material Sciences (German-taught, interfaculty)
- Master's Programme Microelectronics and Photonics (German-taught)
- Master's Programme Physical Energy and Measurement Engineering (German-taught)
- Master's Programme Quantum Information Science and Technology (English-taught, interfaculty)
- Master's Programme Technical Mathematics (German-taught)
- Master's Programme Technische Physik (German-taught)
Admission to the following degree programmes is also possible upon but additional exams may be required:
- Master's Programme Electrical Power Engineering and Sustainable Energy Systems (German-taught)
- Master's Programme Environmental Engineering (German-taught, interfaculty)
- Master's Programme Interdisciplinary Mathematics (English-taught, interuniversity)
- Master's Programme Logic and Artificial Intelligence (English-taught)