Overview of our study programs
From the Bachelor's program, over one of our Master's programs to the doctorate: the complete spectrum of academic education is offered at our Physics Department.
With a Bachelor's degree in Physics at the Physics Department all possibilities are open to you. You may choose on of the classic Master programs in Physics
or one of our interdisciplinary options where you study and research at the frontiers of Physics to neighboring disciplines together with students who did their
Bachelor in neighboring subjects. In all cases a Master's degree from the Physics Department enables you for a qualified job in almost all areas or perfectly
prepares you for your next step into science with a Ph. D.
M. Sc. Physics- Condensed Matter Physics
- Nuclear, Particle, and Astrophysics
- Biophysics
- Applied and Engineering Physics
KM, KTA, BIO, AEPinterdisciplinary Masters- Biomedical Engineering and Medical Physics
- Quantum Science & Technology
- Matter to Life
- Theoretical and Mathematical Physics
BEMP, MtL, TMP
Events for Youngsters
If you cannot start your studies since you are still working on your higher education entrance qualification (e. g. the Abitur) we have several events for information and special offers.
Finally with your application to our Bachelor program Physics we invite you to participate in our mathematical prep-course just before studying starts.
This is a great opportunity not only to freshen up your maths skills from school but also to get to know your fellow students and get accustomed with
university life.
Bachelor Program Physics
You have received your higher education entrance qualification and have sufficient German language skills and would like to study Physics? We would be very
happy to welcome you in our German language Bachelor program Physics. Apart from a well founded basic education you will receive a deeper view into one of our
areas of concentration you can freely choose during your study. Did you know: with a complete and in-time application you are guaranteed to be accepted!
Basic Studies
| Contents | Semester |
|---|
basic course in Experimental Physics
A four semester series covers the central areas in Physics (Mechanics, Electromagnetism, Optics and Quantum Physics,
Atomic Physics and Thermodynamics) using the experimental physics approach. You study in lectures with demonstration experiments and
corresponding exercises in small groups as well as open tutorials. In the first year mathematical supplements support you with the application
of the new concepts.
|
1–4 |
Basic Lab Course
In teams of two students do Physics experiments on the topics from the Experimental Physics lecture and analyse the data recorded.
The three parts of the lab course can be done as a block course during lecture-free time or weekly during lecturing period.
|
1–4 |
basic course in Mathematics
A one-semester module on linear Algebra and a three-semester series on Analysis cover the foundations of Mathematics. Classic blackboard lectures
are supported by large exercises and exercises in small groups.
|
1–3 |
basic course in Theoretical Physics
A four-semester series covers the central areas in Physics (Mechanics, Electrodynamics, Quantum Mechanics,
Statistical Mechanics and Thermodynamics) using the theoretical Physics approach. You study in lectures and
corresponding exercises in small groups as well as open tutorials.
|
2–5 |
basics of other subjects
Modules from Chemistry and and Informatics on scientific programming extend the students skills for their research work in Physics. General-education
subjects extend beyond subject borders allowing students to obtain helpful transferable skills like languages or classic "Soft Skills".
|
3–5 |
advanced Experimental Physics
Regardless of the later choice of area of concentration all students obtain a well founded education in Nuclear and Particle Physics as well as Condensed
Matter Physis (especially solid state Phyiscs). This ensures the connectivity of the Bachelor program in Physics for every area of concentration.
|
5 |
Area of Concentration
| Area | Semester |
|---|
Condensed Matter Physics
Replacing the one-semester Introduction to Condensed Matter Physics students choosing the area of concentration KM work in an intensive two-semester
course in-depth of the subject.
|
5–6 |
Nuclear, Particle, and Astrophysics
Replacing the one-semester Introduction to Nuclear, Particle, and Astrophysics students choosing the area of concentration KTA work in an intensive two-semester
course in-depth of the subject. Within this course lecturers from experimental and theoretical Physics present the two perspectives.
|
5–6 |
Energy and Materials Sciences
Continuing from the Introduction to Condensed Matter Physics students choosing the area of concentration AEP work in lectures and exercises on Energy and Materials
Sciences which are topics of the future.
|
6 |
Biophysics
Continuing from the Introduction to Condensed Matter Physics and the Introduction to Nuclear, Particle, and Astrophysics
students choosing the area of concentration BIO work in an intensive course on the foundations of Biophysics.
|
6 |
Advanced Lab Course
In teams of three students do Physics experiments on the topics from the Experimental Physics lecture and analyse the data recorded. The experiments
are offered by and performed at the labs of research groups and cooperating institutes. Students are introduced to the current research techniques.
|
5–6 |
Student Seminar
Students select a seminar from a wide catalog on different topics from their area of concentration. After researching a current scientific topic in the literature they present
and discuss the results and the current state of th research with their fellow students and the scientists.
|
5–6 |
Bachelor’s Thesis
Students are embedded into a research group of Physics Department. They are lead to do independent scientific research. The
final Bachelor’s Thesis is defended in the Bachelor’s colloquium.
|
6 |
You may find more information on the detailed contents and on the application procedure on the website of the Bachelor program Physics.
Master Programs at Physics Department
Physics Master Programs
You finished your Bachelor in Physics and seek to extend your knowledge directed in a specific topic during a Master program? Have a look
at our Physics Master programs. Due to our extensive special course offer the exact curriculum is in your hands, whether you choose one of our
German language programs in Biophysics, Nuclear, Particle, and Astrophysics, or Condensed Matter Physics or if you decide to enrole in the English
language Master program on Applied and Engineering Physics.
Advanced Studies
| Contents | Semester |
|---|
Theory Course
In the theory courses of the specific catalog of the program students deepen their Physics knowledge at the level of current research. Henceforth creating the
theoretical basis for their research.
|
1–2 |
Physics Special Courses
In the special courses students deepen their Physics knowledge at the level of current research. Each semester they can choose from about 50 modules which are
continually updated and extended.
|
1–2 |
Links and Connections to Other Subjects
During the non-Physics elective students investigate connections and applications of Physics into neighboring sciences (Mathematics, Chemistry, Biology, Informatics,
Engineering, Medizin). General-education
subjects extend beyond subject borders allowing students to obtain helpful transferable skills like languages or classic "Soft Skills".
|
1–2 |
Advanced Lab Course
In teams of three students do Physics experiments on the topics from the Experimental Physics lecture and analyse the data recorded. The experiments
are offered by and performed at the labs of research groups and cooperating institutes. Students are introduced to the current research techniques.
|
1–2 |
Student Seminar
Students select a seminar from a wide catalog on different topics from their area of concentration. After researching a current scientific topic on their own in the literature they present
and discuss the results and the current state of th research with their fellow students and the scientists.
|
1–3 |
Research Phase
| Contents | Semester |
|---|
Master’s Thesis
Students are embedded into a research group of Physics Department. They are lead to do independent scientific research. At first they obtain the required
special knowledge at the current edge of scientific research during the Master’s Seminar. Secondly they obtain the experimental or theoretical-mathematical skills
during the Master’s Training that are needed to complete the research project during their Master’s Thesis.
|
3–4 |
You may find detailed information on the contents and description of application and admission on the websites of the respective program:
Interdisciplinary Master Programs
Master Program Biomedical Engineering and Medical Physics
You finished your Bachelor in Physics, natural sciences, Engineering or related subjects and are interested in interdisciplinary topics at the frontier to Physics?
Have a look at our English language Master program Biomedical Engineering and Medical Physics. Explore the application of new research-driven natural and engineering principles and
findings in both medicine and life sciences in order to develop new methods for prevention, diagnosis and therapy.
Study Phase
| Contents | Semester |
|---|
Biomedical Physics
The two modules cover the foundations of biomedical Physics.
|
1–2 |
Focus Area
The students in the interdisciplinary program Biomedical Engineering and Medical Physics may choose from an extensive offer of special courses
covering all parts of Physics and selected modules from other departments.
|
1–2 |
General-education subjects
General-education subjects extend beyond subject borders allowing students to obtain helpful transferable skills like languages or classic "Soft Skills".
|
1–2 |
Advanced Lab Course
In teams of three students do Physics experiments on the topics from the Experimental Physics lecture and analyse the data recorded. The experiments
are offered by and performed at the labs of research groups and cooperating institutes. Students are introduced to the current research techniques.
|
1–2 |
Research Phase
| Contents | Semester |
|---|
Master’s Thesis
Students are embedded into a research group of Physics Department. They are lead to do independent scientific research. At first they obtain the required
special knowledge at the current edge of scientific research during the Master’s Seminar. Secondly they obtain the experimental or theoretical-mathematical skills
during the Master’s Training that are needed to complete the research project during their Master’s Thesis.
|
3–4 |
You may find detailed information on the contents and description of application and admission on the websites of the Master program
Biomedical Engineering and Medical Physics.
Elite-Master program Theoretical and Mathematical Physics
You have an outstanding Bachelor’s degree in Mathematics or Physics and would like to understand the models describing our world on very large and very small scales
using the universal language of Mathematics in theoretical Physics? You will benefit from an unparalleled broad offering in courses at the highest level in the
Elite-Master program Theoretical and Mathematical Physics – offered together with LMU and embedded in the framework of Elite-network of Bavaria.
You may find detailed information on the contents and description of application and admission on the websites of the
Elite-Master program Theoretical and Mathematical Physics.
Ph. D. in Physics
"Direct Track" Option in all our Master Programs
In each of our Master’s programs students are guided to do scientific research in the respective area of Physics on their own. This is a perfect first step for starting a Ph. D.
Talented students can continue the Master's research phase seamlessly with a doctoral project, speeding up their academic career. The "Direct Track" combines the advantages of
the traditional model with the speed of a "Fast Track" – without the disadvantages like a (formally) missing Master’s degree.
But the system is flexible and adapts to your interests. With your Master’s degree you can change your research topic and research group as well and follow the traditional path
to a Ph. D. as well.
Ph. D. Program and TUM Graduate School
You are finishing your Master’s degree and seek to obtain the highest academic degree of Dr. rer. nat. during a Ph. D. project? The research campus in Garching offers the
chance for a dissertation on the highest level – in whatever specific area of Physics you want.
At Physics Department you become a member of the Department Graduate Center Physics and henceforth of TUM Graduate School. This provides the organisational framework for the
doctorate with a flexible program to support your research.