Master's degree programme Computational and Experimental Physics (M.Sc.)
Facts and figures
Degree programme:
Computational and Experimental Physics
Degree:
Master of Science (M. Sc.)
Admission:
No admission restrictions
Proof of programme-specific aptitude
THWS location:
TH Nürnberg
Schweinfurt, Campus Ignaz Schön
Faculty:
Applied Natural Sciences and Humanities
Study mode:
Full-time degree programme
Duration:
3 semesters (standard time to degree)
Language:
English
Semester fees:
None for EU-students (only semester fee, approx. EUR 150),
Students from non-EU countries are subject to study fees of about 1,000 euros per semester in addition to the semester fee.
Start of studies:
Summer and winter semester
(15 March and 1 October)
Application period:
Annually,
15 April
till
15 June
and
15 November
till
15 December
Contact
Contact personProgramme director
Professor Dr. Holger Walter
holger.walter[at]thws.de
Programme advisor
Professor Dr. Michael Bodewig
michael.bodewig[at]thws.de
Academic Advisory Service
Academic Advisory Service website
Degree programme website
Degree programme Computational and Experimental Physics
Apply now
Information for internationals
Master's degree programme Computational and Experimental Physics (M.Sc.)
Applying physics to shape the world of tomorrow
New degree programme starting in the summer semester 2027!
The master's degree programme Computational and Experimental Physics combines the fascinating aspects of experimental physics with modern methods of computational modeling and simulation. Physics plays a key role in the development of important innovations in technology, industry, and science. The master's programme Computational and Experimental Physics is a offered by THWS in collaboration with the Technische Hochschule Nürnberg. It offers you the opportunity to apply physical models to industrial and scientific issues. The focus is placed on practical research projects, interdisciplinary applications, and state-of-the-art simulation and measurement technologies. Apply your physics skills to solve complex problems and shape the technologies of tomorrow.
In the course of the programme, you have the opportunity to shape your academic profile according to your interests. You can either complete the degree without a specialisation or choose one of two specialisation tracks (Advanced Experimental Physics, AI and Computational Physics).
Info events on 16 November (9:00-10:00) and 7 December (15:00-16:00)
starting in the summer semester 2027
Reasons to study Computational and Experimental Physics at THWS and TH Nürnberg
Taking a master's degree programme at the Technical University of Applied Sciences Würzburg-Schweinfurt offers you the opportunity to deepen your knowledge and prepare for demanding tasks in our dynamic world. Our degree programmes combine advanced theoretical knowledge with practice-oriented application and specialised research. We promote interdisciplinary thinking and offer you comprehensive education strengthening your analytical skills and innovative spirit. Thanks to the access to state-of-the-art technologies and the close cooperation with practice partners, you will be optimally prepared for leadership positions and specialist roles.
Advantages of the degree programme:
- Degree programme offered by THWS and TH Nürnberg: more flexibility and more interdisciplinary subjects to choose from
- Research-oriented degree programme with practical projects and specialisations
- Interdisciplinary approach focussing on physics, computational science, and machine learning
- Diverse range of topics - from nano-technology to quantum systems
- Specialisations: Advanced Experimental Physics, or AI and Computational Physics
- Collaboration in scientific project teams right from the 1st semester
- Use of physical models, simulation and measurement technologies to solve complex problems
- Individualised studies through research-based learning and practice-oriented master's thesis
- Excellent career prospects in research, the high-tech industry, and the energy industry
Three good reasons
Research-oriented degree programme: work in interdisciplinary project teams and develop practical physical models for real-life applications
Innovative specialisations: choose from pioneering focus areas such as nano-technology, quantum optics, or energy systems
Excellent career perspectives: develop sought-after specialist skills for jobs in research, the high-tech industry, or the energy industry
Study contents
The three-semester master's degree programme Computational and Experimental Physics at THWS and TH Nürnberg combines state-of-the-art technologies of computational and experimental physics with practical projects under the motto "research-based learning". In the first two semesters, you will deepen your specialist knowledge of experimental physics and computational science, and work in interdisciplinary project teams. The third semester is dedicated to the master's thesis, in which you work on a scientific question. The theoretical modules are offered as lectures, seminars, and lab practicals.
Programme structure
Degree programme offered by THWS and TH Nürnberg
The master's degree programme Computational and Experimental Physics is offered by THWS in collaboration with TH Nürnberg. Thanks to the cooperation between the two higher education institutions, you have a larger number of subjects and individual specialisations to choose from.
Foundation phase (1st and 2nd semester)
In the first two semesters, you will deepen your knowledge of physics, mathematics, and computational science and expand your skills in scientific work. In addition to theoretical lectures and seminars, practical application plays a central role: in interdisciplinary projects, you will learn how to examine physical phenomena by using simulations, models, and experimental techniques. The close integration of theory and practice prepares you optimally for demanding professional challenges.
Final phase (3rd semester)
In the 3rd semester, you will work independently on a scientific issue in your master's thesis. The work is often carried out in cooperation with companies or research institutions and enables you to apply your theoretical knowledge and experiment skills to practical problems. The focus is on research-based learning, physical modelling, and innovative solutions. The master's thesis demonstrates your ability to apply physical concepts to solve complex challenges and to present your results in a scientifically sound manner.
Foundation phase modules
The foundation phase consists of the following modules:
- Continuum Mechanics
- Electrodynamics and Optics
- Quantum Mechanics and Quantum Technology
- Scientific Computing
- Machine Learning
- Advanced Numerics
- Technical Elective
- General Elective
- Project Work 1 & 2
Specialisations
The master's programme Computational and Experimental Physics offers you the opportunity to shape your studies according to your interests. The specialisations enable you to deepen your knowledge in areas of the future. The interdisciplinary orientation allows you to apply physical models in practice and therefore specialise for your future career.
In addition to the general studies in Computational and Experimental Physics (=General Computational and Experimental Physics (CEP)), there is the possibility of choosing specialisations.
We offer the following specialisations:
- Advanced Experimental Physics (AEP): If you are interested in innovative research in fields like medical technology, laser physics, quantum technology and beyond, this specialisation is for you.
- AI and Computational Physics (AIP): This specialisation focuses mainly on the use of computers and methods of artificial intelligence for solving complex physical problems.
Why are studies at THWS and the TH Nürnberg particularly practice-oriented?
- Interactive labs and practical projects
- Getting to know and applying new technologies
- Professors with extensive experience in industry and academia
- Cooperation with companies and international research institutions
- Possibility of completing your master's thesis in cooperation wit a company
Career and perspectives
As a physicist, you play a central role in science, industry, and technology. You develop models, run experiments, and create solutions for technical, scientific, and economic issues. Whether in physics research, the energy industry, or medical technology - your efforts help to design innovative processes and enable well-founded decisions. You thus make an important contribution to technological development and to solving social challenges.
The professional fields are diverse:
- Research & development
- High-tech industry
- Energy & environment
- Medical technology
- Aerospace technology
- Automotive & mechanical engineering
Is Computational and Experimental Physics the right degree programme for you?
The master's degree programme Computational and Experimental Physics is the ideal choice for you if you are an analytical thinker, are able to grasp complex physical connections, and want to apply experimental and computational models to solve real-world issues. It is aimed at graduates from physical or technical degree programmes who want to deepen their knowledge and apply it in practice. The programme is particularly suitable for you if you enjoy working independently, are interested in interdisciplinary issues, and would like to use physical methods in a targeted manner in research or industry.
Admission requirements
In order to study Computational and Experimental Physics, you must hold a relevant bachelor's degree or a comparable degree. Proof of aptitude for the specific degree programme is also required. Applications must be submitted via the application portal of TH Nürnberg. For detailed information on the admission requirements for this master's programme, please visit the website of the responsible faculty of the TH Nürnberg.
Please also observe the required language requirements and the required knowledge of physics and mathematics.
Interests and abilities
- Enthusiasm for physics, technology, and innovation
- Ability to apply abstract physical concepts to real-world problems
- Interest in the development and application of physical models in technology and science
- Analytical thinking and a structured approach to solving complex problems
- Joy in interdisciplinary collaboration, especially at the interface of physics, technology, and computer science
- Interest in modern technologies such as simulation, experiments, and quantum phenomena
- Ability to present physical phenomena precisely and apply them in scientific projects
- Ability to work on projects independently and in a research-oriented way; and commitment to lifelong learning and learning new methods of applied physics
Info events and Preregistration
Info events
Would you like to learn more about the master's programme in Computational and Experimental Physics? During the info events on 16 November and 7 December you will learn the important information and have the opportunity to ask questions.
Monday, 16 November 2026, 9:00 - 10:00
Link to the Teams meeting
Meeting ID: 327 971 236 470 209
Passcode: z7Ta2Ez3
Monday, 7 December 2026, 15:00 - 16:00
Link to the Team meeting
Meeting ID: 319 590 441 541 611
Passcode: Et7A266t
Preregistration
Until the start of the official application period on 15 November 2026, you can already register your interest in the degree programme.
To the preregistration
Application
Apply from 15 November to 15 December via our application portal to start your studies in the upcoming summer semester or from 15 April to 15 June to start your studies in the upcoming winter semester.
You have already completed study achievements and thus want to apply for a higher semester? Contact our Department of Student Affairs.
Do you have unanswered questions?
You can contact the programme advisor, i.e. a professor of the field of study you are interested in and can ask them your questions.
During the THWS Taster Sessions, you can attend a variety of lectures in the degree programme of your choice and get valuable first impressions of life on campus.
Get informed
Looking for more information? For the most important information on studying at THWS, check out the overview.