Physics (MSc)

Overview This research-focused Master of Science programme is offered by the Department of Physics within the Faculty of Science at the University of Tübingen. It is structured to be completed in either one or two years and is delivered in English and German. The programme is aimed at students seeking concentrated, research-oriented training in physics at the postgraduate level.

Research profile The Department of Physics at Tübingen covers a wide range of experimental and theoretical topics. Its research strengths include astronomy and astrophysics; nuclear and particle physics; astroparticle physics; condensed matter physics; quantum optics and quantum information; nanostructures and interfaces; biological and medical physics; scientific computing; and neuroscience. Prospective students can expect to engage with these contemporary fields through coursework and department-led research activities.

Admission — typical requirements

• Bachelor's degree in physics or a closely related discipline (equivalent qualification)
• Proof of proficiency in English and/or German (as required by the programme)
• Official academic transcripts from previous studies
• Curriculum vitae and statement of motivation
• Additional documents or prerequisites as specified by the department (check the programme webpage for exact details and application deadlines)

Curriculum overview

This one‑year consecutive Master's builds directly on a four‑year Bachelor's degree in physics (or an equivalent qualification). The programme is structured around three core components that together account for 60 credit points (CP): Scientific Specialisation (15 CP), Methods and Project Planning (15 CP), and the Master's thesis (30 CP). In most cases, all three components are completed within the research group of the student’s Master's supervisor, giving a strong, research‑oriented focus to the year.

Candidates who hold a three‑year Bachelor's degree (or equivalent) may also be admitted. Those students must first complete 60 CP of bridging modules at the start of the Master's studies. These bridging modules comprise specialist modules and additional Bachelor‑level courses drawn from the physics curriculum offered at the university.

Key learning outcomes

• Deepen advanced, specialised knowledge in a chosen area of physics through targeted Scientific Specialisation modules.
• Acquire and apply research methods and project planning skills needed to design and carry out independent investigations.
• Plan, execute and document an extended research project culminating in a 30 CP Master's thesis, demonstrating the ability to conduct independent, publishable‑level work.
• Gain practical, hands‑on research experience and develop transferable skills such as problem solving, scientific communication and project management by working within an active research group.

Requirements (concise)

• Entry normally requires a four‑year Bachelor's degree in physics (or equivalent).
• Three core modules: Scientific Specialisation (15 CP), Methods and Project Planning (15 CP), Master's thesis (30 CP) — total 60 CP.
• Modules are typically carried out in the supervisor’s working group.
• Applicants with a three‑year Bachelor's degree: required to complete 60 CP of bridging modules at the start of the programme, drawn from specialisation and other Bachelor‑level physics modules at the university.

The MSc in Physics from the University of Tübingen is research‑oriented and prepares graduates for doctoral studies and careers in academic and governmental research institutions. Graduates with strong experimental or theoretical training are well placed to pursue PhD programmes in physics and related disciplines.

Outside academia, alumni can enter R&D and high‑technology industries — including quantum technologies, nano‑ and semiconductor industries, medical/biophysics companies, space and astrophysics organisations, and scientific computing/data science roles. The programme’s wide range of specialisations and practical research experience also supports employment in interdisciplinary and applied roles in engineering, analytics, and technology development.