Intensive teaching evaluation (questionnaires and personal evaluation discussions between student delegation and lecturers); OPAL platform for online teaching, including forum for discussion of content; In the "learning room", student tutors help students review the lecture material, solve exercises and prepare for examinations; Option to participate in teaching as a student assistant (internship support).

Cross-topic lectures and tutorials in experimental and theoretical physics; Courses are taught in English; examinations/final thesis and, where applicable, exercises can also be completed in German; Very large number of minor electives available; OPAL platform for online teaching, including forum for discussion of content; Ability to gain teaching experience as an teaching assistant (internship/practice support).

English-language Master's degree in Physics with a choice of examination language by students; English-language, interdisciplinary degree course in "Organic and Molecular Electronics"; very international composition of work groups in university and non-university research. Students are involved in international research cooperations of the work groups.

University of Turku, Finnland; NTNU Trondheim, Norwegen; Aix Marseille University, Frankreich; Université Grenoble Alpes (UGA), Frankreich; Universidad Autonoma de Madrid, Spanien; Universität de Valencia, Spanien; Loughborough University, UK; Università degli Studi di Parma, Italien; Universidade de Lisboa, Lissabon, Portugal; Universität Zürich, Schweiz

Access to large-scale research equipment also on site: High-field magnet lab HLD and electron accelerator ELBE at the Helmholtz Centre Dresden-Rossendorf, and the "Felsenkeller-Labor" underground accelerator; Joint technology platform of TU Dresden and non-university institutions within the "DRESDEN-concept" association; Access to TU Dresden high-performance computers.

Research in solid state, nuclear and particle physics, biophysics (experiment and theory), theory of complex quantum systems and didactics; close links with the Dresden Leibniz, Max-Planck, Helmholtz and Fraunhofer institutes as well as with industry; globally unique density of fundamental (e.g. correlated electron systems) and applied (e.g. organic light-emitting diode/solar cells) research in solid state physics and materials science, Collaborative Research Centre 1143, Cluster of Excellence ct.qmat and Physics of Life; participation in the (ATLAS experiment at CERN; laboratory for nuclear astrophysics.