Courses at DTU Physics

Below is the list of courses given by or with contribution from DTU Physics. Please click on the course number, to be directed to the description in the DTU Coursebase.

Course no.      Title Points (ECTS) Timetable group
10018 Physics 1 10 E4A, F4A
10020 Physics 1 10 E1B, F1B
10022 Physics 1 10 E1A, F1A
10024 Physics 1 10 E5A, F5A
10031 Introduction to Physics and Nanotechnology 10 E1A, F1A
10033 Mechanics and Physical Modeling 10 E2
10034 Thermodynamics and statistical physics 5 F2A
10036 Electromagnetism for physicists 10 E4
10041 Physics 2 - General Engineering 5 E5B
10050 Model Physics 10 E1A, F1A
10054 Model Physics 5 F5A
10102 Quantum Mechanics 10 F4
10104 Introduction to Quantum Mechanics 5 F1A
10112 Advanced Quantum Mechanics 10 E2
10122 Statistical Physics 5 E3A
10200 The structure and dynamics of materials studied with X-rays and neutrons 5 E1B
10209 X-ray and Neutron Experiments at International Research Facilities 5 June
10240 Design-Build 2: Rational catalyst design for General Engineering 5 June
10255 Advanced 3D X-ray imaging 5 F1A
10260 Physics of solar energy and energy storage 5 F2B
10302 Electronic Structure Methods in Material Physics, Chemistry and Biology 10 F5
10303 Condensed Matter Physics and Nanoscale Materials Physics 10 E4, F4
10304 Experimental Surface Physics 10 F3
10314 Magnetism and Magnetic Materials 5 F5B
10315 Magnetism and Magnetic Materials - with project 10 F5B, F5A
10316 Materials design with machine learning and artificial intelligence 5 January
10317 Condensed Matter Physics 5 E4A
10318 Many body methods in condensed matter physics 5 E2B
10321 Nanosystems engineering 10 E1
10325 Quantum mechanical modelling of nanoelectronics 5 January
10326 Electrical characterization of nanomaterials 5 January
10331 Experimental introduction to physics of sustainable energy 5 E2A
10333 Physics of Sustainable Energy 5 E5B
10337 Theoretical microfluidics 5 E4A
10339 Concepts in heterogeneous catalysis and applications to energy conversion 5 E3B
10346 Continuum Physics 5 F2A
10350 Numerical studies in physics 5 January
10380 Quantum Optics 10 E4
10384 Quantum information 5 F3A
10385 Applied quantum physics: Quantum Information Technology 5 E5A
10386 Experimental Techniques in Quantum Technology 5 June
10400 Plasma Physics 5 E5A
10401 Experimental plasma physics 5 F2B
10402 Fusion energy engineering and physics 5 June
10405 Theory of Relativity 5 E1A
10411 Nuclear reactor physics 5 F4B
10420 Physics of Sports 5 June
10506 Journal club on nanostructures and reactivity 5 E4B, F4B
10507 Surface Physics and Catalysis 10 F3
10508 Electronic structure journal club 5 E1B, F1B
10509 Journal club on atomic structures and dynamics studied by electron beams 5 E4B, F4B
10511 Physics PhD boot camp and network 5 OutsideSchedule
10512 Journal club in Quantum Optics 7.5 E1B, F1B
10514 Summer School Complex Motion in Fluids 2.5 OutsideSchedule
10515 FLUIDS Journal Club 5 E5B, F5B
10520 Journal club on plasma physics and fusion energy 5 E4B, F4B
10521 Physics and technology of two-dimensional materials 10 F2A, F2B
10530 SURFCAT Summer School: The Science of Sustainable Fuels and Chemicals 2.5 August
10540 CAMD Summer School on Electronic Structure Theory and Materials Design 2.5 August
10550 QuantumDTU PhD School on Quantum Technology 5 OutsideSchedule
10590 Illustration of scientific content 2.5 E3A
10603 Creation and Circulation of Knowledge. How Did Edison and Newton Know - and How do You? 5 June
10605 History of Technology 5 E5A
10610 History of Technology 10 E5
10720 Research Immersion BSc (June) - Department of Physics 5 June
10721 Research Immersion BSc (July) - Department of Physics 5 July
10722 Research Immersion BSc (August) - Department of Physics 5 August
10730 Research Immersion MSc (June) - Department of Physics 5 June
10731 Research Immersion MSc (July) - Department of Physics 5 July
10732 Research Immersion MSc (August) - Department of Physics 5 August
10750 Innovation Projects at the Physics Department 5 E3B
10850 Advanced micro- and nanofabrication technology 5 F3B
10851 Introduction to cleanroom-based microfabrication 5 January
10852 Introduction to cleanroom-based microfabrication 5 June
10855 Advanced fabrication of micro- and nanostructures 10 E2, E5
10859 Laboratory work in physics and nanotechnology 5 January
10862 Polymer micro fabrication 5 June
10916 Physics 1 5 E5A, F1A
10935 Physics 1 5 E1B
22602 Visualisation of micro and nano structures 5 F5A
22652 Experimental project in physics and nanotechnology 5 F, E
22653 Experimental project in physics and nanotechnology 5 June
22654 Experimental project in physics and nanotechnology 5 July
22655 Experimental project in physics and nanotechnology 5 August
22656 Experimental project in physics and nanotechnology 5 January
27020 Interdisciplinary bioengineering 5 E2A, F2A
30110 Project work - Earth and Space Physics and Engineering 10 F, June
34019 Physics project (Physics and nanotechnology) 10 F, June
34029 Physics project 10 E, January
41680 Introduction to advanced materials 5 F2B
41685 Materials characterization and testing 5 F1B
47202 Introduction to future energy 5 F3A
47209 3D imaging, analysis and modelling 5 E2B
47325 Large-scale superconductor technologies 5 F1A
47336 Applications of X-ray and neutron scattering in biology, chemistry and physics 5 August
47511 CINEMAX: 3D modelling and imaging of material microstructure - PhD summer school 5 August