| FSK3003 | Sustainable Development for WISE PhD students | 7.5 credits | Third cycle |
| FSK3330 | Optical Design | 6.0 credits | Third cycle |
| FSK3340 | Fourier Optics | 6.0 credits | Third cycle |
| FSK3370 | Optics of the Human Eye | 7.5 credits | Third cycle |
| FSK3371 | Neurophysiology of Vision | 5.0 credits | Third cycle |
| FSK3372 | Visual Psychophysics | 7.5 credits | Third cycle |
| FSK3374 | Visual Optics | 7.5 credits | Third cycle |
| FSK3403 | Photonics | 7.5 credits | Third cycle |
| FSK3404 | Laser Physics | 7.5 credits | Third cycle |
| FSK3410 | Laser Physics | 10.5 credits | Third cycle |
| FSK3411 | Laser Physics - Advanced Course | 12.0 credits | Third cycle |
| FSK3415 | Seminar Course in Laser Safety | 1.5 credits | Third cycle |
| FSK3421 | Nonlinear Optical Technology | 12.0 credits | Third cycle |
| FSK3450 | Advanced Materials and Processing Technologies for Photonics | 7.5 credits | Third cycle |
| FSK3500 | Physics of Biomedical Microscopy | 6.0 credits | Third cycle |
| FSK3501 | Physics of Biomedical Microscopy, Extended Course | 7.5 credits | Third cycle |
| FSK3512 | Molecular Biology for Imaging, Theory and Practice | 6.0 credits | Third cycle |
| FSK3513 | Seminar Course in Cell Physics | 2.0 credits | Third cycle |
| FSK3514 | Super Resolution Microscopy | 3.0 credits | Third cycle |
| FSK3515 | Optimizing Light Microscopy | 4.0 credits | Third cycle |
| FSK3516 | Mathematical Modeling in Cellular Biophysics | 6.0 credits | Third cycle |
| FSK3520 | Experimental Methods in Molecular Biophysics | 8.0 credits | Third cycle |
| FSK3521 | Fluorescens Spectroscopy for Biomolecular Studies | 6.0 credits | Third cycle |
| FSK3522 | Quantitative Data Analysis and Processing for Microscopy | 7.5 credits | Third cycle |
| FSK3523 | Advanced Molecular Dynamics | 5.0 credits | Third cycle |
| FSK3527 | Flow Cytometry | 3.0 credits | Third cycle |
| FSK3532 | Biomedicine for Engineers | 7.5 credits | Third cycle |
| FSK3533 | New Super-resolution, Light-sheet, STED-FCS and FRET-FCS methods at Scilifelab | 3.0 credits | Third cycle |
| FSK3534 | New Super-resolution, Light-sheet, and FCS methods at Scilifelab | 3.0 credits | Third cycle |
| FSK3538 | Data-driven Life Sciences | 7.5 credits | Third cycle |
| FSK3540 | Physics and Applications of Ultrasound | 6.0 credits | Third cycle |
| FSK3541 | Microscale Acoustofluidics | 6.0 credits | Third cycle |
| FSK3550 | X-ray Physics and Applications | 6.0 credits | Third cycle |
| FSK3551 | X-ray Physics and Applications | 7.5 credits | Third cycle |
| FSK3560 | Nanophotonics and Bionanophotonics | 7.5 credits | Third cycle |
| FSK3601 | Quantum Photonics | 7.5 credits | Third cycle |
| FSK3700 | Mesoscopic Physics | 8.0 credits | Third cycle |
| FSK3710 | Spin Electronics | 8.0 credits | Third cycle |
| FSK3741 | Introduction to Scanning Probe Microscopy | 7.5 credits | Third cycle |
| FSK3750 | Nanofabrication with Focused ion and Electron Beams | 3.0 credits | Third cycle |
| FSK3759 | Superconductivity and applications | 6.0 credits | Third cycle |
| FSK3760 | Graduate Seminar in Nanofabrication | 7.5 credits | Third cycle |
| FSK3800 | Laser Spectroscopy | 8.0 credits | Third cycle |
| FSK3881 | Advanced Topics in Materials Science | 6.0 credits | Third cycle |
| FSK3883 | Fiber-Optic Communication | 9.0 credits | Third cycle |
| FSK3887 | Characterization Techniques in Materials Physics using Neutron and Synchrotron Radiation | 7.5 credits | Third cycle |
| FSK3889 | Luminescence Spectroscopy of Semiconductors: Theory and Experiment | 7.5 credits | Third cycle |
| FSK3892 | Microwave Engineering, Advanced PhD Course | 7.5 credits | Third cycle |
| FSK3900 | Nanomaterial Chemistry | 6.0 credits | Third cycle |
| FSK3906 | Quantum Circuits | 7.5 credits | Third cycle |
| FSK3910 | Colloids and Collodial Principles for Industrial Applications | 7.5 credits | Third cycle |
| FSK3912 | Literature course in Applied Physics or Biological Physics | 6.0 credits | Third cycle |
| FSK3913 | Introduction to Gender Equality, Diversity and Equal Opportunities (JML) for PhD Students | 1.5 credits | Third cycle |
| SI1336 | Simulation and Modeling | 6.0 credits | First cycle |
| SI1410 | Basic Modeling in Biotechnology | 6.0 credits | First cycle |
| SK1104 | Classical Physics | 7.5 credits | First cycle |
| SK1105 | Experimental Physics | 4.0 credits | First cycle |
| SK1108 | Classical physics, mechanics and waves | 7.5 credits | First cycle |
| SK1110 | Electromagnetism and Waves | 7.5 credits | First cycle |
| SK1112 | Physics I | 9.0 credits | First cycle |
| SK1114 | Electromagnetism and Waves | 7.5 credits | First cycle |
| SK1115 | Electromagnetism and Waves | 7.5 credits | First cycle |
| SK1117 | Electromagnetism and Waves | 7.5 credits | First cycle |
| SK1118 | Electromagnetism and Waves | 7.5 credits | First cycle |
| SK1119 | Thermodynamics and Statistical Physics | 7.5 credits | First cycle |
| SK1120 | Waves | 6.0 credits | First cycle |
| SK1140 | Photography for Media | 4.0 credits | First cycle |
| SK1150 | Fundamental Physics I | 9.0 credits | First cycle |
| SK1151 | Elementary Physics | 9.0 credits | First cycle |
| SK180N | Introductory Modern Physics | 9.0 credits | First cycle |
| SK184N | Environmental Physics | 9.0 credits | First cycle |
| SK2001 | Project Work in Applied Physics | 30.0 credits | Second cycle |
| SK2002 | Project Work in Applied Physics | 15.0 credits | Second cycle |
| SK2003 | Project Work in Applied Physics | 7.5 credits | Second cycle |
| SK2004 | Project course in Quantum Technology | 7.5 credits | Second cycle |
| SK2005 | Project course in Optics and Photonics | 7.5 credits | Second cycle |
| SK202X | Degree Project in Applied Physics, Second Cycle | 30.0 credits | Second cycle |
| SK2300 | Optical Physics | 6.0 credits | Second cycle |
| SK2303 | Optical Physics | 7.5 credits | Second cycle |
| SK2330 | Optical Systems Design | 6.0 credits | Second cycle |
| SK2350 | Optical Measurement Techniques | 6.0 credits | Second cycle |
| SK2371 | Physics of Visual Impressions, Larger Course | 9.0 credits | Second cycle |
| SK2376 | Optics, Supplementary Course | 7.5 credits | Second cycle |
| SK2402 | Fundamentals of Photonics | 7.5 credits | Second cycle |
| SK2403 | Applied Photonics | 6.0 credits | Second cycle |
| SK2404 | Optical Measurement Technology | 7.5 credits | Second cycle |
| SK2411 | Laser Physics | 7.5 credits | Second cycle |
| SK2500 | Physics of Biomedical Microscopy | 6.0 credits | Second cycle |
| SK2501 | Physics of Biomedical Microscopy, Extended Course | 7.5 credits | Second cycle |
| SK2512 | Cellular Biophysics | 10.0 credits | Second cycle |
| SK2513 | Cell Culture: Theory and Practice | 4.0 credits | Second cycle |
| SK2531 | Biomedicine for Engineers | 12.0 credits | Second cycle |
| SK2532 | Biomedicine for Engineers | 7.5 credits | Second cycle |
| SK2533 | Experimental Biophysics | 7.5 credits | Second cycle |
| SK2534 | Molecular Biophysics | 7.5 credits | Second cycle |
| SK2535 | Cellular Biophysics | 7.5 credits | Second cycle |
| SK2536 | Laboratory techniques in Life Sciences | 7.5 credits | Second cycle |
| SK2537 | Fluorescence Spectroscopy in Biomedical Research | 7.5 credits | Second cycle |
| SK2538 | Data-driven Life Sciences | 7.5 credits | Second cycle |
| SK2539 | Microscale Acoustofluidics | 7.5 credits | Second cycle |
| SK2541 | Simulation and Modelling of Biological Systems | 1.5 credits | Second cycle |
| SK2550 | X-ray Physics and Applications | 6.0 credits | Second cycle |
| SK2551 | X-ray physics and applications | 7.5 credits | Second cycle |
| SK2560 | Nanophotonics and Bionanophotonics | 7.5 credits | Second cycle |
| SK2710 | Spin Electronics | 8.0 credits | Second cycle |
| SK2711 | Environmental physics | 6.0 credits | Second cycle |
| SK2712 | Environmental physics | 7.5 credits | Second cycle |
| SK2757 | Project on Nanomaterials | 7.5 credits | Second cycle |
| SK2758 | Solid State Physics | 7.5 credits | Second cycle |
| SK2760 | Chemistry of Nanomaterials | 7.5 credits | Second cycle |
| SK2762 | Physics and Chemistry of Surfaces | 7.5 credits | Second cycle |
| SK2770 | Introduction to Nanotechnology | 5.0 credits | Second cycle |
| SK2771 | Solid State Physics | 5.0 credits | Second cycle |
| SK2772 | Chemistry for Nanotechnology | 5.0 credits | Second cycle |
| SK2773 | Nanothermodynamics | 7.5 credits | Second cycle |
| SK2774 | Colloids and Colloidal Principles for Applications | 7.5 credits | Second cycle |
| SK2775 | Nanomaterials for Sustainable Energy and Environment | 7.5 credits | Second cycle |
| SK2800 | Laser Spectroscopy | 8.0 credits | Second cycle |
| SK2811 | Fiber-optical Communication | 7.5 credits | Second cycle |
| SK2814 | Microwave Engineering | 7.5 credits | Second cycle |
| SK2822 | Compound Semiconductors and Photonic Devices | 7.5 credits | Second cycle |
| SK2900 | Quantum Photonics | 7.5 credits | Second cycle |
| SK2901 | Quantum Materials and Devices | 7.5 credits | Second cycle |
| SK2902 | Light-matter Interaction | 7.5 credits | Second cycle |
| SK2903 | Quantum Technology | 7.5 credits | Second cycle |
| SK2904 | Quantum Materials | 7.5 credits | Second cycle |
| SK2905 | Superconductivity and other Quantum Liquids | 7.5 credits | Second cycle |
| SK2906 | Quantum Circuits | 7.5 credits | Second cycle |
| SK2907 | Semiconductor Photonics | 7.5 credits | Second cycle |
| SK2908 | Macroscopic quantum phenomena – superconductivity and magnetism | 7.5 credits | Second cycle |
