Information on study programme

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Faculty Faculty of Science (PRF)
Study programme Applied Nanotechnology (N0719A110004)
Branch of study / Specialization unspecified (N0719A110004/0 - A19)
Level of acquired qualification Postgraduate Master
Form of study Full-time
Standard length of study 2 years
Number of ECTS credits 120
Qualification awarded Master (7)
Access to further studies Doctoral study programme  
Type of completion State Final Exam
Study and Examination Code URL
Faculty coordinator for international students unspecified
Key learning outcomes unspecified
Specific admission requirements unspecified
Specific provisions for recognition of prior learning unspecified
Qualification requirements and regulations unspecified
Profile of the programme unspecified
Persistence requirements unspecified
Occupational profiles of graduates with examples unspecified
Branch of study / Specialization guarantor Čapková Pavla, prof. RNDr. DrSc.
Status Recommended year of study Recommended semester Course code Course title (* Final State Examination) Language of instruction Number of ECTS credits Course availability
A Compulsory 1 Winter KFY/NA05 unspecified Czech 4  
A Compulsory 1 Winter CNB/NA03 Practice in diffraction techniques for material research Czech 2  
A Compulsory 1 Winter CNB/NA09 Practice in methods of nanomaterial preparation Czech 4  
A Compulsory 1 Winter KCH/NA04 Inorganic Chemistry Czech 4  
A Compulsory 1 Winter KFY/NA02 Plasma physics and technology Czech 3  
A Compulsory 1 Winter CNB/NA08 Preparation Methods of Nanomaterials Czech 2  
A Compulsory 1 Winter KFY/NA06 Structure of matter and diffraction analysis in materials research Czech 3  
A Compulsory 1 Winter KFY/NA10 English in Science English 2  
A Compulsory 1 Winter KFY/NA04 Nanomaterials and characterization of nanomaterials Czech 2  
A Compulsory 1 Winter KFY/NA01 Introduction to quantum mechanics and spectroscopy Czech 3  
A Compulsory 1 Summer CNB/NADP1 Diploma Thesis I Czech 6  
A Compulsory 1 Summer CNB/NA10 Spectroskopic methods for nanotechnology Czech 3  
A Compulsory 1 Summer CNB/NA13 unspecified Czech 3  
A Compulsory 1 Summer KCH/NA01 Biochemistry Czech 2  
A Compulsory 1 Summer CNB/NA25 unspecified Czech 2  
A Compulsory 1 Summer KFY/NA12 Physics of Surfaces Czech 3  
A Compulsory 1 Summer KFY/NA15 Measurement and experimental data processing Czech 3  
A Compulsory 1 Summer KCH/NA05 Macromolecular Chemistry Czech 3  
B Compulsory option 1 Summer KFY/NA14 Characterization of surface layers using nuclear analytical methods Czech 2  
A Compulsory 2 Winter CNB/NADP2 Diploma Thesis II Czech 10  
A Compulsory 2 Winter CNB/NADS1 Diploma seminar I Czech 2  
A Compulsory 2 Winter KFY/NA16 Polymeric nanomaterials Czech 3  
A Compulsory 2 Winter CNB/NA24 Bioanalytical Methods Czech 3  
A Compulsory 2 Winter KCH/B303 Industrial Chemistry Czech 4  
A Compulsory 2 Winter CNB/NA20 Bio-microelectromechanical Systems Czech 3  
B Compulsory option 2 Winter CNB/NA26 unspecified Czech 3  
A Compulsory 2 Summer KFY/SZZN5 Nanotechnology according to the specialization of the thesis  (*) Czech 0  
A Compulsory 2 Summer KBI/P201 Chemistry and Physics of Living Systems Czech 3  
A Compulsory 2 Summer CNB/NADS2 Diploma seminar II Czech 2  
A Compulsory 2 Summer KFY/SZZN3 Theoretical foundations of physics and chemistry of materials  (*) Czech 0  
A Compulsory 2 Summer KFY/SZZN4 unspecified  (*) Czech 0  
A Compulsory 2 Summer KCH/0108 Membrane Separations Czech 2  
A Compulsory 2 Summer KCH/NA02 Organic chemistry of important groups of toxic substances Czech 2  
A Compulsory 2 Summer CNB/NA17 Selected chapters in colloids and physical chemistry Czech 3  
A Compulsory 2 Summer CNB/NADP3 Diploma Thesis III Czech 15  
B Compulsory option - - KCH/0104 Calculations in programme MAPLE Czech 2  
B Compulsory option - - KFY/APM Project Management English 1  
B Compulsory option - - KFY/0237 Experimental Applications of Electromagnetic Waves F Czech 2  
B Compulsory option - - KFY/P242 Artificial Neural Network and evolutionary algorithms Czech 5  
B Compulsory option - - CNB/NA22 Introduction to supramolecular chemistry Czech 2  
B Compulsory option - - KPRF/SBS Stress-free study Czech 1  
B Compulsory option - - KFY/0219 CSF Simulations Czech 2  
B Compulsory option - - KFY/0235 unspecified Czech 3  
B Compulsory option - - KFY/0231 unspecified Czech 2  
B Compulsory option - - KPRF/CHP Smart notes Czech 1  
B Compulsory option - - KCH/N214 Advanced Instrumental Analysis I Czech 5  
B Compulsory option - - CNB/NA19 unspecified Czech 2  
B Compulsory option - - KFY/0238 Cloud services Czech 1  
B Compulsory option - - KFY/0242 Practical aspects of teaching physics Czech 2  
B Compulsory option - - KFY/0148 Special Theory of Relativity Czech 2  
B Compulsory option - - KFY/ANM Application of Numerical Mathematics Czech 3  
B Compulsory option - - KCH/NA03 unspecified Czech 2  
B Compulsory option - - KCH/N308 Assessment of hazardous properties of waste Czech 3  
B Compulsory option - - KCH/N211 Bioactive natural substances Czech 3  
B Compulsory option - - KFY/FORT2 Programming - Fortran 2 Czech 4  
B Compulsory option - - KFY/0221 Seminar of Practical Electronics Czech 2  
B Compulsory option - - KFY/E864 Modelling of Processes in Technology I English 5 The course is available to visiting students
B Compulsory option - - KPRF/CLD Cloud services Czech 1  
B Compulsory option - - CNB/NA18 unspecified Czech 3  
B Compulsory option - - CNB/NA23 Excursion Czech 2  
B Compulsory option - - KFY/0240 unspecified Czech 2  
B Compulsory option - - KFY/0236 unspecified Czech 3  
B Compulsory option - - KFY/0239 Fragments from the history of physics Czech 2  
B Compulsory option - - KFY/0220 Input Output Computer Communication Czech 2  
B Compulsory option - - CNB/NA21 Nanobiotechnology Czech 5