Information on study programme

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Faculty Faculty of Science (FPR)
Study programme unspecified (P0533D110047)
Branch of study / Specialization Applied Physics (P0533D110047/5 - 2025)
Level of acquired qualification Doctoral
Form of study Full-time
Standard length of study 4 years
Number of ECTS credits 240
Qualification awarded Doctor (8)
Access to further studies The doctoral degree is the highest possible level of education in Czech education system.  
Type of completion State Doctoral Examination and dissertation defense.
Study and Examination Code URL
Faculty coordinator for international students
Okosy Barbora, Mgr.
Email: bokosy@prf.jcu.cz
Phone: 387776212
Fax:
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 Straňák Vítězslav, prof. RNDr. Ph.D.

Segment composition (blocks and Courses within):

Abbreviation
PhD AplFyz P CJ_25
Name of segment
PhD. Aplikovaná fyzika prezenční ČJ_25
Name of block
unspecified
Status
Compulsory
Min. credits
53
Max. ECTS credits
-
Min. number of courses
17
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
FPR/913 Training in OSH, FS and Cybersecurity 0 Zp 8S+0+0 1 -  
FPR/914 Courses Evaluation 0 Zp 0+0+0 1 Winter  
FPR/914 Courses Evaluation 0 Zp 0+0+0 1 Summer  
FPR/914 Courses Evaluation 0 Zp 0+0+0 2 Winter  
FPR/914 Courses Evaluation 0 Zp 0+0+0 2 Summer  
FPR/914 Courses Evaluation 0 Zp 0+0+0 3 Winter  
FPR/914 Courses Evaluation 0 Zp 0+0+0 3 Summer  
FPR/913 Training in OSH, FS and Cybersecurity 0 Zp 8S+0+0 4 -  
FPR/914 Courses Evaluation 0 Zp 0+0+0 4 Winter  
FPR/914 Courses Evaluation 0 Zp 0+0+0 4 Summer  
FPR/D1 State Doctoral Examination 0 Sdz 0+0+0 - -  
OJZ/950 Doctor´s English Examination 8 Zk 0+0+0 - -  
UFY/907A Conference Present. -in foreign language 5 Zp 0+2S+0 - -  
UFY/800A Doctoral thesis 28 Zp 0+30+0 - -  
UFY/805A Doctoral methodological seminar 2 Zp 0+2S+0 - -  
UFY/806A Literature review 10 Zp 0+0+0 - -  
OJZ/940 TOEFL for Doctoral Students - Examin 0 Zp 0+0+0 - -  
Name of block
unspecified
Status
Compulsory option
Min. credits
16
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
FPR/801 Study stay I. 8 Zp 0+4T+0 - -  
FPR/803 Study stay III. 24 Zp 0+12T+0 - -  
FPR/802 Study stay II. 16 Zp 0+8T+0 - -  
Name of block
unspecified
Status
Compulsory option
Min. credits
-
Max. ECTS credits
-
Min. number of courses
3
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
UFY/412 Bioactive Surfaces and Plasma Medicine 3 Zk 2+0+0 - - The course is available to visiting students
UFY/521 On-line course 0 Zk 30S+1S+0 - -  
UFY/513 Computational physics-fluid modelling 3 Zk+ 1+1+0 - -  
UFY/522 Density functional theory (DFT) 6 Zk+ 2+2+0 - - The course is available to visiting students
UFY/523 Charge transfer processes 6 Zk+ 2+2+0 - -  
UFY/476 Advanced simulations in many body physic 5 Zk 2+1+0 - - The course is available to visiting students
UFY/425 Vacuum Science and Technology 3 Zk 2+0+0 - -  
UFY/460 Plasma Surface Engineering 3 Zk 2+0+0 - -  
UFY/520 Diagnostics of surfaces and materials 2 Zk 40S+0+0 - -  
UFY/518 Physics of active surfaces and interface 0 Zk 40S+0+0 - -  
UFY/517 Advanced plasma sources 0 Zk 26S+0+0 - -  
UFY/519 Nonlinear optics 0 Zk 32S+8S+0 - -  
UFY/510 Laser physics 0 Zk 20S+20S+0 - -  
UFY/514 Waves and oscillations in the sol.cor. 0 Zk+ 30S+0+0 - -  
UMB/510 Applied thermodynamics of fluids 0 Zk 40S+0+0 - -  
UFY/475 Computer simulations in many body physic 5 Zk+ 2+1+0 - - The course is available to visiting students
Name of block
unspecified
Status
Optional
Min. credits
-
Max. ECTS credits
-
Min. number of courses
2
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
UMB/575 Numerical Mathematics II 5 Zk+ 2+1+0 - -  
UFY/426 Plasma Physics 3 Zk 2+0+0 - -  
UFY/456 Plasma Astrophysics 2 Zk+ 2+0+0 - -  
UFY/457 Computational Physics-Particle Modeling 4 Zk+ 2+1+0 - -  
UFY/454 Optical Measurements 3 Zk 1+1+0 - -  
UFY/485 Thermodynamics and statistical physics 5 Zk+ 3+1+0 - -  
UFY/429 Solid State Physics 4 Zk 2+0+0 - -  
UFY/441 Quantum theory II - light-matter interac 6 Zk+ 3+1+0 - -  
UFY/425 Vacuum Science and Technology 3 Zk 2+0+0 - -  
UFY/479 Statistical Evaluation of Experim. Data 5 Zk+ 2+1+0 - -  
UFY/466 Signal Processing and Transmission 4 Zp 2+1+0 - -