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Nanoelectronics and Photonics

1st Semester
Code Subject Status (Compulsory or Elective) Number of Lessons ECTS Credits
Core subjects - Group A
13M061DNKS Design of Nanoelectonic Quantum Structures E 4+0+0 6
13M061MMN Microelectronic Devices Modeling E 3+1+0 6
13M061NIN Nanomagnetism and Nanospintronics E 3+1+0 6
13M061LIP Lasers and their Applications E 4+0+0 6
13M061S Spintronics E 4+0+0 6
13M061OMM Wavelength Division Multiplexing Optical Networks E 3+1+0 6
13M061STPG Collisions and Transport Processes in Ionized Gases E 3+1+0 6
13M061FP Plasma Physics E 3+1+0 6
13M061MMRS Metrology and Computerized Measuring Systems E 2+2+0 6
13M061MNR Methodology of Scientific Research Work E 4+0+0 6
13M061ENN Elements of Nanooptics and Nanophotonics 1) E 3+1+0 6
13M061OROE Organic Optoelectronics E 3+1+0 6
13M061SIFO Silicon Optoelectronic E 3+1+0 6
Subjects from bachelor studies - Group B
13E064FS Fiber Optic Sensors E 3+1+1 6
13E064OPT2 Optical Telecommunications 2 E 3+2+0 6
2nd Semester
Core subjects - Group A
Code Subject Status (Compulsory or Elective) Number of Lessons ECTS Credits
13M061PAFK Design of Active Photonic Integrated Circuits E 4+1+0 6
13M061IVS Industrial Video Systems 2) E 3+2+0 6
13M061PIK Modeling and Properties of Passive Photonic Integrated Circuits 2) E 2+0.5+1.5 6
13M001ZR Final paper C   30
Total 20-22 60

1) The subject was not offered in 2013/14.

2) The subject has been offered since 2015/16.