Master Studies – COMPUTER AND APPLIED PHYSICS

Table 5.1. Teaching Curriculum

No.	Course code	Course title	Semester	Type	Course status	Number of classes				Other classes	ESPB
						L	E	SIR	T
FIRST YEAR
1.	FIZ5C01	Research Study Work	1 i 2	NS	IZ			20	20		20
2.		Optional Course 1	1	NS	IZ	2	2		4		4
3.		Optional Course 2	1	NS	IZ	2	2		4		4
4.		Optional Course 3	1	NS	IZ	2	2		4		4
5.		Optional Course 4	1	NS	IZ	2	2		4		4
6.		Optional Course 5	1	NS	IZ	2	2		4		4
7.		Graduate Work	2	NS	IZ					20	20
Total									40
Total ESPB											60
Number of classes (per week): L = lecture; E = exercises; SIR = research; T= total of classes per week Type of the course: AO = general education; TM = theoretical and methodological; NS = scientific; SA = professional. Course status: O = required; IZ = optional.

Optional Courses:

No.	Course code	Course title	Semester	Number of classes				ESPB	No.
				L	E	SIR	T
1.	FIZ5C02	Special Course of Mathematics for Physicists	9	2	2		4	4	NS
1.	FIZ5C03	Network Programming	9	2	2		4	4	SA
2.	FIZ5C04	Programming of Microcontrollers	9	2	2		4	4	SA
3.	FIZ5C05	General Metrology	9	2	2		4	4	NS
4.	FIZ5C06	Selected Chapters of Modern Physics	9	2	2		4	4	NS
5.	FIZ5C07	Selected Chapters of Metrology	9	2	2		4	4	NS
6.	FIZ5C08	Automation of Measurement Process	9	2	2		4	4	SA
7.	FIZ5C09	Basics of Telecommunications	9	2	2		4	4	SA
8.	FIZ5C10	Application of Plasma in Material Treatment and Nanotechnologies	9	2	2		4	4	SA
9.	FIZ5C11	Basics of Fusion Plasma Physics	9	2	2		4	4	NS
10.	FIZ5C12	Global Effects of Pollution	9	2	2		4	4	NS
11.	FIZ5C13	Data Structures and Algorithms	9	2	2		4	4	NS
12.	FIZ5C14	Computer Architecture and Operating Systems	9	2	2		4	4	NS
13.		Graduate Work	9	2	2		4	4	NS