Curriculum Of Undergraduate Studies




Gradueted Mathematician - Astronomer

No.
 		 *1  SUBJECT  SEMESTER  *2
1 2 3 4 5 6 7 8
7.1 P1 Analysys I  4+4 4+4 WO
7.2 P1 Linear Algebra 3+3 2+2 WO
7.3 P1 Basics Of Programing 2+2 2+2 WO
7.4 P1 Analytic Geometry 3+3 WO
7.5 P2 General Astronomy 2+2 2+2 WO
7.6 G Physical Education* 0+2 0+2
7.7 G Sociology 2+0 2+0 O
7.8 P2 Positional Astronomy 2+0 2+0 WO
7.9 P2 General Astrophysics 2+2 2+2 WO
7.10 P1 Analysis II 4+4 4+4 WO
7.11 P1 Algebra I 2+2 2+2 WO
7.12 P1 Basics Of Computer Systems 2+2 2+2 WO
7.13 P1 Introduction To Numerical Mathematics  2+2 WO
7.14 P2 Practical Astronomy 2+3 2+3 O
7.15 P2 Astronomical Observations Processing 2+3 2+3 WO
7.16 P2 Rational Mechanics 2+2 2+2 WO
7.17 P1 Theory Of Real & Complex
Functions		 2+2 2+2 WO
7.18 P1 Diferential Equations 2+2 2+2 WO
7.19 P1 Basics Of Geometry 2+2 2+2 WO
7.20 P1 Introduction To Philosophy 2+0 2+0 WO
7.21 G Foreign Language I* 1+1 1+1 WO
7.22 G Pedagogy 2+0 O
7.23 P2 Efemerical Astronomy 2+2 2+2 WO
7.24 P2 Cellestial Mechanics & The Theory Of 
Earth's Arteficial Satelits Motion		 2+0 2+0 O
7.25 P2 Theoretical Astronomy 2+2 2+2 WO
7.26 P2 Stellar Systems 2+2 2+2 O
7.27 P1 Probability & Statistics 2+2 2+2 WO
7.28 P1 Algorithms & Mathematical Logic 2+0 O
7.29 P1 Descriptive Geometry 2+2 2+2 O
7.30 P1 Teaching Methods In Mathematics & Computer Science 2+0 2+0 O
7.31 G Foreign Language II* 1+1 1+1 WO
Hours per week 22 26 28 30 28 30 24 26
*1 Type Of Subject:
G-General Education Course,
P1-Professional Course In The Related Area,
P2-Professional Course In The Major Area
*2 Type Of Examination: WO-Written & Oral, O-Oral
* Not included in hours per week



 
 
 

Graduated Astrophysicist

No.
 		 *1  SUBJECT  SEMESTER  *2
1 2 3 4 5 6 7 8
8.1 P2 General Astronomy 2+2 2+2 WO
8.2 P1 Mechanics & Thermodynamcs 4+6 4+6 WO
8.3 P1 Mathematics I 4+4 4+4 WO
8.4 P1 Basics Of Programing 2+2 2+2 WO
8.5 G Physical Education 0+2 0+2
8.6 G Sociology 2+0 2+0 O
8.7 P2 General Astrophysics 2+2 2+2 WO
8.8 P1 Electromagnetism & Optics 4+6 4+6 WO
8.9 P1 Introduction To Theoretical Mechanics 4+2 WO
8.10 P1 Mathematics II 4+4 4+4 WO
8.11 P1 Basics Of Mathematical Physics 2+2 WO
8.12 G Introduction To Philosophy 2+0 2+0 O
8.13 P2 Practical astrophysics 2+2 2+4 WO
8.14 P2 Astronomical Observation Processing 2+2 2+4 WO
8.15 P1 Classical Theoretical Physics 6+4 WO
8.16 P1 Quantum Theoretical Physics 4+4 WO
8.17 P1 Introduction To Atomic Physics 4+5 WO
8.18 G Pedagogy 2+0 WO
8.19 G Foreign Language I* 1+1 1+1 WO
8.20 P1 Theoretical Astrophysics 2+2 2+2 WO
8.21 P2 Stellar Structure & Evolution 2+0 2+0 WO
8.22 P2 Radio Astronomy 2+2 2+2 WO
8.23 P2 Stellar Astronomy 2+2 2+2 O
8.24 P1 Subatomic Physics 4+5 WO
8.25 P2 Basics Of Physics Of Ionized Gases & Lasers 3+2 O
8.26 P1 Teaching Methods In Astronomy & History Of Astronomy 2+2 2+2 O
8.27 G Foreign Language II 1+1 1+1 O
Hours per week 26 26 28 30 28 25 29 25
*1 Type Of Subject:
G-General Education Course,
P1-Professional Course In The Related Area,
P2-Professional Course In The Major Area
*2 Type Of Examination: WO-Written & Oral, O-Oral
* Not included in hours per week




Curriculum Of Postgraduate Studies


 



       1. FUNDAMENTAL ASTRONOMY

    I year
1. Selected Methods Of Observations Processing (60+60 lectures, I i II semester) 2. Selected Chapters Of Astronomy (60+60, I i II sem.)
    II year
3. Elective Course 1 (45, III sem.)
4. Elective Course 2 (45, III sem.)
5. Special Course (30, IV sem.)
 

    Elective Courses:
1. Satellitical Astrogeodesy
2. Stellar Catalogues & Fundamental Astronomical Constants
3. Introduction To Theory Of Relativity
4. Theory Of Earth's Rotation
5. Galactical Astronomy
6. Contemporary Instruments & Methods In Astronomy
 
 


        2. CELLESTIAL MECHANICS
    I year
1. Diferential geometry (60+60 lectures, I i II semester)
2. Analitical Mechanics (60+60, I i II sem.)
    II year
3. Elective Course 1 (45, III sem.)
4. Elective Course 2 (45, III sem.)
5. Special Course (30, IV sem.)
 

    Elective Courses:
1. Analitical Methods Of Cellestial Mechanics
2. Numerical Methods Of Cellestial Mechanics
3. Theory Of Great Planet's Motion
4. Theory Of Artefical Satellites Motion
 
 



       3. STELLAR ASTRONOMY
    I year
1. Selected Methods Of Observations Processing (60+60 lectures, I i II semester) 2. Stellar Systems II (60+60, I i II sem.)
    II year
3. Elective Course 1 (45, III sem.)
4. Elective Course 2 (45, III sem.)
5. Specijal Course (30, IV sem.)
 

    Elective Courses:
1. Stellar Catalogues & Fundamental Astronomical Constants
2. Galactical Spiral Structure
3. Galactical Radio Astronomy
4. Galactical Astronomy
5. Introduction To Theory Of Relativity
6. Special Functions
7. Binary & Multiple Stars
 
 


        4. ASTROPHYSICS
    I year
1. Selected Methods Of Observations Processing (60+60 lectures, I i II semester) 2. Magnetohidrodinamycs (60+60, I i II sem.)
    II year
3. Elective Course 1 (45, III sem.)
4. Elective Course 2 (45, III sem.)
5. Special Course (30, IV sem.)
 

    Elective Courses:
1. Methods & Technics Of Solar Observing
2. Solar Physics
3. Stellar Athmospheres
4. Physics Of Stars
5. Galactical Astronomy
6. Astronomical Spectroscopy
7. Selected Chapters Of Theoretical Radio Astronomy
8. Selected Chapters Of Observational Radio Astronomy
9. Special Functions
10. Introduction To Theory Of Relativity
11. Theory Of Gravitation
12. Selected Chapters Of Extragalactic Astronomy


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