Academic degree : Bachelor of Agriculture
Second course
Modules and discipline, recommended learning paths for all
specialties
№ Name of units
Discipline
cycle
Discipline
Code
Name Number
Amo
unt of
cred-
its
Se
mes
ter
1
Module science edu-
cation 1. Mathemat-
ics
БД 2.2.8
MatI 2.2.8
Mathematics I
3
3
БД 2.2.8.1
PMat 2.2.8.1
Applied Mathematics
3
3
2
Module science edu-
cation 2. Physics
БД 2.2.9
Fiz I 2.2.9
Physics I
3
3
БД 2.2.9.1
PFiz 2.2.9.1
Applied Physics
3
3
3
General technical unit БД 2.2.10
Geod 2.2.10
Geodesy
3
4
БД
2.2.10.1
GiOT 2.2.10.1
Geodesy and topography basics
3
4
4
Module science edu-
cation 2. Physics
БД 2.2.11
Fiz II 2.2.11
Physics II
3
4
БД
2.2.11.1
IGF 2.2.11.1
Selected chapters of physics
3
4
5
Module science dis-
ciplines 1. Mathemat-
ics
БД 2.2.12
Mat II 2.2.12
Mathematics II
3
4
БД
2.2.12.1
TVMS
2.2.12.1
Probability theory and mathematical
ststistika
3
4
6
Module science edu-
cation 3. Chemistry
БД 2.2.13
Him I 2.2.13
Chemistry I
3
4
БД
2.2.13.1
PHIM 2.2.13.1 Applied chemistry
3
4
7
General technical unit
БД 2.2.14
SM 2.2.14
Construction Materials
3
4
БД
2.2.14.1
MGS 2214
Materials for hydraulic engineering
3
4
MatI 2.2.8 Mathematics I
Prerequisites: Knowledge of arithmetic course of algebra and geometry at the level of secondary school curricu-
lum.
The purpose of the discipline: :
The purpose of the discipline - formation of students' knowledge and skills to
use knowledge on the basics of "mathematicians of I» in the study of special subjects .
Summary:Number series. D'Alembert's test of convergence. Integral test for convergence of Cauchy. Symptom
Leibniz. Functional series. Power series. Formula and Taylor series and Maclaurin. Rows in approximate calcula-
tions. Elements of combinatorics. The basic axioms of probability theory. Theorems of addition and multiplication
of probabilities. The formula of total probability. Bayes' formula. Bernoulli scheme. The local and integral Moivre-
Laplace theorem. Discrete and continuous random variables and their numerical characteristics. The law of large
numbers. Sampling method. Estimation of unknown parameters of distributions. Statistical evaluations of distribu-
tion parameters. Testing of statistical hypotheses. Interval otsenivanie.Doveritelny interval.
Expected results: A student who has studied the course "and mathematicians of" should be able to: - Use the
knowledge gained in the study of special subjects. Mathematics-I course is a foundation of mathematics education
specialist, and as part of this course is conducted orientation on the application of mathematical methods in their
professional activities.
Postrekvizity:"Mathematicians of II» and all engineering disciplines and general education disciplines, readable
producing departments.
PMat 2.2.8.1
Applied Mathematics
Prerequisites:: "Mathematics", "Mathematics-I", Mathematics II.
The purpose of the discipline: :
The purpose of the discipline - formation of students' knowledge and skills to
use knowledge on the basics of "Applied Mathematics" in the study of special subjects.
Summary:Determination of the complex function (PCF). Limit and continuity of the PCF. Differentiation of the
PCF. The integral of the PCF. Calculation of definite and improper integrals. Cauchy theorem. Cauchy's integral
formula. Number series in the complex domain. Functional series of complex variable. Power series. Expansions of
functions in power series. Taylor series. Laurent series. Classification of isolated singularities. Deduction functions
in an isolated singular point. Calculation of integrals using residues. Laplace transform and its basic properties. The
inverse Laplace transform. Decomposition Theorem. Mellin - Riemann formula. The use of the operational calcu-
lus to the solution of ordinary differential equations and their systems.
Expected results: A student who has studied the course "Applied Mathematics" should be able to:
- Use the knowledge gained in the study of special subjects.
Postrekvizity: all engineering disciplines
and educational disciplines, producing departments visited.
Fiz I 2.2.9
Physics I
Prerequisites:
Mathematics
The purpose of the discipline: дисциплины: formation of students' knowledge and skills to use the fundamental
laws of physics, the theory of classical and modern physics, physical methods of research as a basis for future pro-
fessional activities.
Summary:This discipline includes the following sections: classical mechanics - dynamics point, rigid body dy-
namics, the principle of relativity, mechanical oscillations and waves, continuum mechanics; molecular physics -
the equation of state of an ideal gas, transport phenomena; thermodynamics, thermodynamic system, the distribu-
tion of the first and second law of thermodynamics, the heat capacity of a substance, Clausius inequality, entropy,
real gases. Electrostatics, Gauss theorem, the work of the electric field, the conductors in an electric field. Direct
current, Ohm's law and Joule, Kirchhoff's rules.
Expected results: students acquire the knowledge and skills of using fundamental laws and theories of classical
and modern physics. After completion of the course at studentaformiruetsya modern physical and scientific out-
look. The student should have the ability and skills to the solution of theoretical and experimental - practical prob-
lems from different areas of physics.
Постреквезиты:
Physics, Physics II
PFiz 2.2.9.1 Applied Physics
Prerequisites:
Mathematics
The purpose of the discipline: дисциплины: The main goal of teaching "Applied Physics" is to form:
-
concepts of modern physical picture of the world
- the ability to use knowledge of the fundamental laws and theories of classical and modern physics, as well as the
use of physical methods of research as the basis for a system of professional activity ;
Summary: mechanics, molecular physics, thermodynamics, electricity, magnetism, optics, quantum and nuclear
physics and nanotechnology.
Expected results: As a result of this course is the formation of the students:
– skills in dealing with typical problems of generalized discipline (theoretical and experimental - practical training
tasks) of various sections of "Physics" discipline;
– the ability to assess the degree of reliability of the results obtained using experimental or theoretical research
methods;
– promotes the development of students' creative thinking, skills of independent cognitive activity, the ability to
simulate the physical situation of the computer;
– It develops the skills of experimental research with modern instrumentation and processing of their results;
– the ability to highlight specific physical content in applications of the future specialty.
Postrekvizity:
Special subjects
Geod 2.2.10
Geodesy
Prerequisites: Mathematics, physics, computer science.
Tasks of the discipline – training of future professionals the basics of theoretical and practical knowledge of the
main types of geodetic works performed in prospecting and construction of engineering structures.
Summary: Role of Geodesy in construction. The modern idea of the shape and size of the Earth. The concepts of
the geoid, ellipsoid. Coordinate systems used in geodesy. Coordinate systems on construction sites. Orientation of
lines on the ground. Problems to be Solved by maps and plans. General information about the state geodetic net-
work. Geodetic instruments: theodolites, levels, total stations, GPS receivers. Methods of creation surveying net-
works. Geometric leveling. The main types of surveying.
Shooting justification. Horizontal shot. Vertical shooting. Combined shooting. Satellite navigation systems. The
main stages of work on construction sites. Surveying Software Engineering and survey works. Geodetic works for
the design of construction: the methods of preparation of the data for the stakeout, leveling land for construction
area. Manufacturing stakeout: project stake out, geodetic basics, construction mesh, horizontal and vertical base,