terms of reference, methods of production stakeout, construction of the main, basic, detailed axes of buildings and
structures. Geodetic works at pits and foundations. Geodetic works at the breakdown of trenches, laying pipes,
manholes device. Executive survey of buildings and structures. Measuring rainfall, roll and shear buildings, struc-
tures.
Expected results: The ability to carry out engineering and geodetic works at the construction site as a surveyor.
The ability to carry out topographical surveys with geodetic surveys. Possession of modern geodetic instruments
(optical, electronic, laser devices, total stations, GPS). Possession of methods of mathematical processing of geo-
detic measurements. Skills surveying in the construction of underground and aboveground parts of buildings under
construction;
Postrekvizity:
Disciplines in the specialty .
GiOT 2.2.10.1
Geodesy and topography basics
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 construc-
tion area. Manufacturing stakeout: project stake out, geodetic basics, construction mesh, horizontal and vertical
base, terms of reference, methods of production stakeout, construction of the main, basic, detailed axes of buildings
and structures. Geodetic works at pits and foundations. Geodetic works at the breakdown of trenches, laying pipes,
manholes device. Executive survey of buildings and structures. Measuring rainfall, roll and shear buildings, struc-
tures.
Expected results: The ability to carry out engineering and geodetic works at the construction site as a surveyor.
The ability to carry out topographical surveys with geodetic surveys. Possession of modern geodetic instruments
(optical, electronic, laser devices, total stations, GPS).
Possession of methods of mathematical processing of geodetic measurements. Skills surveying in the construction
of underground and aboveground parts of buildings under construction;
Postrekvizity:Disciplines in the specialty, Water resources and water use.
Fiz II 2.2.11
Physics II
Prerequisites:
Mathematics, Physics I
The purpose of the discipline: дисциплины:
It consists in the formation of:
–
concepts of modern physical picture of the world
– he 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: 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 ;
- Contributes to the development of students' creative thinking , skills of independent cognitive activity , the ability
to simulate the physical situation of the computer;
- 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
IGF 2.2.11.1 Selected chapters of physics
Prerequisites:: Physics 1, Physics 2
The purpose of the discipline: дисциплины: course is designed for in-depth study of some branches of physics
, contributing to engineering activity of graduates of this specialty , as well as the decision of applied problems in
selected sections .
Summary:This discipline includes the following sections: the structure of matter, physics of oscillations and
waves, elements of continuum mechanics, the equation of continuity of the jet, the Bernoulli equation, the horizon-
tal flow of liquid, liquid flow out of the hole, two modes of fluid flow, electromagnetic waves in the medium, the
equation of state of an ideal gas, the main equation of molecular-kinetic theory of ideal gas, transport phenomena,
real gases, equation of van der Waals forces, the critical state of matter, phase transitions. Solution applications on
the listed topics.
Expected results: Students acquire knowledge and skills to use the fundamental laws of selected partitions. The
student should have the ability and skills to the solution of theoretical and experimental - practical problems that
