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Item Title

Briefly about the subject

1

Cartography

It describes the nature and characters of events and phenomena in society, their interelations, changes over the time. It draws  a generalized images in mathematic models by using special image of models, and using them as a source of research.

2

Designing and creating of maps

One of the important parts of cartography is creating and redacting  the original copy of the map (original).

3

Socio - economic cartography

Analyzing and designing maps on socio-economic topics.

4

Topographic Drafting

Tasks: studying rules and works with drafting materials and instruments, graphic design of maps and comply with graphical rules and techniques.

5

Geodesy

Defining  and calculating the size of  the Earth. Different geodetic instruments are used to calculate a surface of the Earth  on the bases of mathematical rules.

6

Engineering geodesy

Engineering and geodetic investigation will be conducted at the place of designing of buildings and installations.

7

The geodetic works in planning

It is being taught the geodetic works in planning

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High geodesy

To determine the size and shape of the earth, build a base of geodetic networks, also a large part of its work with geodetic works.

9

Digital photogrammetry

A science that uses aerospace and space photography for  making up  plans and maps and studying problems on them.

10

Computer graphics and cartography in planning

Using of computer graphics and  creation of a system of cards and symbols on the basis of ground handling and efficient use. A special image  can give a generalized illustration of the image by mathematically  drafting in the  models and using it as a source for research.

11

Introduction to the speciality

A great attention is paid to the students` skills and habits.

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Item Title

Briefly about the subject

Scientific basics of geo-informative systems

Studying of scientific basics of geoinformative systems.

Applied Geodesy

Geodetic investigations are used for engineering, relocating, and constructing various engineering installations.

Telemeters

Using of aerospace and space photography for  making up  plans and maps and studying problems on them.

Cartography

Making up  of maps and plans, publishing them, using space photographs, creating custom maps and plans, and identifying of  alternative dimensions for users of agricultural enterprises.

Geoinformative cartography

In cartographic informative system were given dates, images, MapInfo, ArcGIS software, digital cards, the map for mathematical usage, basics of   geographic and cartographic prognosis.

Data acquisition and integration

Used as a source of data for GIS, data acquisition, methods of coordinate linking, classification and cataloging techniques are used for publishing cards, geodetic lines, laser scanning, GPS dams, surface photodolitic fuels, aerospace and distant sensing materials.

Spatial models of datas

It explains the importance of practical and theoretical aspects of modeling the spatial datas in geographic researchs.

Geospatial database and its architecture

The concepts of these problems.

Cartography and Geovizualization

Geo-information and GIS, informatics, cartography and remote sensing for determining the interelation between scientific  models, geoinformative methods and ways of  getting the map.

Formalization and management of the project

Theoretical and practical aspects of managing GIS projects, also  planning, compiling and realizating of GIS projects, monitoring the realization of the projects.

Scientific researchs in geodesy and cartography

Mathematical modeling of water management and engineering installations, mathematical statistics and experimental planning in the analysis of the results; studying the ways of analysing and analyzing of geodetic and cartographic processes.