Educational program

More details
Code – Speciality

6B07302 - Geodesy and Cartography
The aim of the educational program

Creating an educational environment conducive to professional formation and intellectual development of a specialist able to demonstrate functional literacy and competitiveness in professional situations, successfully combining knowledge in the specifics of performing various topographic-geodetic and cartographic works, means of automated processing of geodetic, land surveying and cadastral information, able to work with modern geodetic and photogrammetric devices and tools and specialists.
Graduate model
Graduate qualification Professional sphere:

All sectors of the economy, including the military-industrial complex, civil and industrial construction, public authorities in land management, land registry, etc.
The object of professional occupation:

- surface of the Earth, state geodetic networks and special-purpose networks;
- construction sites of buildings and structures;
- civil, residential, transport, hydraulic engineering buildings and structures;
- mineral deposits;
- land plots, urban areas;
- natural and natural-anthropogenic systems.
Types of professional occupation:

- industrial and technological;
- experimental and research;
- Educational (pedagogical, educational);
- production and management;
- organizational-technological
- research;
Functions of professional occupation:

- organisation and maintenance of geodetic, topographic surveys, adjustments of planning and cartographic material, land acquisition;
- preparation of digital topographic and thematic plans and maps, digital terrain and relief models;
- management and organization of geodetic, aerial survey, surveying and cartographic works
- maintenance of geoinformation databases.
Graduate competences map
Formed core competencies Program outcome
1. Evaluate different situations based on a holistic systemic scientific worldview Analyze information of philosophical and historical content, methods of discussion and controversy
Express a thought, reasonably defend one’s own opinion on issues of social significance
2. Carry out cultural and verbal communication using modern communication tools and technologies Demonstrate proficiency in written, oral, and non-verbal communication
Search and process information using ICT
3. Define a person in a social environment and focus on a healthy lifestyle Express knowledge of holistic personality in economic and legal environment
Apply methods of ensuring the safety of social systems in order to preserve, develop and effectively function of an individual, society and the state
4. Ability to perform geodetic work in surveying, design, construction and operation of engineering structures, land surveying and cadastre works, taking into account the effective maintenance of the cartographic and geodesic production Know the basic principles and forms of organization of cartographic and geodesic production, planning and management, taking into account the specifics of topographic and geodesic and cartographic works.
To know geodetic, photogrammetric and cartographic instruments, technical means of space geodesy, computer technology and automated information processing tools used for geodetic measurements and mathematical processing of their results, as well as for creating maps
Have the skills to perform geodetic work with modern geodetic equipment and tools, specialized software.
5. Ability to carry out scientific research and engineering surveys, mathematical processing of measurement results and their interpretation, required in professional activities and in the study of natural resources Knowledge of the geological structure of the Earth, meteorology, climatology and hydrology, fundamentals of cadastre for surveying, design, construction and operation of engineering structures
Have the skills to perform research, scientific, design work, be able to process and assess the accuracy of geodetic measurements required in professional activities
6. Ability to perform geodetic work on the creation, development and reconstruction of basic geodetic, leveling, gravimetric networks and networks of special purpose by different methods Be able to create a geodetic planning and height justification to ensure the construction and maintenance of economic objects
Analyze information, make reasoned judgments, and draw valid conclusions about the ways in which various surveying measurements are made and the conditions under which they are applied.
7. Ability to carry out basic technological processes of obtaining ground and aerospace spatial information about the state of the environment, to use remote sensing materials and GIS technology in modeling and interpreting the results of the study of natural resources and objects Know modern geographic and land information systems, how to prepare and maintain graphic, cadastral and other information at a modern level
Be able to perform a set of aerial surveys, processing of remote sensing data and aerial survey materials to create and update plans and maps, monitoring of natural resources and objects using photogrammetric methods.
8. Ability to perform astronomical determinations, topographic-geodetic, aerial surveying, photogrammetric, gravimetric work to ensure the mapping of the territory Be able to systematize and evaluate information in the design and production of topographic and geodetic works, the results of astronomical, gravimetric measurements, geodetic observations of the Earth's crust shift
9. Ability to carry out a range of geodetic work performed in the surveying, design and construction of engineering structures on industrial and construction sites. To be able to apply modern methods and methods of geodetic works in geodetic and surveying support of economic objects using modern technologies and software.
Modular Curriculum
Secondary disciplines Base disciplines Profiling disciplines