• First Stage of Higher Education - Bachelor of Technics and Technologies
• First Stage of Higher Short Education - Bachelor of Technics and Technologies

1. Use theoretical knowledge of cartography as a tool for understanding the environment and how it is reflected in spatial analysis to produce topographic maps and plans, atlases and other cartographic works based on automated coordinate calculations and algorithms.
2. To use the ethical and ecological principles laid down in the basis of the natural - right teaching of Al-Farabi and Abai about the regularities of the development and functioning of the Earth's geospheres for its correct display on general geographical and thematic maps.
3. Work with cartographic, aerospace, reference and statistical materials, databases and banks of spatial data and process the results of aerospace images, including those obtained from various UAVs using modern photogrammetric software products and systems.
4. Use interdisciplinary knowledge, internet technology, and digital mapping techniques to extract information about the Earth's geospheres and gain practical skills and construction techniques.
5. Demonstrate knowledge of the theoretical foundations of aerospace methods to assess their role in the study of natural resources, natural hazards, geodynamic system development, environmental protection, and environmental mapping.
6. Analyze solutions to implement modern technologies and geodetic information systems in production, design and make decisions when processing graphic images, as well as design and present the results, use modern software products and technical means, know the technologies and features of preparing cartographic materials for publication.
7. Model spatial objects, processes and phenomena, control and correct the activities of the team to maintain and update spatial databases, GIS of various types and purposes, design, make decisions and coordinate points of view in the preparation of topographic maps in digital form, development and implementation of regulatory documents.
8. Apply analysis and solutions in the processing of space and aerial photogrammetric survey materials, design and plan aerospace survey works, determine the most optimal survey parameters for solving the set tasks, conduct aerial surveys and post-processing of ASF materials, obtain aerial images and elements of their external orientation.
9. Analyse the principles of landscape and agro-landscape spatial planning to develop methods of geo-information mapping, surveying and modelling in engineering, land surveying and cadastral work based on analysis of mathematical statistics and calculations.
10. To evaluate the process of automated creation and design of thematic maps based on the analysis of the state of natural conditions of territories and the processing of remote sensing data for the production of cartographic products.
11. Interpret theoretical knowledge of geo-information modelling, design and layout of special maps, atlases and topographic plans to develop GIS design and publishing techniques based on analysis of the organisation and economics of cartographic and surveying production and digital technology.
12. To develop technological maps for the production of construction processes using integrated mechanization of work and advanced labor methods; to design construction master plans for individual buildings and structures; to build and use cartographic models to describe and predict various phenomena in nature, economics and social activities; to transform geographical information into a cartographic view.