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Educational programs
6B07301 - Geodesy and Cartography
The group of educational programs В074 Urban planning, construction works and civil engineering is included in the field of education 6В07 Engineering and construction industries
Educational program
Catalog of elective disciplines
The list of academic disciplines of the university component
Introduction
2022 year - 8th place 2023 year - 6th place The educational program "6В07301 Geodesy and Cartography" in the direction of training "6В073 Architecture and Construction", implemented by the Shakarim State University of Semey, was developed taking into account the needs of the regional labor market. The educational program "6В07301 Geodesy and Cartography" is designed to train bachelors of engineering and technology in the direction "6В073 Architecture and Construction", carrying out professional activities in the field of geodesy and cartography. The state program "Digital Kazakhstan", adopted on December 12, 2017, covers all areas of activity from healthcare to industry, including the field of geodesy. Digital technologies have become a solution to the problem of faster and more reliable creation, transfer and storage of information, in contrast to analog technologies. With digitalization in Kazakhstan, more and more geo-information maps are emerging, focused on industry data. The professions in demand in Kazakhstan change every year, but for several years the demand for surveyors has been growing. Currently, the profession "Geodesy" has become one of the most popular in the labor market.
The main criterion of completion of the educational process by preparation of bachelors is the development of students not less than 205 credits of theoretical training and at least 27credits of practices, at least 8credits in the preparation, writing and protection of diploma work (project), as well as the preparation and submission of a comprehensive examination. Total 240 credits
3,5 years
Target
Preparation of specialists with general cultural and professional competencies in the field of geodesy, cartography and geospatial data, etc., constituting the direction of training that meets the requirements of employers.
Qualification characteristics of a graduate
  • Awarded degree / qualification
    Bachelor of Engineering and Technology in 6B07301 - Geodesy and Cartography educational program
  • Name of the profession / list of positions of a specialist
    -engineer-surveyor, -assistant surveyor, -cartographer, -positions of managers, scientific and technical workers, common to research, design, technological, design organizations.
  • OQF qualification level (industry qualification framework)
    6 Level on SQF
  • Area of professional activity
    -all branches of the economy; - Committee of the Republic of Kazakhstan on Land Management; -state administration and land relations departments; - military-industrial complex; -civil and industrial construction; -enterprises for the production of geodetic and land management works; -private enterprises that have a license for the production of geodetic and land management works.
  • Object of professional activity
    -the 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; -natural and natural-anthropogenic systems.
  • Types of professional activity
    Organizational and managerial activities; Production and technological activities; Settlement and design activities; Research activities; Educational activities.
Map of training modules for developing competencies
Module 1. Fundamentals of social and humanitarian knowledge

Learning outcomes for the module:

This module reveals such aspects as: socio-cultural, economic-legal, environmental knowledge, communication skills, the use of information technology taking into account modern trends in the development of society.

Module 2. Science disciplines

Learning outcomes for the module:

The module "Natural Science Disciplines" provides students with in-depth knowledge in the theory of mathematical processing of geodetic measurements. In the course of their studies, they learn the methods of measurement equalization and acquire the necessary mathematical skills to effectively process geodetic network data. This module also develops students' ability to analyze and interpret data using specialized software, which allows them to successfully apply modern mathematical methods and analytical approaches in professional activities in the field of geodesy.

Module 3. Basics of cartographic and geodesic measurements

Learning outcomes for the module:

The module "Basics of cartographic and geodetic measurements" provides students with the comprehensive knowledge and skills required to work in the surveying and mapping profession. In this module, students study in depth the basic methods and tools of higher geodesy, cartography and aerial photography. They master the creation of digital models and maps of terrain, acquire practical skills in working with geodetic tools and equipment, as well as gain experience in topographic drawing and the performance of training and field geodetic work. This module is aimed at training specialists who are able to ensure high accuracy and quality of the cartographic materials created, as well as effectively perform geodetic measurements in various conditions and environments.

Module 4. Automation and new technologies in geodesic production

Learning outcomes for the module:

The module "Automation and new technologies in geodetic production" provides students with in-depth knowledge and practical skills in advanced methods and technologies used in modern geodesy and cartography. During the course, students learn the use of laser scanners, global navigation satellite systems and the latest surveying instruments. They also master the use of computer-aided design software packages such as AutoCAD and BIM technologies to effectively plan, design and manage construction and surveying projects. Students learn to apply digital and smart technologies to improve the accuracy and efficiency of surveying work, which will prepare them for a successful career in today's technologically demanding environment.

Module 5. Land monitoring, mapping and digitization

Learning outcomes for the module:

The module " Land monitoring, mapping and digitization" provides students with comprehensive knowledge and skills in the areas of Geographic Information Systems (GIS), photogrammetry and remote sensing. As part of the module, students will learn how to produce, edit and publish maps and perform cartographic modeling using modern software tools. In addition, they will learn photogrammetric automation and aerospace imagery processing technologies, which will enable them to effectively engage in environmental monitoring and land management. Students will be trained in methods of creating and developing the state geodetic network, as well as ensuring information security in cartography, which guarantees high accuracy and reliability of geodetic and cartographic data.

Module 6. Engineering and geodesic works of buildings and constructions

Learning outcomes for the module:

The module "Engineering and Geodetic Support of Construction of Buildings and Structures" provides students with comprehensive knowledge and skills in applied geodesy and geodetic monitoring of engineering structures. Students will learn how to perform topographic-geodetic works in engineering surveys and provide accurate geodetic support of the construction process. They will acquire knowledge in the field of construction production technology, design and fundamentals of structural safety of buildings and structures, which will allow them to effectively participate in construction and ensure high quality and safety of engineering facilities.

Module 7. Professional skills and management of geodetic production

Learning outcomes for the module:

The module " Professional skills and management of surveying production" teaches students to manage and organize surveying projects, covering economic aspects and management in this field. As part of the module, students will study regulatory and technical documentation, enabling them to comply with standards and requirements when carrying out surveying work. They will also learn academic writing techniques, improving their scientific communication and research presentation skills. This knowledge and skills will help students to plan and implement surveying projects effectively, ensuring that they are of high quality and meet professional standards.