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Educational programs
6B07302 - Civil Engineering
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 - 18th place 2023 year - 5th place The educational program "6B07302 Civil engineering", implemented by the Shakarim University of Semey by the Department of Construction and Geodesy, was developed taking into account the needs of the regional labor market. The educational program "6B07302 Civil engineering" is intended for the preparation of bachelors of engineering and technology in the direction of training 6B073 "Architecture and Construction", who carry out professional activities in the fields of industrial and civil construction, design of buildings and structures. According to the Statistics Agency of the Republic of Kazakhstan, there are not enough engineers of technical specialties at enterprises, the popular professions of Kazakhstan change annually, but the demand for engineers and designers has been growing for several years. The latter are employed in construction companies and cooperate with designers and architects. To date, all graduates of the educational program "6B07302 Civil engineering" who graduated from Shakarim University are employed and occupy places from design engineers to needlework positions.
The main criterion for the completion of the educational process in the preparation of bachelors is the acquisition of at least 205 credits of theoretical training, as well as at least 27 credits of practice, not 8 credits for the preparation of diplomas. Total 240 credits.
Typical training period: 4 years
Target
Preparation of bachelors with professional competence in the field of construction and design of buildings and structures for various purposes, inspection and reconstruction of existing buildings. EP 6В07302 Civil engineering aims to achieve in the course of training and education of such a level of readiness of the graduate to an independent life, which fully meets the social expectations of society regarding its ability to productive professional activity in modern society The application of this programme aims to achieve the following – development of bachelors ability to self-improvement and self-development, needs and skills; – to ensure the adaptation of higher education in the direction of training 6B073 «Architecture and construction» and research to the changing needs of society and the achievements of scientific thought; – to ensure recognition of the level of training in other countries – to provide higher mobility of graduates in the changing conditions of the labor market
Qualification characteristics of a graduate
  • Awarded degree / qualification
    Bachelor of Engineering and Technology in the educational program
  • Name of the profession / list of positions of a specialist
    Site master, engineer, design engineer, quality engineer, Construction supervision engineer, OaSH engineer, Repair engineer, Process engineer, construction laboratory engineer, Workshop head( head), Head of production laboratory, Head of Personnel Department, Head of Capital Construction Department, Head of Safety and Labor Protection Department, Head of Production Department, Head of Technical department, Head of repair shop, shift supervisor, work producer( foreman), Warehouse manager
  • OQF qualification level (industry qualification framework)
    6 level of qualification in IQF and NQF
  • Area of professional activity
    The sphere of professional activity of the graduate of the educational program is the construction, design and calculation of buildings and structures of industrial and civil construction, control in the field of construction production
  • Object of professional activity
    The objects of professional activity of graduates of the educational program are construction and installation departments and organizations, factories for the production of construction products, utilities, enterprises for the operation and repair of construction machinery and equipment, joint-stock associations for construction
  • Types of professional activity
    Graduates of the educational program "6B07302 Civil engineering" can perform the following types of professional activities: Production and management activities: - manage teams that carry out construction and installation work on the construction, operation and reconstruction of buildings, structures, engineering systems and equipment; on the operation and repair of construction machinery, mechanical, electrical equipment and automation equipment; Design and engineering activities: - perform design work on the construction and reconstruction of buildings and structures, engineering systems, mechanical and electrical equipment and means of mechanization; Organizational and technological activities: - organize the work of construction, municipal organizations and enterprises; Scientific and pedagogical activity: - to participate in the implementation of research works and conduct scientific and pedagogical activities in general education organizations.
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 10. Technology of testing and reconstruction of buildings

Learning outcomes for the module:

The module "Technology of testing and reconstruction of buildings" includes disciplines such as methods of testing building structures, building reconstruction technologies, and diagnostics of the condition of construction facilities. It is aimed at studying methods for assessing the technical condition of buildings and structures, as well as technologies for their modernization and restoration. Students master the skills of conducting tests and diagnostics, develop solutions to extend the service life and improve the operational characteristics of buildings. The module provides a comprehensive understanding of the inspection and reconstruction processes, which contributes to improving the reliability and safety of construction sites.

Module 2. Natural science disciplines

Learning outcomes for the module:

The Natural Sciences module includes key subjects such as mathematics, physics, chemistry and biology aimed at developing fundamental scientific knowledge. It provides students with the basic concepts and research methods necessary to understand natural phenomena. This module promotes the development of analytical thinking and problem solving skills that are important for future professionals in various fields of science and technology. As a result, students gain solid knowledge and skills that serve as the basis for further professional and academic growth.

Module 3. Fundamentals of architectural and construction activity

Learning outcomes for the module:

The module "Fundamentals of Architectural and Construction Activity" covers key disciplines such as architectural design, building materials and technologies, as well as the basics of engineering structures. It is aimed at developing the basic knowledge and skills necessary for planning and implementing construction projects. Students study the principles of design, functionality and sustainability of buildings, which contributes to their preparation for professional activity in the construction industry. The module provides a fundamental understanding of architectural and construction processes, forming the basis for further in-depth training and practice.

Module 4. Engineering systems and machines in civil engineering

Learning outcomes for the module:

The module "Engineering Systems and Machines in Civil Engineering" includes disciplines such as water supply and sanitation systems, heating and ventilation, as well as construction machinery and mechanisms. It is aimed at studying the principles of design, installation and operation of engineering systems that ensure comfort and safety in buildings. Students gain knowledge about modern technologies and equipment used in civil engineering, which contributes to their preparation for solving practical tasks in their professional activities. The module forms a comprehensive understanding of the role of engineering systems and construction machines in creating functional and efficient infrastructure facilitie

Module 5. Design and calculation of building structures

Learning outcomes for the module:

The module "Design and Calculation of building structures" covers key disciplines such as theoretical mechanics, building statics, reinforced concrete and metal structures. It aims to study the principles and methods of designing reliable and sustainable construction projects. Students gain skills in performing calculations, modeling and analysis of structures using modern software tools. The module provides a deep understanding of the engineering aspects of design, which is the basis for creating safe and effective construction solutions.

Module 6. Geotechnical research and design of foundations in construction

Learning outcomes for the module:

The module "Geotechnical research and design of foundations in construction" includes disciplines such as engineering geology, soil mechanics, foundations and foundations, as well as geotechnical design. It is aimed at studying the properties of soils and their interaction with structures, which is the basis for safe and effective foundation design. Students master the methods of geotechnical research, analysis and calculation of foundations, which allows them to solve complex engineering problems. The module provides a comprehensive understanding of the geotechnical aspects of construction necessary to create reliable and durable foundation structures.

Module 7. Energy-efficient design and information modeling of buildings

Learning outcomes for the module:

The module "Energy Efficient Design and Building Information Modeling" includes disciplines such as energy efficient technologies in construction, fundamentals of building information modeling (BIM), and environmental design. It is aimed at studying the principles of creating energy-efficient and sustainable buildings using modern technologies and software. Students master methods for analyzing and optimizing the energy characteristics of buildings, as well as skills in working with BIM systems for integrated design. The module ensures the integration of environmental and digital approaches in design, which contributes to the training of specialists to meet the modern requirements of the construction industry.

Module 8. Regulatory and economic framework in construction

Learning outcomes for the module:

The module "Regulatory and Economic Framework in Construction" includes disciplines such as construction law, construction economics, construction project management and cost estimation. It is aimed at studying the legislative, economic and managerial aspects necessary for the successful conduct of construction projects. Students master the methods of cost estimation, budget planning and risk management in construction. The module provides a comprehensive understanding of the regulatory and economic foundations, which contributes to the effective organization and implementation of construction processes.

Module 9. Organization and technology of construction production of buildings and structures and production of building materials

Learning outcomes for the module:

The module "Organization and technology of construction production of buildings and structures and production of building materials" includes disciplines such as technology of construction of buildings and structures, organization of construction production, and production of building materials. It is aimed at studying the methods and technologies of construction, as well as the processes of manufacturing and using building materials. Students learn practical skills in construction project management, optimization of construction processes and quality control of materials. The module provides a comprehensive understanding of the production and technological aspects of construction, which is necessary for efficient and high-quality construction work.