Construction

The Bachelor’s Degree Program in Construction (Field of Study 750500) provides a comprehensive educational foundation in the planning, design, and management of industrial and civil construction projects. Implemented according to the State Educational Standard of Higher Professional Education (Order of the Ministry of Education and Science of the Kyrgyz Republic, 2021), this program is designed to prepare versatile professionals capable of addressing various engineering, project, and technological challenges across different sectors of the construction industry.

Curriculum Overview

Students pursuing a bachelor’s degree in Construction will study both theoretical foundations and practical techniques relevant to contemporary construction practice. Key areas of instruction include:

1. Architecture of Industrial and Civil Buildings

• Fundamentals of architectural design and planning
• Principles of space utilization and functional layout in industrial and civil structures

1. Metal, Reinforced Concrete, and Masonry Structures

• Design and calculation of steel components and connections
• Reinforced concrete and masonry construction methods, stress analysis, and structural safety

3.       Timber and Composite Materials

• Characteristics of wood and polymer-based materials in structural applications
• Evaluation of strength properties and design solutions involving timber and plastics

1. Foundations and Geotechnical Engineering

• Soil mechanics and site investigation
• Design of foundations for various types of buildings and facilities

1. Construction Technology and Processes

• Practical methods of erecting buildings and facilities
• Innovative construction equipment and procedures
• Quality control and safety standards on the job site

1. Organization, Management, and Planning of Construction Projects

• Project lifecycle and resource allocation
• Strategic planning, scheduling, and coordinating construction activities
• Techniques for efficient and sustainable management of labor, materials, and finances

1. Inspection and Testing of Buildings and Structures

• Methods of structural diagnostics and integrity assessment
• Monitoring, maintenance, and testing protocols for operational safety

1. Economics of Construction

• Cost estimation, budgeting, and financial planning in construction projects
• Economic feasibility studies and market analysis

1. Technology and Organization of Building Reconstruction

• Principles and techniques for renovating and restoring existing structures
• Management of reconstruction projects and adaptive reuse of buildings

1. Technical Operation of Buildings and Facilities

• Maintenance planning for structural integrity and functionality
• Systems approach to building operation and lifecycle management

Program Objectives

The overarching goal of the Bachelor’s Degree in Construction (Field of Study 750500) is to develop the personal qualities and professional competences that empower graduates to:

• Undertake Engineering and Surveying Work : Perform site assessments, collect geotechnical data, and apply industry standards for safe and effective construction.
• Conduct Project Design and Technical Planning : Work with multidisciplinary teams to conceive and detail architectural and structural plans in compliance with regulations and client requirements.
• Supervise Production and Technology in Construction : Oversee material selection, on-site processes, and worker coordination to ensure high-quality and efficient outcomes for industrial, civil, and infrastructure projects.
• Engage in Continuous Professional Development : Adapt to evolving technologies, methods, and regulations in the construction sector through lifelong learning and skills enhancement.

Key Learning Outcomes

By the end of this program, graduates will be able to:

1. Analyze and Design Structures : Apply principles from architectural and engineering disciplines to develop safe, cost-effective, and sustainable design solutions.
2. Plan and Manage Construction Projects : Demonstrate proficiency in scheduling, organizing resources, and supervising diverse project teams.
3. Evaluate Construction Materials and Techniques : Select and optimize various building materials (metal, concrete, masonry, wood, composites) based on project requirements and environmental considerations.
4. Implement Innovative Technologies : Utilize modern tools, software, and methods for structural analysis, construction management, and building renovation.
5. Ensure Compliance and Safety : Interpret and apply industry standards, codes, and regulations for structural integrity and occupational safety.
6. Conduct Inspections and Quality Control : Implement diagnostic and testing methods to assess the reliability and performance of buildings and infrastructures.

This bachelor’s program fulfills the requirements of the State Educational Standard for Higher Professional Education (third generation) in Construction (Field of Study 750500). It provides students with a strong theoretical background and practical skills, equipping them to meet the challenges of modern civil and industrial construction and to actively participate in shaping sustainable and efficient built environments.