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
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Awarded degree / qualificationBachelor of Engineering and Technology in the educational program
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Name of the profession / list of positions of a specialistSite 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), design engineer, architect of buildings and structures, civil engineer, cost estimator
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OQF qualification level (industry qualification framework)6 level of qualification in IQF and NQF
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Area of professional activityThe 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
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Object of professional activityThe 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
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Types of professional activityGraduates 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.
Learning outcomes for the module:
Acquires knowledge and skills in the field of socio-cultural, economic, legal and environmental aspects, develops communication skills, applies information technologies in the context of modern trends in the development of society.
Learning outcomes for the module:
Assesses the technical condition of buildings and structures based on testing and diagnostics. Plans and justifies technologies for building reconstruction and technical maintenance.
Learning outcomes for the module:
Explains fundamental laws and principles of mathematics and physics, interprets scientific models and formulas. Applies quantitative and analytical methods to solve typical problems and analyze processes in professional and everyday contexts.
Learning outcomes for the module:
Describes the main stages and features of architectural and construction activities. Applies basic knowledge in construction to understand building and site organization processes.
Learning outcomes for the module:
Analyzes the operating principles of building engineering systems, including water supply, sewage, heating, and ventilation. Justifies engineering decisions based on technical requirements and operational efficiency.
Learning outcomes for the module:
Applies principles of engineering mechanics to analyze load-bearing structures. Performs calculations and justifies the design of masonry, reinforced concrete, and steel structures in accordance with safety and energy efficiency standards.
Learning outcomes for the module:
Analyzes soil properties and geotechnical conditions of construction sites. Justifies the selection of foundation types based on engineering and geological data. Applies modern methods and digital technologies in engineering surveying and site development.
Learning outcomes for the module:
Masters methods of computer modeling and automated building design using BIM and smart technologies. Utilizes digital tools to enhance energy efficiency, management, and planning of construction projects.
Learning outcomes for the module:
Analyzes regulatory and technical documentation and control processes during construction works. Assesses economic indicators, standards, and pricing in construction for efficient cost estimation and project management.
Learning outcomes for the module:
Examines technologies for erecting buildings and structures considering special and high-rise constructions. Assesses design and construction features in seismic zones.