Research Areas

At Kyiv National University of Construction and Architecture (KNUCA), research is a foundational pillar that drives innovation, academic excellence, and practical solutions to contemporary challenges in the built environment and society. The university’s scientific activities span both technical and social sciences, reflecting its multidisciplinary mission to advance knowledge and address real-world problems.

KNUCA’s research priorities cover a broad spectrum of topics related to architecture, engineering, construction, urban development, and environmental sustainability. These activities are supported by an extensive research infrastructure that includes research institutes, laboratories, and centers, fostering collaborative inquiry, scientific discovery, and technological innovation.

Built Environment and Structural Systems

  • Development of innovative construction materials and binders to improve durability, performance, and sustainability.
  • Advanced structural mechanics and stability analysis for buildings and infrastructure.
  • Non-destructive testing and diagnostics to assess the condition and safety of structural systems.
  • ·Analysis of structural behavior under static and dynamic loads, including seismic effects.

These studies contribute to the development of safer, more resilient architectural and engineering solutions that meet modern performance and safety standards.

Urban Planning, Architecture, and Design

  • Theoretical and practical research on architecture and urban development, including historical studies and contemporary design theory.
  • Investigation of special-purpose territories and regulatory frameworks for specialized built environments.
  • Studies on adaptive and sustainable architecture, spatial organization, and the integration of design principles with urban systems.

This work supports both academic advancement and professional practice in architectural design and urban transformation.

Geotechnics and Ground Engineering

  • Numerical modeling and analysis of soil–foundation–structure interactions.
  • Assessment of slope stability and landslide phenomena, particularly in complex geological conditions.
  • Engineering-geological investigations, foundation testing, and expert evaluations to support safe geotechnical design.

These activities improve understanding of subsurface behavior and contribute to resilient infrastructure development.

Sustainable Construction and Environmental Technologies

  • Research on energy-efficient and nearly zero-energy buildings (nZEB), including training and consulting initiatives.
  • Development of resource- and energy-efficient construction technologies, waste processing methods, and material recycling.
  • Integration of environmental safety considerations and sustainable practices into construction engineering.

This research supports the transition toward eco-friendly building systems and aligns with national and global sustainability goals.

Digital Technologies and Construction Informatics

  • Application of Building Information Modeling (BIM) and digital tools for design, construction, and facility management.
  • Development of digital platforms, computational analysis tools, and simulation software to support engineering decision-making.
  • Integration of geospatial and digital mapping technologies (e.g., GIS) for planning and reconstruction.

These digital innovations improve project efficiency, accuracy, and collaboration throughout the construction lifecycle.

Socio-Economic and Management Research

  • Studies in construction economics, project management, and organizational aspects of construction engineering.
  • Research on effective operational practices, management consulting, and strategic transformation in construction enterprises.

This work complements technical research by addressing the economic, managerial, and strategic dimensions of the built environment.

Conferences and Knowledge Exchange

KNUCA actively hosts and participates in international scientific forums and conferences, bringing together scholars, engineers, architects, and industry professionals to share research findings, exchange expertise, and build collaborative networks. Key topics include innovative construction technologies, sustainable development, BIM applications, and cultural heritage restoration.