Research Laboratories

The structure of the academy includes 27 research laboratories that cover key areas of the architecture and construction industry and ensure a high level of applied research.

Model Workshop "FabLab"

A modern space for transforming architectural ideas into physical models:

  • Production of wooden models in various shapes and configurations
  • Creation of prototypes and products for the academy’s educational and exhibition purposes

"Seismoplatform" Laboratory

Center for Seismic Resistance Research:

  • Testing of models and building structures for seismic resistance
  • Analysis of object behavior parameters during earthquakes — aimed at improving the reliability and safety of designed buildings

"Geotechnics in Construction" Laboratory

Scientific Support for the Stability of Building Foundations:

  • Tensile testing of geotextile materials
  • Soil analysis for shear strength, shrinkage, and other physical and mechanical properties affecting the reliability of structures

Knauf BuildTech Lab Educational and Production Laboratory

A modern space for the practical study of construction technologies and materials:

  • learning dry construction and structural assembly technologies;
  • gaining hands-on experience with metal profiles, gypsum boards, and construction mixtures;
  • simulating production processes using VR technologies;
  • exploring modern solutions provided by Knauf Gips Kapchagay and Knauf Insulation.

Ventilation and Air Conditioning Laboratory No. 3

A modern space for studying ventilation, air conditioning, and building engineering systems:

  • conducting practical and laboratory classes;
  • studying the design and operating principles of ventilation equipment;
  • demonstrating modern engineering solutions and technologies;
  • carrying out research projects;
  • gaining practical knowledge of equipment provided by the Almaty Fan Plant (AVZ).

Educational Laboratory No. 5

A modern space for studying construction technologies, structural solutions, and materials:

  • studying monolithic construction technologies;
  • working with modern PERI formwork systems;
  • examining wall structure models and thermal and sound insulation materials;
  • exploring energy-efficient construction solutions;
  • developing practical skills in building design and construction.

Scientific Research Laboratory No. 7 “Building Structures”

A modern space for structural research and experimental testing:

  • studying the performance of thin-walled metal structures and connections;
  • analysing the influence of openings and reinforcements on load-bearing capacity;
  • investigating the stress-strain behaviour of structures;
  • comparing calculated data with experimental test results;
  • conducting educational and research activities using specialised testing equipment.

Research Laboratory No. 10 “Geotechnics in Construction”

A modern space for studying soils, foundations, and geotechnical solutions:

  • studying the physical, mechanical, and deformation properties of soils;
  • conducting compression, shear, and triaxial loading tests;
  • determining soil compressibility, stability, and filtration properties;
  • researching methods for reinforcing and strengthening weak soils;
  • studying the interaction of soils with concrete, geosynthetics, and other construction materials.

Laboratory No. 12 “Seismic Platform: Seismic Impact Research”

A modern space for studying the seismic resistance of buildings and structures:

  • simulating different types of seismic impact;
  • testing building and structural models on a seismic platform;
  • measuring acceleration and dynamic responses using accelerometers;
  • studying the behaviour of buildings and structures during earthquakes;
  • exploring modern seismic isolation technologies developed by TIS (Earthquake Technologies).

O. Yu. Pyak Ventilation and Air Conditioning Training Laboratory No. 18

A modern space for studying ventilation, air conditioning, and indoor climate-control systems:

  • studying the operating principles of ventilation and climate-control equipment;
  • designing systems for residential, public, and industrial buildings;
  • modelling the operation of ventilation and air-conditioning systems;
  • investigating airflow, temperature, and humidity;
  • evaluating the impact of indoor climate on occupant comfort and building energy efficiency.