Scientific Laboratory
Main areas of activity:
- Training in piloting unmanned aerial vehicles (drones) from scratch
- Introduction to the principles of operation and capabilities of drones
- Conducting safety instruction sessions
Main areas of activity:
Main areas of activity:
Enhancing the qualifications of specialists in construction and architecture through the study of modern requirements, technologies, and methods for the application of translucent systems and ventilated curtain facades.
Main Activities of the “Geotechnics in Construction” Laboratory:
1) Determination of soil strength characteristics
Direct/residual shear tests → internal friction angle φ, cohesion c.
Triaxial compression tests → strength and deformation parameters under different drainage conditions.
2) Study of consolidation and settlements
Oedometer tests → coefficient of consolidation, compressibility modulus, prediction of building and structure settlements.
3) Quality control of soil compaction
Static densitometers (SPG-1, HMP PDG-K) → bearing capacity, deformation modulus Ev1, Ev2.
Dynamic densitometers (HMP LFG Pro) → elastic modulus Evd, control of road base compaction.
4) Engineering-geological assessment of foundations
Determination of density, moisture content, and compaction coefficient.
Analysis of soil suitability as a foundation for buildings, roads, dams, and embankments.
5) Monitoring and quality control of construction
Field tests of compaction at construction sites.
Quality control of earthworks, road pavements, and backfills.
Research and training
6) Experimental studies in soil mechanics.
Training students and postgraduates in laboratory and field testing methods.
Development of methodologies for assessing soil strength and deformability using modern instruments.
Main areas of activity:
1) Introducing students to geodetic instruments
2) Practical work with equipment
3) Conducting safety instruction sessions
Main Areas of Activity:
The "Seismoplatform" Laboratory focuses on seismic impact modeling and the investigation of the seismic resistance of buildings.
Main areas of activity:
The Educational Laboratory "Ventilation and Air Conditioning named after O.Yu. Pyak" is intended for studying, designing, and modeling ventilation and air conditioning systems of buildings.
Main Areas of Activity:
The Scientific Laboratory “Physico-Mechanical Testing of Building Materials” conducts research on the strength, deformation, and other physico-mechanical properties of construction materials in order to assess their reliability and compliance with regulatory requirements.
Head of Laboratory: Aitzhanov Chingis Valikhanovich, Master of Architecture
Main areas of activity:
The Urban Studies Laboratory of KazGASA focuses on the study of urban processes, architecture, and urbanism with an emphasis on sustainable development and a comfortable urban environment. The laboratory conducts research projects, develops experimental design solutions, and engages students in the practical application of the “Research – Design – Exhibit” methodology.
Head of Laboratory: Khasenov Miras Manasovich, Head of Laboratory, CNC machine specialist, 3D and 2D modeling expert.
Main Activities:
FabLab KazGASA is an innovative digital fabrication laboratory at the University of Architecture and Civil Engineering (KazGASA), equipped with modern tools: 3D printers, a 3D scanner, laser and milling machines, a vinyl cutter, a vacuum forming machine, and soldering stations. The laboratory specializes in 3D visualization, modeling, and prototyping. We work with wood, plastic, and acrylic, implementing scientific, social, and commercial projects.
FabLab is a space where students learn, experiment, and create. Here, they acquire practical skills in digital prototyping and bring their ideas to life.
The laboratory conducts applied scientific research and engineering developments in the field of digital manufacturing, sustainable design, and social engineering. Among the completed and ongoing projects are:
The laboratory actively engages students in research and project activities, fostering their skills in engineering thinking, sustainable design, and teamwork.
Main Areas of Activity:
Main Activities:
The scientific laboratory "Construction Materials PENETRON" focuses on the development, improvement, and testing of modern construction materials in order to enhance their strength, durability, and environmental efficiency.
Head of Laboratory: Zhanar Zhaksylykkyzy Makhsetova, Master of Technical Sciences
Main Activities:
The Scientific Laboratory "Construction Materials FINNBLOCK" is engaged in the development, improvement, and testing of modern construction materials aimed at enhancing their strength, durability, and environmental efficiency.
Head of Laboratory: Zhanar Zhaksylykkyzy Makhsetova, Master of Technical Sciences
Main Activities:
The Scientific Laboratory "Building Materials FIRESTOYN" is engaged in the development, improvement, and testing of modern building materials aimed at enhancing their strength, durability, and environmental efficiency.
Main areas of activity:
The Laboratory of Structural Engineering is designed for conducting research, educational, and practical activities in the field of construction and engineering. Its main focus is the study of strength and deformation characteristics of construction materials and structural elements.
The laboratory carries out the following activities:
The laboratory is equipped with a testing stand with a hydraulic pump and jack, which allows the application of controlled loads and enables the study of structural elements under conditions close to real operation.
Thus, the laboratory’s activities are aimed at supporting scientific research, developing applied technologies in construction, and training qualified specialists with skills in experimental analysis of structural systems.
Head of Laboratory: Khasenov Miras Manasovich, Head of Laboratory, CNC machine specialist, 3D and 2D modeling expert.
Main Activities:
FabLab KazGASA is an innovative digital fabrication laboratory at the University of Architecture and Civil Engineering (KazGASA), equipped with modern tools: 3D printers, a 3D scanner, laser and milling machines, a vinyl cutter, a vacuum forming machine, and soldering stations. The laboratory specializes in 3D visualization, modeling, and prototyping. We work with wood, plastic, and acrylic, implementing scientific, social, and commercial projects.
FabLab is a space where students learn, experiment, and create. Here, they acquire practical skills in digital prototyping and bring their ideas to life.
The laboratory conducts applied scientific research and engineering developments in the field of digital manufacturing, sustainable design, and social engineering. Among the completed and ongoing projects are:
The laboratory actively engages students in research and project activities, fostering their skills in engineering thinking, sustainable design, and teamwork.
Учебная лаборатория «Технология строительного производства» предназначена для проведения учебных занятий, практических и исследовательских работ студентов строительных специальностей. Основная цель лаборатории — формирование у обучающихся практических навыков в области технологии, организации и механизации строительных процессов.
В лаборатории представлены современные образцы строительного оборудования и конструктивных систем, используемых в реальной практике строительного производства.
Main areas of activity:
The laboratory is designed for conducting practical classes, research, and mastering modern construction materials and technologies. During the learning process, VR technologies are actively used, allowing the simulation of construction processes and improving the level of students’ practical training.
No laboratories found