Professional and preparatory courses
Purpose of the activity
Developed by the International Educational Corporation to help citizens acquire new professional knowledge and skills, professions and specialties in accordance with the growing demands of the labor market and scientific and technological progress, as well as to meet the individual needs of the individual in improving their professional training
List of advanced training courses in the Center for Distance Learning
More than 30 training programs in 7 areas
Modern approaches to designing architectural and urban development objects
Students are introduced to innovations in building materials, digital design tools, environmentally sustainable solutions, and smart city principles.
Planning of settlements. Urban development
Students are introduced to the basics of urban planning, including methods of territory analysis, creation of functional zones (residential, commercial, public), design of infrastructure and green spaces.
District planning
Students are introduced to the fundamentals of spatial planning, including the analysis of existing infrastructure, traffic flows, and the distribution of residential and commercial zones.
Management of the urban development process
Students are introduced to the fundamentals of urban planning, project analysis and evaluation, and the processes of developing and implementing urban planning solutions.
Current issues in landscape architecture
During the course program, new approaches to landscape planning and design are developed using world practice as an example. This course is practical in nature.
Innovative residential areas and cities
You will consider innovative features of the development of modern eco-sustainable cities and residential areas, using international examples and original concepts.
Issues of reconstruction of buildings and structures
Aimed at studying methods and technologies for modernizing existing buildings. Students master the processes of redevelopment, improving the functionality and safety of real estate, including residential and commercial premises.
Issues of architectural planning organization of settlements of the Republic of Kazakhstan
A program focused on the design and development of settlements within the Republic of Kazakhstan. Students study the features of architectural planning of settlements taking into account national standards, climatic and geographical conditions.
Advanced training courses in design
The training programs will be useful not only for current specialists, but also for beginners who have decided to try themselves as a designer.
Colors in the interior
Students are introduced to the basics of color science, including color wheels, color combinations, the psychology of color perception, and the influence of light on color decisions.
Brand Identity
The course is dedicated to creating a cohesive visual brand identity — from logo to branded materials.
Participants will learn the fundamentals of brand design, develop a company’s visual style, work with color, typography, and graphic elements, and create brand guidelines.
Architectural design
Students learn to analyze user needs, create functional and aesthetically pleasing spaces, and develop documentation and visualizations to implement their projects.
Advanced training courses in the field of construction and design
Modern knowledge and practical skills for professional growth
Fundamentals of earthquake-resistant construction
Fundamentals of seismology, building dynamics and seismic load characteristics.
Ensuring geodynamic (seismic) safety of developed mineral deposits
Theoretical foundations of geodynamics, seismology and geology, as well as methods of monitoring seismic processes.
Fundamentals of design and calculation of reinforced concrete structures according to Eurocode EN 1992
Provisions of Eurocode EN 1992, including requirements for strength, rigidity and durability of structures.
Design and construction of internal and external water supply and sanitation engineering systems
A specialized program for engineers and designers aimed at in-depth study of modern technologies and methods for designing water supply and sewerage systems.
Survey and assessment of the technical condition of buildings and ensuring their operational reliability
Inspection procedures including visual inspection, instrumental methods and laboratory testing of materials.
Design and construction of engineering systems for heat, gas supply and ventilation
Modern methods of designing engineering systems, principles of energy efficiency, operational safety and selection of equipment.
LIRA-CAD training course for beginners and advanced users
The course is designed to teach the principles of working in the LIRA-SAPR program. The course introduces students to the automated process of designing and calculating building and structures for various purposes.
Probabilistic methods for calculating building structures
The course is aimed at researchers studying the theory of structural reliability, as well as at university teachers conducting scientific seminars.
Modern approach to design and construction of engineering systems and networks
The course is designed to study modern methods that allow for the smooth and reliable operation of structures and equipment that are part of the heating, ventilation, water supply and sewerage systems of facilities. Training in the MagiCAD program
Design of foundations and bases on subsidence soils
The course covers issues of designing foundations and bases on subsidence soils.
Application of Eurocode 7 in geotechnical design.
The course examines aspects of designing foundations and foundations using Eurocode 7.
Basics of Geotechnics
Students learn the basic principles of soil mechanics, soil investigation methods, and methods for designing foundations, retaining walls, and other structures.
Strength of materials
Students are introduced to the basic concepts of materials mechanics, including strength, stiffness, stability, and toughness.
Structural mechanics
Students learn the laws of solid mechanics, static and dynamic loads, and the principles of how materials work under the influence of various forces.
Advanced training courses in construction technologies, infrastructure and management
In-depth knowledge and new approaches for successful project management and implementation
Taking into account the physics of the environment in design (optimal microclimate in premises for various purposes)
Students study the principles of thermodynamics, heat transfer, acoustics and ventilation, as well as their role in the design of buildings and premises for various purposes.
Energy efficient ceramic materials
Students are introduced to the fundamentals of materials science, production technologies and properties of ceramic products, as well as their role in reducing energy consumption and improving thermal insulation.
Self-compacting concrete
Students learn the theoretical and practical aspects of creating concretes that are highly fluid and capable of filling forms without mechanical compaction.
Development of estimate documentation using the resource method (ABC-RS)
Students learn the principles of calculating the cost of construction work based on the analysis of necessary resources, including materials, labor costs and equipment.
Developing thematic maps in ArcGIS
Students learn the basic tools and technologies of geographic information modeling (GIS), including spatial data processing, information visualization, and geographic pattern analysis.
Geodetic works in construction using new technologies
Students are introduced to the latest tools and technologies such as GNSS, laser scanning and unmanned aerial vehicles (drones) that improve the accuracy and efficiency of surveying.
Modern technologies in the production of building materials and products
Students are introduced to innovations in technology such as 3D printing, the use of recycled materials, nanotechnology and process automation.
Additionally
Useful information and additional opportunities for your development
Engineering start for schoolchildren
Students are introduced to the fundamentals of various engineering disciplines such as mechanics, electronics, robotics and programming.
Training format
- In-person classes: in KazGASA classrooms and laboratories.
- Online courses: through the academy’s educational platform.
- Combined format: a combination of online lectures and practical classes.
Terms and duration
- Preparatory courses: from 1 to 3 months.
- Professional courses: from 2 weeks to 6 months.
- The training schedule is flexible, you can choose morning, afternoon or evening classes.
How to enroll in courses?
- Select a course from the list provided.
- Fill out an online application or contact the academic department.
- Provide the necessary documents: passport and certificate of enrollment (for students).
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