The course offers its students the basics of ecosystem approach to city territory analysis, methods of computational and experimental ecological monitoring, usage of controllers and sensors applied in areas of assessment and forecasting the quality of city environment objects, end-to-end technologies of ecological safety management, methods of efficient resourse usage and production-consumption chain waste reduction, possibilities of waste recycling, means of sustainable energy production and climatic risk reduction, fundamentals of novel technologies of production emission purification. Much attention is paid to methods and means of development of optical fiber sensors for temperature, pressire and concentration measurement and express analysis of superintoxicants. The program offers the students to improve their professional engineering competencies while obtaining synergetic approach skills. The desirable result of the course is to provide Summer School participants with deep fundamentals of sustainable city development concept and environmental engineering, illustrating the information with examples of Russian experience and conditions.
—Julia A. Tunakova, academic supervisor
Julia Tunakova
Doctor of Chemical Sciences, Head of the Department of General Chemistry and Ecology
Academic program information
Russian
training language
80 000 RUR
participation fee
14 days
course duration
School graduates
Bachelor course undergraduates
Engineering Master degree undergraduates
To pass the training successfully, B2 level of proficiency in Russian language is needed. You do not have to submit a language certificate
Considering Cities as Ecosystems
Ecosystem approach to City studies
the City as a comfortable niche for human population
Ecological Monitoring in Urban Ecosystems
Basics of ecological monitoring in urban ecosystems
Criteria and guidelines for urban ecosystem monitoring subject quality
AI tools for computational ecological monitoring
Computational ecological monitoring
AI-powered computaton of contaminant concentration in atmosphere
Superintoxicant control methods
Methods of control of dioxin-like xenobiotics
Determination of the content of superecotoxicants in environmental objects
Enzymatic reactions in the control of toxicants
Enzymatic biosensors for rapid analysis
Optical fiber sensors for environmental parameter control
Physical fundamentals of OF sensors
Means and methods of OF sensor design and development
Urban-ecological management and waste reusing as material resources
Municipal and construction waste as secondary resources
PESTLE and SWOT analysis of the transfer of municipal and construction waste to secondary resources
The use of glass as a secondary material resource
Recycling glass by making decorative products
Prospects of water processing technologies
Novel technologies of industrial drain processing
Sustainable energy production in different climate conditions
Devices for sustainable energy generation
Academic Supervisor: Julia A. Tunakova, Doctor of Chemical Sciences, Head of the Department of General Chemistry and Ecology E-mail: JATunakova@kai.ru
Apply to the course right now! Shift 3 admission deadline: July, 10