Environmental Education

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Academic Courses Supporting Climate Science and Environmental Sustainability
          The university offers a range of credit-bearing courses that specifically address climate science and environmental sustainability across undergraduate and postgraduate programmes. These courses are embedded within disciplines such as chemistry, physics, environmental science, and digital technologies, and are aligned with internationally recognized credit systems.
          The curriculum includes dedicated modules focused on key areas such as Sustainable Development, Renewable Energy, and Green Chemistry. For example, courses such as Green Chemistry emphasize environmentally responsible chemical processes, while renewable energy modules explore sustainable energy generation and system modeling. Additionally, interdisciplinary courses such as mathematical modeling and information technologies support climate-related analysis and environmental monitoring.
          All listed courses are formally included in approved curricula, delivered through lectures and practical sessions, and carry officially recognized academic credits (ECTS). These courses collectively contribute to developing students’ knowledge and skills in addressing global environmental challenges, including climate change, resource management, and sustainable technological development.
 
No.
Course title
Program
Department
Credits
Area
Descrioption
1.      
Foundations of Ecological Culture and Sustainable Development
Bachelor
Digital Technologies
 
Faculty of Exact Sciences
4
Environmental Sustainability
Introduces principles of sustainability, ecological awareness, and responsible resource use.
2.      
Mathematical Modeling and Computer Simulation
Bachelor
Digital Technologies
 
Faculty of Exact Sciences
4
Climate Modeling
Covers modeling of environmental and climate-related systems using computational tools.
 
3.      
Artificial Intelligence and Robotics
Bachelor
Digital Technologies
 
Faculty of Exact Sciences
4
Sustainability Technology
Explores AI applications including environmental monitoring and smart systems.
4.      
Renewable Energy Sources (Theoretical Foundations)
Master
Physics & Astronomy
 
Faculty of Exact Sciences
4
Renewable Energy
Studies principles and technologies of renewable energy systems.
 
5.      
Modeling Processes in Renewable Energy Systems
Master
Physics & Astronomy
 
Faculty of Exact Sciences
4
Renewable Energy
Focuses on simulation and optimization of renewable energy systems.
 
6.      
Use of Micro Hydropower Plants
Master
Physics & Astronomy
 
Faculty of Exact Sciences
4
Renewable Energy
Examines small-scale hydropower technologies and sustainable energy production.
7.      
General Chemistry and Physics
Bachelor
Physics & Astronomy
 
Faculty of Exact Sciences
4
Environmental Science
Provides fundamental scientific knowledge applicable to environmental processes.
8.      
Green Chemistry
Bachelor
Chemistry
Faculty of natural sciences
4
Environmental Sustainability
Focuses on environmentally friendly chemical processes and reduction of hazardous substances.
9.      
Chemical Technology
Bachelor
Chemistry
Faculty of natural sciences
4
Sustainable Industry
     Studies industrial chemical processes with emphasis on efficiency and environmental impact.
10.   
Physical Chemistry
Bachelor
Chemistry
Faculty of natural sciences
4
Environmental Science
Explores chemical processes and energy transformations relevant to environmental systems.
11.   
Polymer Chemistry
Bachelor
Chemistry
Faculty of natural sciences
4
Environmental Materials
Examines properties of polymers including environmental impact and sustainability issue
12.   
Oil and Gas Chemistry
Bachelor
Chemistry
Faculty of natural sciences
4
Energy & Environment
Studies fossil fuel chemistry and its environmental implications.
13.   
Nanochemistry
Bachelor
Chemistry
Faculty of natural sciences
4
 
Investigates nanoscale materials with applications in environmental protection and clean energy.