Welcome to our department!
We’ll teach you the theory and practical application of polymer engineering, including how to use industrial apparatus in our very own pilot plant.
It will equip you with knowledge and skills across the full spectrum of chemical engineering topics – such as chemistry, thermodynamics, plant design and process control in cchemical technology of organic substances, materials and products – allowing you to keep your career options open.
What do you want to study?
Choose your specialization:
Year 1
- History (credits – 2)
- Higher mathematics (credits – 12)
- Physics (credits – 9)
- Theoretical Foundations of Chemistry (credits – 6)
- Inorganic chemistry (credits – 5)
- Foreign language (credits – 5)
- Belarusian language (credits – 3)
- Protection of the population and facilities from emergencies. Radiation safety
(credits – 3) - Engineering and machine graphics (credits – 6)
- Ethics and Aesthetics / History of World Culture / Philosophical foundations of sustainable development strategy (credits – 2)
- Applied mechanics (credits – 3)
- Informatics and computer graphics (credits – 3)
Year 2
- Philosophy (credits – 4)
- Economy (credits – 4)
- Physical and colloidal chemistry (credits – 12)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Organic chemistry (credits – 12)
- Foreign language (credits – 4)
- Applied mechanics (credits – 3)
- Processes and devices of chemical technology (credits – 4)
- Theoretical foundations of the technology of film-forming substances (credits – 2)
- Chemistry and technology of fiber and film-forming polymers (credits – 2)
- Theoretical Foundations of Polymer Processing (credits – 2)
- Chemical technology of monomers for the production of film-forming substances (credits – 3)
- Chemistry and physics of film-forming substances (credits – 3)
Year 3
- Political science (credits – 2)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Energy saving and energy management (credits – 3)
- Organization of production and enterprise management (credits – 3)
- Electrical engineering, fundamentals of electronics and electrical equipment of chemical industries (credits – 3)
- Fundamentals of Law and Human Rights / Industry market theory (credits – 2)
- Processes and devices of chemical technology (credits – 6)
- Heat engineering (credits – 3)
- Equipment and design basics for enterprises of the sub-industry (credits – 3)
- General chemical technology (credits – 3)
- Industry economics (credits – 3)
- Chemistry and physics of film-forming substances (credits – 3)
- Chemistry and technology of film-forming substances and compositions (credits – 5)
- Chemistry and technology of paints and varnishes and coatings (credits – 8)
- Pigments for modern paints and varnishes (credits – 3)
Year 4
- Occupational Safety and Health (credits – 4)
- Ecology and environmental control (credits – 4)
- Automation, automation and automated control systems for technological processes (credits – 4)
- Marketing with the basics of logistics (credits – 3)
- Functional additives for paints and varnishes (credits – 4)
- Pigmentation of paints and varnishes (credits – 3)
- Basics of compounding of paints and varnishes (credits – 5)
- Educational and research work of students (credits – 3)
Year 1
- History (credits – 2)
- Higher mathematics (credits – 12)
- Physics (credits – 9)
- Theoretical Foundations of Chemistry (credits – 6)
- Inorganic chemistry (credits – 5)
- Foreign language (credits – 5)
- Belarusian language (credits – 3)
- Protection of the population and facilities from emergencies. Radiation safety
(credits – 3) - Engineering and machine graphics (credits – 6)
- Ethics and Aesthetics / History of World Culture / Philosophical foundations of sustainable development strategy (credits – 2)
- Applied mechanics (credits – 3)
- Informatics and computer graphics (credits – 3)
Year 2
- Philosophy (credits – 4)
- Economy (credits – 4)
- Physical and colloidal chemistry (credits – 12)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Organic chemistry (credits – 12)
- Foreign language (credits – 4)
- Applied mechanics (credits – 3)
- Processes and devices of chemical technology (credits – 4)
- Theoretical foundations of the technology of film-forming substances (credits – 2)
- Chemistry and technology of fiber and film-forming polymers (credits – 2)
- Theoretical Foundations of Polymer Processing (credits – 2)
- Polymer chemistry (credits – 3)
- Physics of Polymers (credits – 2)
- Chemistry and technology of monomers for the synthesis of high molecular weight compounds (credits – 1)
Year 3
- Political science (credits – 2)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Energy saving and energy management (credits – 3)
- Organization of production and enterprise management (credits – 3)
- Electrical engineering, fundamentals of electronics and electrical equipment of chemical industries (credits – 3)
- Fundamentals of Law and Human Rights / Industry market theory (credits – 2)
- Processes and devices of chemical technology (credits – 6)
- Heat engineering (credits – 3)
- Equipment and design basics for enterprises of the sub-industry (credits – 3)
- General chemical technology (credits – 3)
- Industry economics (credits – 3)
- Chemistry and technology of monomers for the synthesis of high molecular weight compounds (credits – 3)
- Plastics technology (credits – 6)
- Resource-saving and energy-saving technologies in the production of plastics
(credits – 3) - Modeling and optimization of chemical technological processes in the production of plastics (credits – 4)
- Binders and functional additives for polymer composites (credits – 3)
Year 4
- Occupational Safety and Health (credits – 4)
- Ecology and environmental control (credits – 4)
- Automation, automation and automated control systems for technological processes (credits – 4)
- Marketing with the basics of logistics (credits – 3)
- Binders and functional additives for polymer composites (credits – 5)
- Technology of processing and application of plastics (credits – 7)
- Educational and research work of students (credits – 3)
Year 1
- History (credits – 2)
- Higher mathematics (credits – 12)
- Physics (credits – 9)
- Theoretical Foundations of Chemistry (credits – 6)
- Inorganic chemistry (credits – 5)
- Foreign language (credits – 5)
- Belarusian language (credits – 3)
- Protection of the population and facilities from emergencies. Radiation safety
(credits – 3) - Engineering and machine graphics (credits – 6)
- Ethics and Aesthetics / History of World Culture / Philosophical foundations of sustainable development strategy (credits – 2)
- Applied mechanics (credits – 3)
- Informatics and computer graphics (credits – 3)
Year 2
- Philosophy (credits – 4)
- Economy (credits – 4)
- Physical and colloidal chemistry (credits – 12)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Organic chemistry (credits – 12)
- Foreign language (credits – 4)
- Applied mechanics (credits – 3)
- Processes and devices of chemical technology (credits – 4)
- Theoretical foundations of the technology of film-forming substances (credits – 2)
- Chemistry and technology of fiber and film-forming polymers (credits – 2)
- Theoretical Foundations of Polymer Processing (credits – 2)
- Polymer chemistry (credits – 3)
- Physics of Polymers (credits – 2)
- Elastomer technology (credits – 1)
Year 3
- Political science (credits – 2)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Energy saving and energy management (credits – 3)
- Organization of production and enterprise management (credits – 3)
- Electrical engineering, fundamentals of electronics and electrical equipment of chemical industries (credits – 3)
- Fundamentals of Law and Human Rights / Industry market theory (credits – 2)
- Processes and devices of chemical technology (credits – 6)
- Heat engineering (credits – 3)
- Equipment and design basics for enterprises of the sub-industry (credits – 3)
- General chemical technology (credits – 3)
- Industry economics (credits – 3)
- Elastomer technology (credits – 3)
- Materials Science (credits – 2)
- Rubber production technology (credits – 5)
- Elastomer processing technology (credits – 3)
- Elastomeric Composition Technology (credits – 3)
- Modeling and optimization of chemical-technological processes of elastomer processing (credits – 3)
Year 4
- Occupational Safety and Health (credits – 4)
- Ecology and environmental control (credits – 4)
- Automation, automation and automated control systems for technological processes (credits – 4)
- Marketing with the basics of logistics (credits – 3)
- Rubber production technology (credits – 5)
- Calculation and design of rubber products and forms (credits – 4)
- Basics of formulation of elastomeric compositions (credits – 3)
- Educational and research work of students (credits – 3)
Year 1
- History (credits – 2)
- Higher mathematics (credits – 12)
- Physics (credits – 9)
- Theoretical Foundations of Chemistry (credits – 6)
- Inorganic chemistry (credits – 5)
- Foreign language (credits – 5)
- Belarusian language (credits – 3)
- Protection of the population and facilities from emergencies. Radiation safety
(credits – 3) - Engineering and machine graphics (credits – 6)
- Ethics and Aesthetics / History of World Culture / Philosophical foundations of sustainable development strategy (credits – 2)
- Applied mechanics (credits – 3)
- Informatics and computer graphics (credits – 3)
Year 2
- Philosophy (credits – 4)
- Economy (credits – 4)
- Physical and colloidal chemistry (credits – 12)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Organic chemistry (credits – 12)
- Foreign language (credits – 4)
- Applied mechanics (credits – 3)
- Processes and devices of chemical technology (credits – 4)
- Theoretical foundations of the technology of film-forming substances (credits – 2)
- Chemistry and technology of fiber and film-forming polymers (credits – 2)
- Theoretical Foundations of Polymer Processing (credits – 2)
- Standardization of the accuracy of products and shaping equipment (credits – 2)
- Materials Science and Technology of Structural Materials (credits – 4)
Year 3
- Political science (credits – 2)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Energy saving and energy management (credits – 3)
- Organization of production and enterprise management (credits – 3)
- Electrical engineering, fundamentals of electronics and electrical equipment of chemical industries (credits – 3)
- Fundamentals of Law and Human Rights / Industry market theory (credits – 2)
- Processes and devices of chemical technology (credits – 6)
- Heat engineering (credits – 3)
- Equipment and design basics for enterprises of the sub-industry (credits – 3)
- General chemical technology (credits – 3)
- Industry economics (credits – 3)
- Computer design methods (credits – 3)
- Polymer technology (credits – 6)
- Manufacturing technology of products from polymer materials (credits – 5)
- Modeling and optimization of chemical-technological processes for the production of polymer materials (credits – 4)
Year 4
- Occupational Safety and Health (credits – 4)
- Ecology and environmental control (credits – 4)
- Automation, automation and automated control systems for technological processes (credits – 4)
- Marketing with the basics of logistics (credits – 3)
- Calculation and design of polymer products and forming tools (credits – 12)
- Educational and research work of students (credits – 3)
Year 1
- History (credits – 2)
- Higher mathematics (credits – 12)
- Physics (credits – 9)
- Theoretical Foundations of Chemistry (credits – 6)
- Inorganic chemistry (credits – 5)
- Foreign language (credits – 5)
- Belarusian language (credits – 3)
- Protection of the population and facilities from emergencies. Radiation safety
(credits – 3) - Engineering and machine graphics (credits – 6)
- Ethics and Aesthetics / History of World Culture / Philosophical foundations of sustainable development strategy (credits – 2)
- Applied mechanics (credits – 3)
- Informatics and computer graphics (credits – 3)
Year 2
- Philosophy (credits – 4)
- Economy (credits – 4)
- Physical and colloidal chemistry (credits – 12)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Organic chemistry (credits – 12)
- Foreign language (credits – 4)
- Applied mechanics (credits – 3)
- Processes and devices of chemical technology (credits – 4)
- Theoretical foundations of the technology of film-forming substances (credits – 2)
- Chemistry and technology of fiber and film-forming polymers (credits – 2)
- Theoretical Foundations of Polymer Processing (credits – 2)
- Polymer chemistry (credits – 3)
- Physics of Polymers (credits – 2)
- Plastics technology (credits – 1)
Year 3
- Political science (credits – 2)
- Analytical chemistry and physicochemical methods of analysis (credits – 3)
- Energy saving and energy management (credits – 3)
- Organization of production and enterprise management (credits – 3)
- Electrical engineering, fundamentals of electronics and electrical equipment of chemical industries (credits – 3)
- Fundamentals of Law and Human Rights / Industry market theory (credits – 2)
- Processes and devices of chemical technology (credits – 6)
- Heat engineering (credits – 3)
- Equipment and design basics for enterprises of the sub-industry (credits – 3)
- General chemical technology (credits – 3)
- Industry economics (credits – 3)
- Plastics technology (credits – 2)
- Composite materials technology (credits – 1)
- Materials Science (credits – 2)
- Plastics processing technology (credits – 7)
- Calculation and design of plastic products and forms (credits – 5)
- Research methods and modeling of properties of plastics (credits – 2)
Year 4
- Occupational Safety and Health (credits – 4)
- Ecology and environmental control (credits – 4)
- Automation, automation and automated control systems for technological processes (credits – 4)
- Marketing with the basics of logistics (credits – 3)
- Plastics processing technology (credits – 4)
- Modeling of plastic products and forms (credits – 2)
- Educational and research work of students (credits – 3)
- Recycling of plastics (credits – 2)
- Hardware design of plastics processing plants (credits – 3)