The learning outcomes of the program in the form of graduates’ competencies
- To analyze multifold sources of raw materials production of chemical industry, technologies of their production and utilization, modes of material separation and cleaning, to make respective technical, technological and organizational decisions,
- Skills to develop products and implement experimental research of chemical production devices and technologies by means of popular methodology,
- To calculate parameters and indicators of technical, technological and organizational decision-making processes of production, separation, cleaning and thermal processing of chemical industry’s raw materials,
- To make up technical documents, calculations, statements of equipment choice, demonstrative materials of chemical production projects by means of information technology usage,
- To use modern programming packages and means of mathematical modeling and research of chemical and technological problems.
Curriculum | Credits |
Engineering and computer graphics | 5 |
Applied mechanics | 10 |
General electrical engineering | 5 |
Materials science | 4 |
Metrology and certification | 4 |
Chemistry | 4 |
Organic chemistry | 8 |
Physical chemistry | 5 |
Colloidal chemistry | 4 |
Analytical chemistry | 6 |
Physical and chemical methods of analysis | 3 |
Processes and devices of chemical technology | 12 |
General chemical technology | 4 |
Application of calculation methods in technological processes | 6 |
Automation and management of technological processes | 4 |
Industrial environment protection | 4 |
Organic and nonorganic materials chemistry and technology | 12 |
Design foundations of chemical production | 6 |
Elective course 1 Chemical technology of organic materials | |
Oil chemistry | 5 |
Foundations of paint production | 4 |
Chemistry of heterocyclic compounds | 6 |
Foundations of production of surface-active substances | 6 |
Chemical technology of organic materials | 12 |
Organic synthesis equipment | 6 |
Elective course 2 Pharmaceutical chemistry technology | |
Pharmaceutical chemistry | 5 |
Technology of medicine production | 13 |
Medicine production equipment | 6 |
Expertise of medicines | 4 |
Foundations of pharmaceutical toxicology | 6 |
Chemistry of heterocyclic compounds | 6 |
Elective course 3 Silicate and hard fusible non-metallic materials technology | |
Physical chemistry of silicate and hard fusible non-metallic materials | 11 |
Chemical technology of silicate and hard fusible non-metallic materials | 13 |
Thermal equipment and systems of silicate and hard fusible non-metallic materials | 10 |
Production equipment of silicate and hard fusible non-metallic materials | 6 |
Elective course 4 Electrical chemistry production technology | |
Theoretical electrical chemistry | 11 |
Applied electrical chemistry | 13 |
Corrosion and protection of metals | 10 |
Equipment of electrical chemistry production | 6 |