Overview

In the process of training in this program, students can acquire professional technical culture, i.e., the readiness and ability of an individual to use in their activity the knowledge and skills to ensure the implementation of calculations of chemical and technological redistribution and the implementation of design developments. Students are trained for the creative application of acquired knowledge in creating new and improving existing technological processes and devices, understanding the social significance of their future profession.

Speciality

18.04.01 Chemical Technology

Degree
Master
Mode of attendance
Full time
Duration
2 years
Language of training
Russian
Admission tests for international students
Field-specific entrance examination, diploma grade-point average, final qualifying work grade
Tuition fees
300 000 RUB per semester
Reasons for choosing a course
  • High demand for specialists of this area in the labor market;

  • Possibility of internship at foreign partner universities;

  • Opportunity to engage in scientific activities under the guidance of department staff, with writing articles in peer-reviewed and cited journals;

  • Opportunity to study at foreign partner universities with the issuance of internationally recognized diplomas.

CAREER OPPORTUNITIES

Graduates of this program get employed by leading companies in the mineral, fuel and energy, mining and metallurgical complexes. They work at research and design departments, at enterprises and consulting companies as technologists, technical managers, etc.

Field of study
Philosophical aspects of science and technology;
Dispersed mechanics;
Design of inorganic synthesis enterprises;
Modern issues in chemical technology;
Theoretical and experimental research methods in chemistry;
Economic analysis and production management;
Business foreign language;
Heat transfer in heterogeneous systems;
History and methodology of chemical technology;
Additional chapters of the processes and devices course.
Graduate skills
Ability to find creative solutions for social and professional tasks and readiness to take non-standard decisions;
Ability to justify the adoption of specific technical solutions in the development of technological processes and select technical tools and technologies, taking into account the environmental consequences of their use;
Skills to develop educational documentation for the implementation of educational programs;
Capability to apply the methods of mathematical analysis and modeling, theoretical and experimental research, conduct laboratory, semi-industrial and industrial tests, and analyze and process the data.