Chemistry of Heterocyclic Compounds

Chemistry of Heterocyclic Compounds

Mode of study
Level of study
Master’s Degree
Direction of preparation
Chemical Sciences

Training period
2 Years
Language of study
Cost of education
It is shown that the cost of tuition for one year
For Russia and CIS citizens
For the citizens of the countries of "far abroad"
4600 4180
Russia, CIS - 30% for the program


Heterocyclic compounds are presumably the largest class of organic compounds, obtaining great diversity in chemical and physical properties. Thus, heterocycles found wide applicability in pharmacy, agrochemicals, electronics, etc. For instance, all of the TOP-20 bestseller drugs comprise heterocyclic moiety. The students will be granted with enough skills and experience in organic chemistry, synthesis of heterocyclic compounds, modern analytic techniques to continue carrier both in academia or industry.

Educational process

Students from the very first days of training are actively involved in educational processions actively use and training modern laboratories with all necessary equipment; a huge pool of analytical tools for studying of structure and physical properties; results of researches are published in highly estimated magazines of reviewing; high emphasis on determination of structure by means of modern tools; worldwide network of cooperation; receive practical skills in synthesis and the analysis.


Russian language, Actual problems of modern chemistry, Methods of organic chemistry, Theoretical organic chemistry, Domino-reaction in the synthesis of heterocycles, NMR of organic compounds, Molecular spectral analysis, The method of working with databases, Chemistry of heterocyclic compounds, Mass spectrometric analysis of organic compounds.

Optional Subjects (1 out of 2):

  • Fundamentals of design of drugs
  • Fundamentals of pharmaceutical сhemistry

Optional Subjects (1 out of 2):

  • Experimental methods in chemistry of heterocyclic compounds
  • Experimental methods in organic chemistry


The graduates continue their careers at foreign universities and at the Russian Academy of Sciences institutes; at Research and analytical laboratories of various industries (chemical, food, metallurgical, pharmaceutical, petrochemical); at Laboratories of scientific centers, leading researches in the field of chemistry and related fields (agrochemistry, biochemistry, geochemistry, ecology, pharmaceutics); In offices and universities, engaged in the search for biologically active compounds; at Institutions of the system of higher and secondary vocational education.