Infopaket

Information technology in chemistry

ОК.09

Обов’язкова дисципліна для ОП

First

2022/2023

2 Semester

4

Р16. Skill to perform computer calculations related to chemical problems by using standard and special software, abilities to analyse and display results. Р17. Ability to work individually or in a group, to obtain results within a limited time with an emphasis on professional honesty and scientific integrity. Р24. Ability to use modern information and communication technologies for contact and collection, analysis, processing, interpretation of data.

Full-time form

The course "Information technologies in chemistry" is based on the knowledge of the school course of informatics and mathematics (equations and systems of equations, operations with powers and roots, average values, natural and decimal logarithms, proportionality, functions and their graphs). The material of the discipline helps to study inorganic, analytical, organic, physical, colloidal chemistry, as well as a number of disciplines according to the profile of the future specialty.

The subject of the educational discipline "Information technologies in chemistry" is built in such a way as to give students an idea of the possibilities of using information technologies in studying, conducting chemical research and justifying the results of experiments. The course program consists of two sections. The first chapter is devoted to the consideration of general concepts of informatics. After a short historical excursion, the current state of information technology, its problems and significance for the development of chemical production are discussed. In the second chapter, students receive information about the main possibilities of applying chemical technologies to explain, predict and plan a chemical experiment. Ability to create mathematical models of various chemical processes.

1. Kosynska V.I., Shvets O.F. Modern information technologies. K.: Knowledge. – 2011. 320 p. 2. Glynskyi Y. M. Informatics. Workshop on information technologies: Education. manual: Textbooks and manuals, 2014. – 304 p. 3. Branovytska S.V., Medvediv R.B., Fialkov Yu.Ya. Computational mathematics in chemistry and chemical technology. K: Higher school. - 1986. 216 p. 4. Nedilko S.A. Mathematical methods in chemistry. K.: Lybid, 2005. 5. Nedilko S.A. Information technologies in chemistry. K.: Kyiv University, 2015. 6. O.V. Chalyy, V.A. Dyakov, I.I. Haimzon. Basics of informatics. K., Higher School. 1993. 114 p. 7. Johnson, K. J. Numerical Methods in Chemistry. New York, 1982. 503 p.

Lectures (with the use of computer presentations), рractical classes

Modular tests (written) + blitz-surveys at lectures (written) + home tests (in the form of case studies) + test work = 100 points

Ukrainian language