Chemistry Teacher Education
Lesson Code Course Name Class Credit Lesson Time Weekly Lesson Hours (Theoretical) Weekly Lesson Hours (Practice) Weekly Class Hours (Laboratory)
OCI 3291 Organic Chemistry IІ Үшінші курс 5 150 1 - 3
Course Descriptions
Kazakh
Dzhumadullayeva Sveta Absadykovna

The discipline considers the classification of organic compounds by main classes, physical and chemical properties, methods of preparation, stereoisomerism of compounds, reaction mechanisms, methods for determining the structure of organic molecules. The student acquires practical skills in studying the reactivity of organic compounds, acid-base properties and qualitative reactions of compounds. Analyzes heterofunctional and heterocyclic compounds of organic molecules, the structure of biopolymers, conducts laboratory experiments, generalizes the patterns of reaction mechanisms based on the results obtained.

Chemical Synthesis

Organic Chemistry I

narrative, exchange of views, discussion, problem methods

1LO7 - Applies in his professional activity knowledge and skills, practical skills acquired through the study of the basic theories and laws of chemistry
2LO8 - Processes the results obtained by organizing and conducting laboratory experiments in the field of chemistry
Haftalık KonuEvaluation Method
1Spirits.Ауызша
2Simply. Cyclic esters.Жазбаша
3Aldehydes and ketones.Ауызша және жазбаша
4Carboxylic acids.Ауызша
5Derivatives of carboxylic acids. Chloranhydrides, anhydrides, esters, amides, nitriles.Жазбаша
6Amines.Ауызша және жазбаша
7Nitro compounds.test
8Phenols.Ауызша және жазбаша
9Sulfuric acid compounds. Thiospirtes. Thioesters. SulfoacidsЖазбаша
10Classification of carbohydrates. Monosaccharides.Ауызша
11Hydroxycarboxylic, oxocarboxylic acidsЖазбаша
12Classification of carbohydrates. Monosaccharides.Ауызша және жазбаша
13Disaccharides. Polysaccharides.Жазбаша
14Amino acids. Peptides. Proteins. Protein analysis methods.презентация
15Five-and six-membered heterocyclic compounds.test
Relationship between the Curriculum and Learning Outcomes
PÇ1PÇ2PÇ3PÇ4PÇ5PÇ6PÇ7PÇ8PÇ9PÇ10PÇ11PÇ12PÇ13PÇ14PÇ15PÇ16
Textbook / Material / Recommended Resources
1Seiıtjanov Ä. F. Organikalyq himia. Oqulyq. - Almaty : ESPİ, 2023. - 416 b.
2Tukibaeva A.S., Jumadullaeva S.A., Asqarova E.D.Organikalyq molekulalardyñ funksionaldy tuyndylarynyñ himiasy. Oquqūraly, Almaty.-2014.
3TükavkinaN.A., Baukov İu.İ., Zurabän S.E., Seitembetov T.S. Bioorganikalyq himia.Uchebnik. M.: GEOTAR-media, 2016.
4Kairalapova G. J. Organikalyq himia pänı boiynşa laboratorialyq jūmystarğa arnalğan ädıstemelık nūsqaulyq. Almaty: Qazaq un-tı, 2017. - 128 s.
5Litvinenko İu.A., Kalugin S.N., BuraşevaG.Ş.Sbornik testovyh zadach i uprajneni po kursu «Organicheskaia himia»: uchebno-metodicheskoe posobie . 2017– 226 s.
6Bajyqova K.B. Alifatty qosylystardyñ organikalyq himiasynan zerthanalyq jūmystar.Almaty : Qazaq un-tı, 2015. - 80 b. . - ISBN 978-601-04-1578-2. http://rmebrk.kz/book/1160813
7Bruis P.İu. Organikalyq himia negızderı. Qazaq tılıne aud. K.B. Bajyqova. Oqulyq.1-bölım. / QR Bılım jäne ğylym ministrlıgı qauymdastyğy, QR Joğaru oqu oryndarynyñ qauymdastyğy. Almaty: Poligrafkombinat , 2013. http://rmebrk.kz/book/111105
8VelikorodovA.V.Organicheski sintez. Uchposob., M:KNORUS: Astrahän, 2016 http://rmebrk.kz/book/1165325
9İbraev M.K., İsabaeva M.B., Karilhan A.K.Organicheskaia himia coedineni alifaticheskogo räda: Elektronnyi uchebnik. - Karaganda: KarGTU, 2015.http://rmebrk.kz/book/15905