Features of Teaching Chemistry as a General Education Subject in a Ballet School (College)
https://doi.org/10.25587/2587-5604-2024-4-145-158
Abstract
The article discusse the issues of teaching the subject of chemistry, its role and place in the curriculum in secondary vocational educational institutions, in particular, a ballet school (college). Chemistry as a general education discipline in the curriculum of vocational schools is compulsory; it is studied in almost all specialties and directions; the number of hours taught depends on the specifics of the direction and specialty. The course of chemistry in secondary vocational education is considered by scientists and methodologists [A. Derkach et al.] as: theoretical, performing a general educational function, aimed at developing theoretical knowledge necessary for understanding the chemical nature of processes related to future professional activity, ensuring continuity of education throughout life; applied, special, aimed at developing applied knowledge and skills.
About the Authors
S. A. FedorovaRussian Federation
FEDOROVA Sargylana Aleksandrovna – teacher of biology and chemistry; Senior Lecturer
Yakutsk
K. E. Egorova
Russian Federation
EGOROVA Aksinya Egorovna – Dr. Sci. (Pedagogy), Professor, Professor and Head of the Educational Program in the Pedagogical Direction, Institute of Natural Sciences
Yakutsk
References
1. Badueva PM, Garkunov VP. The relationship between chemistry and materials science courses in secondary vocational schools (Methodological recommendations for teaching chemistry in secondary vocational schools). Leningrad: Leningrad branch of the ped. society of the RSFSR Publishing, 1975:84. (in Russian)
2. Pak MS. Professional focus of teaching chemistry in secondary vocational schools. Moscow: RUMK
3. Gosprofobr Publishing, 1987:41. (in Russian)
4. Mukhametzyanova GV. Priority tasks of vocational education. Specialist, 2010;8:7–12. (in Russian) 4. Gogaev OK, Karaeva ZA. Technology of milk and dairy products: a teaching aid for SPO. St. Petersburg: Lan’, 2024:208. (in Russian)
5. Order of the Ministry of Education and Science of Russia of January 30, 2015 N 35 “On approval of the Federal State Educational Standard of Secondary Vocational Education in the specialty 52.02.01 Ballet Arts”. Available from: https://fgos.ru/fgos/fgos-52-02-01-iskusstvo-baleta-35 [Accessed 26 October 2021]. (in Russian)
6. Order of the Ministry of Education of the Russian Federation of May 31, 2021 N 287 «On approval of the federal state educational standard of basic general education». Official Internet portal of legal information. Available from: https://fgos.ru/fgos/fgos-52-02-01-iskusstvo-baleta-35 [Accessed 26 October 2021]. (in Russian)
7. The concept of teaching the subject «Chemistry» in educational institutions of the Russian Federation implementing basic general education programs. A bank of documents. Ministry of Education of the Russian Federation. Available from: https://docs.edu.gov.ru/document/0b91a0fbd7deae619ad552137f44dc3d/download/2677/ [Accessed 21 August 2021]. (in Russian)
8. Lisichkin GV, Minchenkov EE. The concept of school chemical education. Chemistry at school, 1993;6:2–8. (in Russian)
9. Kuramshin IYa. Interdisciplinary connections of chemistry, disciplines of the vocational cycle and improvement of chemical education in secondary vocational schools of chemical profile. Didactic problems of interdisciplinary connections in vocational education, Moscow: Graduate school, 1987:41. (in Russian)
10. Derkach AM. The problem of continuity of chemistry courses in schools and institutions of secondary vocational education. In: Innovative processes in chemical education: Proceedings of the III AllRussian Scientific and Practical Conference, 2009, 12-15 October 2009, Chelyabinsk: Publishing house of Chelyabinsk State Pedagogical University; 2009:178–190. (in Russian)
11. Kuzeikina EV, Strempler GI. On new approaches to teaching chemistry at the Saratov College of Railway Transport. In: Relevant issues of modernization of chemical and natural science education: Proceedings of the 54th All-Russian Scientific and Practical Conference of Chemists with international participation, 4-7April 2007. St. Petersburg: Publishing house of A.I. Herzen State Pedagogical University, 2007:110–11. (in Russian)
12. Tupikin EI. The program of a profiled chemistry course for professional educational institutions of metalworking profile. In: Collection of «A set of experimental programs of profiled courses in mathematics, physics, chemistry, biology for PUZ metalworking profile». Moscow: NMC PO Publishing, 1992:69–101. (in Russian)
13. Pak MS. Methods of teaching chemistry at vocational schools. An integrative approach in teaching. A textbook for a special course. Leningrad: A.I. Herzen State Pedagogical University, 1990:113. (in Russian)
14. Dvilichanskaya NN, Fadeev GN. Integrative-axiological approach to the creation of the concept of continuous chemical education. Standards and Monitoring in Education, 2005;5:42–46. (in Russian)
15. Pak MS., Rublev VYu. Chemical education in a technical college. In: Relevant issues of continuous chemical pedagogical and chemical education in secondary and higher schools: Proceedings of the All- Russian Scientific Conference 1996, 20-23 May, 1996. St. Petersburg: Obrazovanie, 1996:53. (in Russian)
16. Kuzeikina EV. Features of the chemistry course as a general educational discipline in secondary specialized educational institutions of the railway profile. Candidate’s dissertation (Pedagogy). Saratov State University, 2008. (in Russian)
17. Derkach AM. Case method in teaching organic chemistry in the training of food industry technologists in the system of secondary vocational education. Candidate’s dissertation (Pedagogy). Russian State Pedagogical University, 2012. (in Russian)
18. Tupikin EI. Theoretical aspect of natural science general education training in professional educational institutions of primary and secondary vocational education systems. In: Relevant issues of modernization of chemical education and development of chemical sciences: Proceedings of the All-Russian Scientific Conference 1996, 6-7 April 2005. St. Petersburg: Obrazovanie, 2005:67–70. (in Russian)
19. Kuramshin I, Khamitova A, Ivanov V. Design of continuous general chemical training in the university complex. Higher Education in Russia, 2006;10:40-45.
20. Tupikin EI., Dvulichanskaya NN. The mechanism of implementation of the axiological approach in the study of chemistry in professional educational institutions. Vestnik MGTU named after. N.E. Bauman, seriya “Estestvennye nauki, 2006;4:101–105. (in Russian)
21. Falkovskaya AYu. Organization of independent work of students in studying chemistry. Moscow: Graduate School Publishing, 1990:64. (in Russian)
22. Guskova LG. Problems and exercises in chemistry: Textbook, manual for non-chemical specialties, technical schools. Moscow: Higher School, 1983:135. (in Russian)
23. Dvulichanskaya HN, Tupikin EI, Fadeev GN. Continuous chemical education in technical educational institutions. Standards and Monitoring in Education, 2007;1:46–48. (in Russian)
24. Shadrina IN. Formation of value orientations of students of secondary vocational education institutions. Candidate’s dissertation (Pedagogy). Kemerovo State University, 2005. (in Russian)
25. Grebennikova NS. Optimization of the activities of cultural institutions in educating socially significant motives for youth behavior: an axiological approach. Candidate’s dissertation (Pedagogy). Moscow State Institute of Culture, 2019. (in Russian)
26. Erokhin NS. Pedagogical conditions of artistic education of students in cultural and educational institutions: axiological approach. Candidate’s dissertation (Pedagogy). Moscow State Institute of Culture, 2016. (in Russian)
27. Zhurova, EB. Education of value attitudes in students of music theory in institutions of additional education for children: an axiological approach. Candidate’s dissertation (Pedagogy). Moscow State University of Culture and Arts, 2015. (in Russian)
28. Kaledin OP. Axiological approach to the development of speech culture of participants in choreographic groups of institutions of additional education for children. Candidate’s dissertation (Pedagogy). Moscow State University of Culture and Arts, 2013. (in Russian)
29. Mikheeva SP. Methodological principles of professional training of a ballet dancer. Bulletin of Tomsk State University, Tomsk; 2008:173–177. (in Russian)
30. Poselskaya NS. Formation and development of the school of classical dance in the Republic of Sakha (Yakutia). Candidate’s dissertation (Pedagogy). Yakut State University, 2010. (in Russian)
31. Bondin VI. Pedagogical foundations of physical education and health systems. Doctor’s dissertation (Pedagogy). Rostov State Pedagogical University, 1999. (in Russian)
32. Fedorova SA., Egorova KE. Elective course «Chemistry and healthy nutrition» as a component of the formation of cognitive interest of students of a choreographic school (college) in the context of the transition to new educational standards. Concept, 2018;11(17-27). Available from: http://e-koncept.ru/2018/181080.htm [Accessed 18 October 2024]. (in Russian)
33. Fedorova SA., Egorova KE. Development of cognitive interest of students of the ballet school (college) in chemistry, as a basis for value orientations for a healthy lifestyle. Modern Professional Education, 2023;4(16–22). Available from:http://s-spo.ru/upload/iblock/008/jzccrsc9p93qmrd3d3cs6mdeltg62rfr/№4%202023%20СПрО.pdf. [Accessed 18 October 2024]. (in Russian)
34. Fedorova SA., Egorova KE, Ibatova AZ. Elective course as a basis for achieving personal (cognitive) results of students. Azimuth of scientific research: pedagogy and psychology. Volume 1: 2019;1(26):271– 274. Available from: https://cyberleninka.ru/article/n/elektivnyy-kurs-kak-osnova-dostizheniya-lichnostnyh-poznavatelnyh-rezultatov-obuchayushihsya [Accessed 18 October 2024]. (in Russian)
Review
For citations:
Fedorova S.A., Egorova K.E. Features of Teaching Chemistry as a General Education Subject in a Ballet School (College). Vestnik of North-Eastern Federal University. Pedagogics. Psychology. Philosophy. 2024;(4):145-158. (In Russ.) https://doi.org/10.25587/2587-5604-2024-4-145-158