Methodology in chemistry teaching: towards practical class organization in higher school
DOI:
https://doi.org/10.20952/revtee.v14i33.16276Keywords:
Oil and gas chemistry, Training, Lesson, TechniqueAbstract
This study aims to investigate the problem of organizing practical classes in the disciplines of the natural science cycle at the oil and gas university. One of the unsolved issues is the problem of improving the content of the methodological preparation for conducting the course "Oil and Gas Chemistry" in higher education. It is reported that the logic of delivering the lectures and classes should correspond to the logic of students' assimilation of the subject matter, the formation of skills and abilities, motivation and stimulation of learning, and other components of the pedagogical process. It is spoken in detail about the theoretical prerequisites for developing a methodology for organizing a lesson in teaching the discipline "Oil and Gas Chemistry" on the basis of psychological and pedagogical laws of the algorithmic scheme for constructing a classical lesson in the natural science cycle. The quality assessment of the methodology of structuring the practical lesson proposed by the author was carried out according to the average value of the coefficients Kt or Kp; there was a significant increase, which indicates the effectiveness of the methodology proposed by the author.
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References
Dendeber, S.V. (2007). Modern technologies in the process of teaching chemistry: Developmental learning, problem learning, project learning, cooperation in learning, computer technology.
Enzai, N. I. M., Ahmad, N., Ghani, M. A. H. A., Rais, S. S., & Mohamed, S. (2021). Development of Augmented Reality (AR) for Innovative Teaching and Learning in Engineering Education. Asian Journal of University Education, 16(4), 99-108.
Ermolaeva, M.G. (2011). A modern lesson.
Grishova, E.A. (2016). A modern lesson in the context of the introduction of a new generation federal state educational standard [Electronic resource]. images / 1 / 1f / Grishova_E. _A., _Gorobets_M. _AND.
IBATOVA, A. Z., & SHEPELYUK, O. L. (2017). Diagnosis of learning motives' formation of first-year engineering students in higher educational establishment. Revista Espacios, 38(55).
Ibragimov, G.I. (2008). Modern lesson concepts. School Technology, 2, 48-52.
Khamitova, A.I., & Ivanov, V.G. (2006). The main stages in the development of methods of teaching chemistry. Bulletin of Kazan Technological University, 6.
Kulnevich, S.V., & Lakocenina, T.P. (2002). Analysis of a modern lesson. Rostov-n / D: Teacher, –2013. – 23 p.
Levina, M.M. (2001). Technologies of professional-pedagogical education. Moscow: academy, 272, 6.
Ogorodnik, V.E., & Arshansky, E. Ya. (2014). Chemistry teaching method.
Pak, M.S. (2012). Didactics of chemistry.
Pavlov, G.P. (2015). Discipline "Chemistry of Oil and Gas" At The Chemical Faculty. In Chemistry and Modernity (pp. 94-95).
Rahmat, H., Leng, C. O., & Mashudi, R. (2021). Innovative Educational Practice for Impactful Teaching Strategies through Scaffolding Method. Asian Journal of University Education, 16(4), 53-60.
Shepelyuk, O. L. (2019). Chemistry of oil and gas. Laboratory workshop for students in the field of training 21.03.21. "Oil and Gas Business": study guide / O.L. Shepelyuk. - Tyumen: TIU, 80 p.
Slastenin, V.A., & Kashirin, V.P. (2006). Psychology and pedagogy.
Snopkova, E. I. (2018). Lesson constructor is a didactic tool for designing an educational lesson.
Stepanivna, B. O., & Aristarkhivna, D. E. (2018). Interactive methods in the process of future teachers' training for the higher education institutions modeling. Humanities Balkanski Research, 1.
Uryadnikova, M.N., Uryadnikov, A.A., & Kozin, D.I. (2020). Implementation of Activity Approach in the Practice of Teaching Chemistry. In Traditions and Prospects of the Science of the Xxi Century (pp. 121-125).
Yakushina, E.V. (2012). The teacher prepares for the lesson: what the new standards have changed. Public education, 7.
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