PEDAGOGICAL OPEN STUDIO «SCIENCE AND WE» AS A MEANS OF IMPROVING THE PROFESSIONAL COMPETENCE OF NATURAL SCIENCE TEACHER
DOI:
https://doi.org/10.54662/veresen.4.2022.13Keywords:
continuous professional development, open pedagogical studio, natural science teachers, advanced training, professional competence of natural science teacherAbstract
The article investigates the potential of the regional pedagogical open studio «Science and we», which has been traditionally held in Mykolaiv region since 2013, for the development and improvement of the professional competence of natural science teachers. The content and structural components of the teacher's professional competence are analyzed, the components of competence that have their own characteristics in pedagogical workers of different specialties are determined. Such a component of the teacher's professional competence as a special competence involves the possession of transdisciplinary and meta-subject knowledge, permanent updating of knowledge, understanding of the importance of natural sciences in the development of mankind, and comparative - the use of interdisciplinary knowledge at the highest comparative level. To improve them, in addition to traditional advanced training courses, scientific activities are proposed, including the pedagogical open studio «Science and we». The purpose of the studio is to popularize scientific achievements among teachers and students and honor their creators. It is timed to the World Science Day for Peace and Development. The principles of selecting the content of speeches and participants of the studio are highlighted. For each meeting, a topic of interdisciplinary content is selected, which will be interesting for teachers of biology, physics, chemistry, as well as for the students present. The invited guests of the studio are well-known scientists, naturalists, inventors, who are connected with Mykolaiv region. For example, the guests of the studio were: Leonid Konstantinovich Kadeniuk, the first cosmonaut of independent Ukraine, Hero of Ukraine, and Klym Ivanovych Churyumov, the discoverer of the comet «Churyumov-Gerasimenko».
The possibilities of using the materials of the meetings in the design of the educational process in biology, physics and chemistry in primary and high school are demonstrated. All issues covered during the studio meetings have interdisciplinary content, combine a high scientific level and applied orientation, can be used by the teacher both in the classroom and in the process of organizing project activities.
References
Biolohiia i ekolohiia. 10–11 klasy (riven standartu, profilnyi riven). Navchalna prohrama dlia zakladiv zahalnoi serednoi osvity. (2017). [Biology and ecology. Grades 10–11 (standard level, profile level). Curriculum for institutions of general secondary education]. Retrieved from: https://mon.gov.ua/ua/osvita/zagalna-serednya-osvita/navchalni-programi/navchalni-programi-dlya-10-11-klasiv (ukr).
Biolohiia. 6–9 klasу. Navchalna prohrama dlia zahalnoosvitnikh navchalnykh zakladiv. (2017). [Biology. 6–9 grades. Curriculum for general educational institutions]. Retrieved from: https://mon.gov.ua/ua/osvita/zagalna-serednya-osvita/navchalni-programi/navchalni-programi-5-9-klas (ukr).
Fizyka i astronomiia. Navchalni prohramy dlia 10–11 klasiv zakladiv zahalnoi serednoi osvity (riven standartu, profilnyi riven). (2017). [Physics and astronomy. Educational programs for grades 10–11 of general secondary education institutions (standard level, profile level)]. Retrieved from: https://mon.gov.ua/ua/osvita/zagalna-serednya-osvita/navchalni-programi/navchalni-programi-dlya-10-11-klasiv (ukr).
Fizyka. 7–9 klasy. Navchalna prohrama dlia zahalnoosvitnikh navchalnykh zakladiv. (2017). [Physics. 7–9 grades. Curriculum for general educational institutions]. Retrieved from: https://mon.gov.ua/ua/osvita/zagalna-serednya-osvita/navchalni-programi/navchalni-programi-5-9-klas (ukr).
Khimiia. 7–9 klasy. Navchalna prohrama dlia zahalnoosvitnikh navchalnykh zakladiv. (2017). [Chemistry. 7–9 grades. Curriculum for general educational institutions]. Retrieved from: https://mon.gov.ua/ua/osvita/zagalna-serednya-osvita/navchalni-programi/navchalni-programi-5-9-klas (ukr).
Khimiia. 10–11 klasy (riven standartu, profilnyi riven). Navchalna prohrama dlia zakladiv zahalnoi serednoi osvity. (2017). [Chemistry. Grades 10–11 (standard level, profile level). Curriculum for institutions of general secondary education]. Retrieved from: https://mon.gov.ua/ua/osvita/zagalna-serednya-osvita/navchalni-programi/navchalni-programi-dlya-10-11-klasiv (ukr).
Khomych, L. O. (2021). Vchytel Novoi ukrainskoi shkoly: vektory profesiinoho rozvytku [Teacher of the New Ukrainian School: vectors of professional development]. Osvita doroslykh: teoriia, dosvid, perspektyvy, 20(2), 168–177. DOI: https://doi.org/10.35387/od.2(20).2021.168-176 (ukr).
Klymenko, L. O. (2019). Model profesiinoi kompetentnosti vchytelia-pryrodnychnyka na zasadakh STEM-osvity [A model of the professional competence of a science teacher based on STEM-education]. Mykolaiv: MOIPPO (ukr).
Klymenko, L. O. (2016). Pidvyshchennia kvalifikatsii pedahohichnykh pratsivnykiv iz pytannia vprovadzhennia STEM-osvity [Improving the qualifications of teaching staff on the implementation of STEM-education]. STEM-osvita – problemy ta perspektyvy. Kropyvnytskyi: KLA NAU, 24–27 (ukr).
Klymenko, L. O. (2018). Pidvyshchennia rivnia komparatyvnoi kompetentnosti vchytelia-pryrodnychnyka v systemi pisliadyplomnoi pedahohichnoi osvity [Increasing the level of comparative competence of a science teacher in the system of postgraduate pedagogical education]. Pedahohichni nauky, LXXXIII, t. 2, 141–146 (ukr).
Klymenko, L. O. (2022). Synerhiia mozhlyvostei STEM-osvity u pidvyshchenni fakhovoi kompetentnosti vchyteliv pryrodnycho-matematychnoi osvity i tekhnolohii [Synergy of opportunities of STEM education in increasing the professional competence of teachers of science and mathematics education and technology]. Veresen, 2022, 29–37 (ukr).
Law of Ukraine «On Education». Zakonodavstvo Ukrainy. Retrieved from: http://zakon3.rada.gov.ua/laws/show/2145-19 (ukr).
Melnychenko, R. K. (2017) Teoretychni zasady formuvannia profesiinoi kompetentnosti vchytelia biolohii profilnoi shkoly [Theoretical foundations of the formation of professional competence of a biology teacher of a specialized school]. Pedahohichni nauky, 3, 193–200 (ukr).
Portret idealnoho vchytelia ochyma ukraintsiv: rezultaty internet-opytuvannia. (2021). [Portrait of an ideal teacher through the eyes of Ukrainians: results of an online survey]. Retrieved from: https://mon.gov.ua/ua/news/portret-idealnogo-vchitelya-ochima-ukrayinciv-rezultati-internet-opituvannya (ukr).
Profesiinyi standart za profesiiamy «Vchytel pochatkovykh klasiv zakladu zahalnoi serednoi osvity», «Vchytel zakladu zahalnoi serednoi osvity» (z dyplomom molodshoho spetsialista). (2020). [Professional standard by professions «Primary school teacher of general secondary education», «Teacher of general secondary education» (with a bachelor's degree)]. Retrieved from: https://zakon.rada.gov.ua/rada/show/v2736915-20#Text (ukr).
Pukhovska, L. P. (2011) Teoretychni zasady profesiinoho rozvytku pedahohiv: rukh do kontseptualnoi karty [Theoretical foundations of professional development of teachers: movement towards a conceptual map]. Porivnialna profesiina pedahohika, 1, 97 (ukr).
Salnyk, I. V. & Siryk, E. P. (2020). Zaprovadzhennia mizhdystsyplinarnoho pidkhodu v pidhotovtsi vchytelia fizyky [Introduction of an interdisciplinary approach in physics teacher training]. Zbirnyk naukovykh prats Kamianets-Podilskoho natsionalnoho universytetu imeni Ivana Ohiienka. Seriia: Pedahohichna, 26, 32–36. DOI: https://doi.org/10.326626/2307-4507.2020-26.32-36 (ukr).
Sharko, V. D. (2010). Informatychna kompetentnist yak skladova profesiinoi kompetentnosti vchytelia [Information competence as a component of a teacher's professional competence]. Informatsiini tekhnolohii v osviti, 6, 48–55 (ukr).
Sydorenko, V. V. (2016). Naukovo-metodychnyi suprovid profesiohenezu pedahohichnykh pratsivnykiv: innovatsiini napriamy, funktsii, akmetekhnolohii [Scientific and methodical support of the professional development of pedagogical workers: innovative directions, functions, acmetechnologies]. Pisliadyplomna osvita v Ukraini, 2, 39–46 (ukr).
Sydorenko, V. V. (2017). Rozvytok profesiinoi kompetentnosti suchasnoho pedahoha v umovakh vidkrytoi osvity: klasternyi analiz [Development of the professional competence of a modern teacher in the conditions of open education: cluster analysis]. Profesiina kompetentnist pedahoha v umovakh onovlenoho zmistu osvity ta vymoh rynku pratsi. Vinnytsia, 8–17 (ukr).
The procedure for improving the qualifications of pedagogical and research-pedagogical workers. (2019). Retrieved from: https://zakon.rada.gov.ua/laws/show/800-2019-%D0%BF#n10 (ukr).
Tkachenko, V. M. & Cherevan, Ye. O. (2017). Profesiina kompetentnist vchytelia fizyky yak osobystisnyi stupin sformovanosti yoho kompetentsii [The professional competence of a physics teacher as a personal degree of the formation of his competences]. Fizyko-matematychna osvita, 3(13), 160–165 (ukr).
Yevtushenko, N. V. (2020). Polskyi dosvid pidvyshchennia kvalifikatsii vchyteliv pryrodnycho-matematychnykh predmetiv ta mozhlyvosti yoho zastosuvannia v Ukraini [The Polish experience of improving the qualifications of teachers of natural and mathematical subjects and the possibility of its application in Ukraine]. Pedahohichni nauky: realii ta perspektyvy, 75 (t. 1), 76–79. DOI: https://doi.org/10.31392/NPU-nc.series5.2020.75.16 (ukr).
