Analysis of formation methods of graphic competence of future engineering teachers
Keywordsgraphic competence, teaching methods, professional education, engineering teachers, digital technologies
The article substantiates the need to improve the formation methods of graphic competence of future engineering teachers by means of digital technologies. To achieve the goal of the article the analysis of normative documents of training of future engineering teachers in the field of digital technologies, methods of teaching graphic disciplines in Higher Education Institutionі, prospects of improving graphic training of future engineering teachers by means of digital technologies are determined. Based on the analysis of work programs of the cycle of disciplines of graphic training, we conclude that today the method of formation of graphic competence in future engineering teachers in the field of digital technologies needs to be improved.
It is established that the most effective way to reform the system of training future engineering teachers in the field of digital technologies is the use of modern learning technologies, which include design, research, integrative technologies that provide personality-oriented learning and graphic competence of future engineering teachers in the field digital technologies. It is determined that it is necessary to improve the teaching methods of the discipline "Engineering Computer Graphics", which will include the study of two-dimensional graphics, three-dimensional spatial modeling, 3D printing technologies and the creation of 4D objects in KOMPAS-3D.
Bodnenko TV (2017) Teoretyko-metodychni zasady navchannya dystsyplin z avtomatyzatsiyi vyrobnytstva maybutnikh fakhivtsiv kompʺyuternykh system [Theoretical and methodological principles of teaching disciplines for automation of production of future specialists in computer systems] : dys. doc. ped. nauk: N atsionalʹnyy pedahohichnyy universytet imeni MP Drahomanova, Kyyiv, 2017. – 425 s.
Vavilov YE. V. (2015) Seriya standartiv Square yak osnova zabezpechennya vymoh do yakosti ta otsinky prohramnykh zasobiv [Series of Square standards as a basis for ensuring the requirements for quality and evaluation of software]. Zbirnyk naukovykh pratsʹ Odesʹkoyi derzhavnoyi akademiyi tekhnichnoho rehulyuvannya ta yakosti. – 2015(1). -C. 129-139.
Zhaldak MI (2001) Prykladne prohramne zabezpechennya navchalʹnoho pryznachennya [Applied software for educational purposes] / MI Zhaldak // Informatyka, 2001. - No. 48. – C. 9-15.
Natsionalʹna stratehiya rozvytku osvity v ukrayini na 2012–2021 roky [National strategy for the development of education in Ukraine for 2012-2021] – [Elektronnyy resources]. – rezhym dostupu: http://www.meduniv.lviv.ua/files/info/nats_strategia.pdf .
Chornyy OP (2013) Osoblyvosti protsesu pidhotovky fakhivtsiv inzhenernykh spetsialʹnostey [Peculiarities of the process of training specialists in engineering specialties] / O P. Chornyy, YU. V. Lashko, TP Kovalʹ // inzhenerni ta osvitni tekhnolohiyi v elektrotekhnichnykh i kompʺyuternykh systemakh. No. 2/2013 (2) - - [Elektronnyy resources]. – rezhym dostupu: http://eetecs.kdu.edu.ua .
Hevko I. (2020) Methods building and printing 3d models historical architectural objects / I. Hevko, O. Potapchuk , I. Lutsyk, V. Yavorska , V. Tkachuk // In the international conference on history, theory and methodology of learning (ICHTML 2020) SHS web of conferences 75, 04016 (2020), pp. 325-330 https://doi.org/10.1051/shsconf/20207504016 .
How to Cite
Copyright (c) 2022 P. Koliasa
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
The periodical offers access to content in the Open Access system under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0
Number of views and downloads: 91
Number of citations: 0