APPLICATION OF PROBLEM / PROJECT-ORIENTED TECHNOLOGY TRAINING FOR STUDENTS OF TECHNICAL AND IT SPECIALTIES ON THE EXAMPLE OF THE COURSE “WEBSITE CONTENT MANAGEMENT SYSTEM”
Abstract
The article examines the experience of successful implementation and peculiarities of using problem / project training technologies for students of technical and IT specialties within the course “Website Content Management”. In the course of the course, the project is implemented – a fullfledged functional web site, which helps to master the educational material of the discipline, the formation of general and subject (professional) competences, obtaining the planned program results of training provided by educational programs of specialties, as well as the acquisition of practical skills, support and development of a viable project that is already a professional achievement.
Website Content Management Systems course was created using modern technologies of organization of educational activity with wide use of information and communication technologies and an opportunity to determine not only students' educational achievements, but also to show and develop their own creativity and individuality during the project implementation. The course is available on-line, selected free-of-charge educational materials, requirements for the completed project of the web site are developed, the download of the link and presentation of the finished site for evaluation are provided.
In order to determine the viability of the project, evaluation criteria have been proposed that are included in the collaborative project evaluation system by faculty and students, and tools have been created to organize and process the evaluation results using Google services. During the course study, it is determined that the formation of general, subject (professional) competences and the provision of software results of training to the types of work on the project.
The results of using problem-based / project-based learning technologies as an example of the Web site content management course encourage the development of cross-curricular links and implement interdisciplinary projects, as well as actively implement problem / project-based learning methods in most curriculum disciplines and technical students -specialties.
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1. Ozindovic, L. M. (2018). Introduction of the project activity in the course “Content management systems” for students of technical specialties. Proceedings of the Second All-Ukrainian Conference “Theoretical and Practical Problems of Using Mathematical Methods and Computer-Oriented Technologies in Education and Science”, 61-65. Kiev: B.Grinchenko University of Kyiv.
2. Gray, A. (2016). The 10 skills you need to thrive in the Fourth Industrial Revolution. Retrieved from https://www.weforum.org/agenda/2016/01/the-10-skills-you-need-to-thrive-in-the-fourth-industrialrevolution/.
3. Lutsenko, G. & Tarasenkova, N. (Ed.) (2017). Professional training of future engineers on the basis of project-oriented training. Cherkasy: Yu. A. Chabanenko.
4. Savchenko, L.O. (2013). Project activity in the practice of higher pedagogical school. Proceedings of the conference “Modern problems of education and science – 2013”, Budapest. Retrieved from http://scaspee.com/6/post/2013/01/11.html.
5. Carabin, O. J. (2016). Project activity in formation of professional self-development of future specialists in the field of information technologies. Young Scientist, 12 (1), 436-440.
6. Shatska, Z. E. (2015). Implementation of project technologies in higher education institution’s activities: advantages and disadvantages. Bulletin of the Kiev National University of Technology and Design. Special issue. Series “Economic Sciences”, 374-383.
7. Tkachuk, V. V., & Savchenko, O. O. (2018). Features of activation of students’ cognitive activity through problematic teaching of lecture material. Proceedings of the Taurida State Agrotechnological University, 21, 199-203.
8. Kurland, Z.N., Khmelyuk, R. I., Semenova, A. V., Lomonova, M. F., Osipova, T. Y., Tzokur, O. S., ... Bogdanova, I. M. (2017). Pedagogy of high school. Kyiv: Znannya.
9. Turcot, T. I. (2011). Pedagogy of high school. Kiev: Condor.
10. Mohr, K. A., & Mohr, E. S. (2017). Understanding Generation Z Students to Promote a Contemporary Learning Environment. Journal on Empowering Teaching Excellence, 1. Відновлено з https://digitalcommons.usu.edu/cgi/viewcontent.cgi?article=1005&context=jete.
11. Bushev, D.S., & Morozov, V.V. (2000). Dynamic Leadership in Project Management (Issue 2). Kiev: Ukrainian Association for Project Management.
12. Astwell Soft LLC (2019). CMS. Retrieved from https://astwellsoft.com/uk/blog/cms.html.
13. Novodranova, V. A., & Kryukov, D. S. (2018). Model of using dynamic web site generators. Proceedings of the 13th International Conference “Problems of the Use of Information Technologies in Education, Science and Industry”, 3, 67-70. Dnipro.
14. World Wide Web Technology Surveys (2019). Content Management Systems.Retrieved from https://w3techs.com/.
15. Danilchuk, D. O., & Shymon, O. M. (2016). Choosing a modern CMS to create an original business card site. Topical Issues of Modern Informatics: Coll. Sciences. works of students, undergraduates and teachers, (1), 71-75.
16. Galitsky, O. V. (2015). Web-based computer systems for managing information resources in educational institutions. Scientific journal of M.P. Drahomanov National Pedagogical University. Series 2: Computer-Oriented Learning Systems, 15 (22), 131-135.
17. Ozindovic, L. M. (2018). Use of project technologies in the course “Content management systems”. Proceedings of the All-Ukrainian Scientific-Practical Internet Conference “Automation and ComputerIntegrated Technologies in Production and Education: State, Achievements, Development Prospects”, pp. 127-130. Cherkasy.
18. Volnevich, O.I. (2013). Flipped classroom technology in distance and face-to-face training. Information Technologies and Learning Tools, 36 (4). Retrieved from http://lib.iitta.gov.ua/1336/1/866-2970-1-PB_Copy.pdf.
19. Ozindovich, L. M. (2019). Formation of general and professional competences of students of technical specialties on the basis of problem-oriented / project-oriented training in studying the course “Web Content Management Systems”. Proceedings of the All-Ukrainian Scientific and Practical Internet Conference “Automation and Computer-Integrated Technologies in Production and Education: State, Achievements, Prospects for Development”, pp. 255-261. Cherkasy.
