PROGRAMMING THROUGH IMPLEMENTATION OF PROJECTS: STRATEGIES
DOI:
https://doi.org/10.28925/2414-0325.2024.163Keywords:
education, project-based method, programming, pedagogical technologies, educational integrationAbstract
The article examines the project-based learning method in the context of teaching programming. The historical aspect of the origin of the project-based learning method, which dates back to the 20th century, is described and found to be an effective means of stimulating critical thinking, developing team skills, and increasing student motivation. Key characteristics and principles of the project-based method are presented.
The authors provide practical examples of educational institutions where the project-based method has been successfully integrated. The results have shown its utility in both higher and secondary education. A particular case of successful application of the project method in teaching programming, the "Code in the Classroom" project (USA), which showcases its distinct effectiveness, is discussed. A structure of the project approach to teaching programming is proposed, and practical recommendations for step-by-step development of school programming projects are developed. Through this method, students have the opportunity to deeply immerse themselves in the subject and convert theoretical knowledge into practical skills by implementing specific projects. However, for effective integration of the method, it is essential to ensure quality preparation of methodological and didactic materials, judiciously combine theory and practice, and consider individual student characteristics.
It is proven that modern technologies play a crucial role in supporting the project-based method. The authors argue that combining this method with other pedagogical approaches, especially gamification, can further enhance its effectiveness. At the same time, it is noted that successful implementation of the method requires substantial resources, qualified educators, and a cautious approach to curriculum realization.
Future research may include studying the impact of various technological tools on the project-based method, as well as adapting this method to different cultural and social contexts.
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References
Babenko, V. (2021). Methodology of teaching programming in general secondary education institutions (in Ukrainian).
Brytykova, H. (2008). Project method as a modern pedagogical technology. Upravlinnya shkoloyu, (7), 26-27. (in Ukrainian).
Vember, V. (2018). Using the Go-Lab ecosystem to organize inquiry-based learning. Electronic Scientific Professional Journal «Open Educational E-Environment Of Modern University», (5), 41–50.
https://doi.org/10.28925/2414-0325.2018.5.4150 (in Ukrainian).
Hlushko, A. (2012). Activation of students' cognitive activity through project work in technical creativity clubs. In M. Rattke & M. Ivanov (Eds.), p. 71. (in Ukrainian).
Grynevych, L., Morze, N., Vember, V. & Boiko, M. (2021). The role of digital technologies in the development of the STEM education ecosystem. Information Technologies and Learning Tools, 83(3), 1-25.
https://doi.org/10.33407/itlt.v83i3.4461 (in Ukrainian).
Dynamics of the IT industry during the war: results of IT Research Ukraine (2023). April 02, 2024
https://itcluster.lviv.ua/dynamika-it-industriyi-pid-chas-vijny-rezultaty-it-research-ukraine-2023/ (in Ukrainian).
Dyahlo, N. (2018). The role of project activity in the development of students’ thinking. Komp'yuter u shkoli ta sim'yi, (1), 6-7. (in Ukrainian).
Yermakov, I. (2016). Project method in the context of life results of activity in the system of students' social and life practice. Part I. Postmetodyka, (2), 24-34. (in Ukrainian).
Zhydenko, T. (2009). Use of the project method in computer science lessons. Informatyka v shkoli, (6), 5-7. (in Ukrainian).
Molyako, V. & Muzyka, O. (Eds.) (2006). Abilities, Creativity, Talent: theory, methodology, research results. Zhytomyr: Ruta. (in Ukrainian).
Zorenko, N. (2009). Project method in computer science lessons. Komp'yuter u shkoli ta sim'yi, (4), 19-20. (in Ukrainian).
Karabin, O. & Pomors'kyy, D. (2021). Methodological approaches to studying web programming for students in senior school. (in Ukrainian).
Lapins'kyy, V. & Petrovs'kyy, S. (2007). Application of the project method technology in the preparation and conduct of student informatics Olympiads (in Ukrainian).
Models of active, passive, interactive learning. October 26, 2023 https://clincasequest.academy/learning-models/ (in Ukrainian).
Ovcharov, S. & Ovcharova, K. (2012). Integrated lessons – creative students: educational and methodological manual. Poltava: ASMI. (in Ukrainian).
Perejaslavska, S. & Smаhina O. (2019). Gamification as the current trend of national education. Electronic Scientific Professional Journal «Open Educational E-Environment of Modern University», 250–260. https://doi.org/10.28925/2414-0325.2019s24 (in Ukrainian).
About Mate academy. April 02, 2024 https://mate.academy/ (accessed on 02.04.2024).
Protsyk, H. (2018). The project method. In the Proceedings of the V Scientific and Technical Conference «Information Models, Systems, and Technologies», 118-118. (in Ukrainian).
Romanyshyna, O. & Khudyk, M. (2021). The use of blended learning in teaching computer science in senior classes. In Modern Digital Technologies and Innovative Teaching Methods: Experience, Trends, Perspectives: Proceedings of the VII International Scientific and Practical Internet Conference (Ternopil, April 8, 2021). Ternopil: Ternopil Volodymyr Hnatiuk National Pedagogical University, 155-157 (in Ukrainian).
Sikora, O. & Kobylnyk, T. (2023). Java as a means of teaching students the basics of programming. Scholarly Notes, 34(73), № 5, 224-230. (in Ukrainian).
Tkachenko, O. (n.d.). Gamification of education: formal and informal space. April 02, 2024
http://www.aphn-journal.in.ua/archive/11_2015/45.pdf (in Ukrainian).
Shvardak, M. (2014). The case method in the professional training of future teachers. Scientific Bulletin of Uzhhorod National University. Series: Pedagogy. Social Work, (33), 209-211 (in Ukrainian).
Shvardak, M. (2022). Educational trends in the context of the New Ukrainian School. Scientific Journal of the National Pedagogical Dragomanov University. Series 5. Pedagogical Sciences: Realities and Perspectives, Issue 89, 136-140. (in Ukrainian).
Yurchenko, A., Semenikhina, O., et al. (2019). Teaching programming in high school through the prism of current curricula. Physical and Mathematical Education, Issue 2(20), Part 2, p. 48. (in Ukrainian).
Yahupov, V. (2011). Competency-based approach to the professional training of future specialists in the system of vocational education. Creative Pedagogy, (4), 28-34. (in Ukrainian).
Alieksieieva, H. (2014). Victorious information-communal technologies in the process of professional training of students of pedagogical universities. The current issues of natural and mathematical education, Sumy, 184-191.
Dewey, J. (2022). The collected works of John Dewey. DigiCat.
Henseruk, H., Buyak, B., Kravets, V., Tereshchuk, H. & Boiko, M. (2020). Digital transformation of the educational environment of the university. E-learning: Innovative Educational Technologies, Tools and Methods for E-learning: Monograph. Katowice: Studio Noa, Vol. 12, 325-335.
Werbach, K. & Hunter, D. (2020). For the win, revised and updated edition: The power of gamification and game thinking in business, education, government, and social impact. University of Pennsylvania Press.
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