DESIGNING A WEB RESOURCE FOR STUDYING THE ARDUINO PLATFORM AS A MEANS OF GENERATING THE PROFESSIONAL COMPETENCE OF FUTURE ENGINEERS-PROGRAMMERS WITH A HIGHER EDUCATION LEVEL “MASTER”

Authors

DOI:

https://doi.org/10.14308/ite000700

Keywords:

design, Arduino platform, educational web resource, programmer engineer, competency, Master’s degree in higher education

Abstract

In the context of computerization of higher education institutions, the use of electronic resources, in particular sites for educational purposes, electronic textbooks, video collections, is aimed at increasing the level of professional training of students. As electronic educational resources are an integral part of the learning process, they have an educational and methodological purpose and serve to provide educational activities for students. They are considered one’s of the key elements of the informative and educational environment. One of them is educational web resources. Using modern web technologies, the education system and, as well, further computerization can be significantly improved. This process is irreversible and compulsory. Сonsidering this, the educational web resources are the best way for improving the educational level of contemporary teachers. The article is devoted to the design of an educational web resource for the study of the platform for Arduino's amateur design as a computer tool for the formation of professional competence of students of specialty 122 “Computer Science”, 121 “Software Engineering” at the level of higher education “Master”. The simulation of this web resource focuses on the systematization of knowledge and the development of practical design skills in the Arduino hardware computing platform when studying undergraduates of the disciplines “Quality Management of Electronic Educational Resources” and “Information Management Technologies”. In the process of designig, students determine the purpose and tasks of learning through electronic educational resources, analyze the existing analogs of the Arduino study sites, distinguish the main groups of requirements, design information architecture, present a precedent diagram for the roles specific to the website for educational purposes. The application of this topic in the educational process of the Kherson State University is aimed at developing professional competences for future programmers through the active introduction of new educational technologies, the use of opportunities for the information space, and the partnership between the teacher and the student.

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References

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10. Raickaja, L. (2011). Didactic and psychological basis of using Web 2.0 technologies in higher professional education. Moscow: MGOU.
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12. Arduino (2018). Arduino Platform. Retrieved from http://arduino.ru.
13. Kuznetsov, M., Simdyanov, I. & Holyshev, S. (2007). PHP 5. Practice of websites creation. Кyiv, Ukraine.
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</en>
<uk>

1. Spivakovsky, O., Fedorova, Y., Kudas, N. & Glushchenko, O. (2010). Information technologies management in universities. Ailant, Kherson.
2. Stetsenko, H.V. (2010). Methodology of Applying Educational web-resources to Informatics Teachers’ Training. (PhD thesis in Pedagogical sciences). Dragomanov National Pedagogical University, Kyiv, Ukraine.
3. Hurevych, R., Kademiia M. & Koziar M. (2012). Information and communication technologies in professional education. Lviv: Spolom.
4. Shyshkina, M. & Popel, M. (2016). Cloud based learning environment formation for mathematics disciplines learning using the SAGEMATHCLOUD (guidelines). Information technologies in education, 1 (26), 148 - 164. Retrieved from http://ite.kspu.edu/.
5. Tkachuk, H. (2011). Methods of using educational web resources in future Informatics teachers’ training. Uman: Vydavets “Sochinskyi”.
6. Kravtsov, H. (2015). Methods and technologies for the quality monitoring of electronic educational resources. CEUR Workshop Proceedings of the 11th International Conference on ICT in Education, Research and Industrial Applications: Integration, Harmonization and Knowledge Transfer. Lviv, Ukraine, May 14-16, 2015 (pp. 311-325). Retrieved from http://ceur-ws.org/Vol-1356/paper_109.pdf.
7. Samchynska, Y. & Sherman, M. (2018). Information technologies: practical course. Kherson. Retrieved from https://drive.google.com/open?id=14oTatMdu4hNBSJgmHowVVm9BBSVLQ8NV.
8. Spivakovskiy, O., Kushnir, N., Valko, N. & Vinnyk, M. (2017). ICT Advanced Training of University Teachers. 13th International Conference on ICT in Education, Research and Industrial Applications: Integration, Harmonization and Knowledge Transfer. Kyiv, Ukraine, May 15-18, 2017. CEUR-WS, 1844, pp. 176-190.
9. Samchynska, Y. & Vinnyk, M. (2014). Specific features of educational software promotion at Ukrainian market. Actual problems of economic, 7 (157), 534-540.
10. Raickaja, L. (2011). Didactic and psychological basis of using Web 2.0 technologies in higher professional education. Moscow: MGOU.
11. Samchynska, Y. & Vinnyk, M. (2017). Decision Making in Information Technologies Governance of Companies. 13th International Conference on ICT in Education, Research and Industrial Applications: Integration, Harmonization and Knowledge Transfer. Kyiv, Ukraine, May 15-18, 2017. CEUR-WS, 1844, pp. 96-110.
12. Arduino (2018). Arduino Platform. Retrieved from http://arduino.ru.
13. Kuznetsov, M., Simdyanov, I. & Holyshev, S. (2007). PHP 5. Practice of websites creation. Кyiv, Ukraine.
14. Afonin, V. & Makushkin, V. (2009). Intelligence robotic systems: course of lectures. Moscow: Internet University of Information Technologies.
15. Samchynska, Y. (2014). Methods for evaluation of companies’ information systems and technologies efficiency and control in teaching course “Information Technology Governance”. Information technologies in education, 21, 67-77. 16. Кonyuh, V. (2008). Fundamentals of robotics. Rostov-na-Donu: Phenix.
</uk>

Published

30.09.2019

How to Cite

Sherman, M. ., Samchynska, Y. ., & Kuzheliuk, N. . (2019). DESIGNING A WEB RESOURCE FOR STUDYING THE ARDUINO PLATFORM AS A MEANS OF GENERATING THE PROFESSIONAL COMPETENCE OF FUTURE ENGINEERS-PROGRAMMERS WITH A HIGHER EDUCATION LEVEL “MASTER”. Journal of Information Technologies in Education (ITE), (40), 29–37. https://doi.org/10.14308/ite000700