Didactic prototype of student modern training: aspect of educational robotic complex realization


  • Igor O. Baklanov



Palabras clave:

educational robotic complex, algorithm for design of robotic complex, didactic prototype


The relevance of the study is due to the changed trends in University students’ training, suggesting an effective solution to educational problems with the help of digital means, among which a special place takes the robotic complex. In this regard, the article for the first time, as an independent scientific direction, attempts to substantiate the theoretical and methodological approach to the use of educational robotic complex as a didactic prototype of modern student training. During the implementation of pedagogical modeling - the leading method of research, educational robotic complex is justified as a methodological basis for the didactic prototype of student training. Taking into account the new trends in the transformation of student training, the article reveals the phenomenology of the educational robotic complex. Based on its results the study establishes the pedagogical terms of the educational robotic complex’s realization; substantiates algorithm of didactic designing of a prototype educational robotic systems and proves its effectiveness in educational process of the University. The article focuses materials on providing methodological assistance to University teachers and students in the development and use of educational robotic complex in the educational process of the University. It gives recommendations for teachers, methodologists, University managers and students.


Grebneva, D.M. (2016). The study of robotics elements in the basic course of computer science. URL: http://festival.1september.ru/articles/623491.

Kalashnikov, A.G. & Bondarenko, D.A. (2016). Development of educational and methodical complex based on small-sized anthropomorphic robot. National Association of scientists, 4(20), 16-18.

Karchevsky, V.P., Karchevskaya, N.V. (2016). Pedagogy of robots. URL: https://ru.wikiversity.- org / wiki/

Karlov, A.E. (2016). History of development and modern methodological problems of robotics. Eurasian scientific journal, 4, 1-4.

Karpenko, O.M., Fokina, V.N. & Shirokova, M.E. (2017). Robotics as an educational trend. Distance and virtual learning, 5(119), 24-32.

Ladygina, I.V. (2016). Philosophical aspects of educational robotics. Problems of modern pedagogical education, 53(10), 87-95.

Leyzberg, D., Spaulding, S. & Scassellati, B. (2014). Personalizing robot tutors to individuals' learning differences. ACM/IEEE International Conference on Human-Robot Interaction, pp. 423–430. Bielefeld. DOI: 10.1145/2559636.2559671.

Paypert, S. (1989). A revolution in the consciousness: Children of computers and fruitful ideas. Moscow: Pedagogy.

Popova, T.G. (2015). Educational robotics: a digest of current materials. Ekaterinburg: SBEI APE Institute of education development of Sverdlovsk region.

Pustylnik, P.N. (2017). Educational robotics for bachelors and masters in the direction of "Technological education". Distance and virtual learning, 3(117), 17-25.

Ruslyakova, E.E., Pustovoitova, O.V., Kiseleva, Yu.P. & Yakovleva, L.A. (2019). Theory and practice of robotics in the educational process. Higher education in Russia, 28(6), 158-167. Moscow.

Tikhonova, L.P. (2019). On the relevance of modern digital technologies introduction in education. Bulletin of Cherepovets state University, 1, 203 – 211.



Cómo citar

O. Baklanov, I. (2019). Didactic prototype of student modern training: aspect of educational robotic complex realization. Revista San Gregorio, (36). https://doi.org/10.36097/rsan.v0i36.1225