The Theory and Technique of Interactive Training in Mathematics at the Higher School

Artyukhina, Maria; Sanina, Elena; Frolov, I.V.; Zhiganova, Oksana

doi:10.21125/inted.2018.1901

Cited by 1 publication

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“…According to psychologists, the leading activity is crucial for personality development. In the process of mastering a profession and especially in performing a professional activity, structural changes occur both in the personality of a specialist and in the structure of the activity itself, that is, the professionalization of a person leads to a change in the nature and content of the profession [1]. The professional development of a person enhances the human psyche, fills a person's life activity with special meaning.…”

Section: Introductionmentioning

confidence: 99%

The Use of Internet Technologies in Teaching Bachelors-Economists Mathematics as a Factor of Students’ Professional Growth

Sanina¹,

Artyukhina²,

Dendeberya³

et al. 2019

IJRTE

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Abstract. Personal professional growth enhances the human psyche, introduces special meaning into human life activity. Mathematical education, as one of the crucial aspects in training a specialist, should reflect the nature of future professional activity and contribute to students’ professional growth. To a large extent, it can be related to mathematical training of economics students in which information and communication technologies, due to the uniqueness of the interaction of educational mathematics content and economic reality, can serve as an important means of expanding the professional orientation of education. Methods. One of the modern Internet-based interactive educational technologies which enable students’ professional growth is an educational webquest. Educational mathematical webquests contribute to the professional self-development and self-organisation of economics students. The authors have developed educational mathematics webquests for bachelors of economics. Results. The diagnostics of educational findings has proven the increase of the cognitive motivation to teaching mathematics and value attitude to the knowledge bound with professional interests; high level of fundamental and applied knowledge of mathematics necessary for the future professional activity; considerable improvement of research skills; intensification of creativity and reflection; capability to perform self-analysis and self-assessment of one’s personal activity. Conclusion. Serving as a key factor in training a perspective specialist, mathematical education should reflect the nature of future professional activity and stimulate a student’s professional growth. Educational mathematical webquests promote professional self-development of economics students.

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Section: Introductionmentioning

confidence: 99%