Suchergebnisse

This article discusses the impact of changes in the field of school education associated with the introduction of Federal state educational standards of basic general and secondary general education on the quality of mathematical training of pupils. The authors describe the most essential, in their opinion, changes in the use of modern educational technologies in the learning process, such as case-technology, technology of project activities or technology of project training; in the application of new evaluation procedures, such as the protection of individual final project or portfolio, etc. based on the analysis of educational results in mathematics of pupils of Kostroma Region in the framework of thestate final certification in mathematics, the authors come to the conclusion about the positive dynamics of educational indicators of pupils.

This article belongs to the field of methodological science that analyzes the interaction of school mathematics with the teaching of mathematical disciplines in higher educational institutions, in particular, to students of pedagogical directions. The article presents two extreme points of view on modern education. The first of them perceives education as a kind of value, completely ignoring the relevance of this or that educational program. The second focuses exclusively on the market conditions of the educational program, perceiving an educational institution as an enterprise in the service sector. The authors of the article criticize both extremes, considering the educational process as a phenomenon that combines the features of both value and market phenomena. Further, in the presented work, an attempt is made to answer the question, is knowledge of only the school curriculum of mathematics sufficient for high-quality professional activity in school as a teacher? The authors of the article unequivocally answer this question - no, not enough. A number of examples are given when the knowledge of university special mathematical disciplines not only contributes to a more perfect knowledge of the taught subject in the future teacher, but is also fundamentally necessary for the formation of specific skills and abilities of the future teacher of mathematics. As examples, such mathematical sections as complex numbers, the theory of limits, the construction of counterexamples, projective geometry, etc. The work also provides links to the professional standard of a pedagogue, adopted in 2019.