МАТЕМАТИЧНА КОМПЕТЕНТНІСТЬ МАЙБУТНЬОГО ВЧИТЕЛЯ МАТЕМАТИКИ: ТЕОРЕТИЧНИЙ АНАЛІЗ

In the context of modernization of contemporary education on the basis of a competence approach, the problem of professional training of future mathematics teachers, who are able to be actively implemented in the information society, have professional competences that would meet the needs of today, becomes especially relevant. It is emphasized that an important task of training future mathematics teachers is the formation of their mathematical competence. The hierarchy of competences is characterized (according to N. Bibik): key super subjective (basic) competences, which are based on cognitive processes and displayed in different contexts; general subject competences, which belong to a certain set of subjects or branches of knowledge; subject competences - partial to the above, which are acquired in the process of studying a particular subject. The article describes the various definitions of mathematical competence proposed in the State Standard of Basic and Complete General Education (2011), the Concept of the New Ukrainian School (2018), the European Reference Framework of Key Competences for Lifelong Learning (2018), and the PISA International Education Quality Assessment (2022). Based on the analysis, it is determined that mathematical competence is defined by modern scientists as an integrated characteristic of the qualities of a mathematics teacher’s personality, which is expressed in the ability and willingness to apply mathematical knowledge and skills in order to solve professional problems using mathematical methods, applying modern methods of design, mathematical and computer modelling if necessary. Mathematical competence as a result of mathematical training of a graduate of a pedagogical education institution implies a high level of knowledge and experience of independent activity based on this knowledge for the effective professional activity of a future mathematics teacher. The structural components of mathematical competence are allocated: motivational, cognitive, value, activity, and reflexive.

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Publication Details

Journal
Інноватика у вихованні
Published
2024-11-24
DOI
https://doi.org/10.35619/iiu.v1i20.649
Primary Topic
Education and Social Development in Ukraine
Type
article
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article

МАТЕМАТИЧНА КОМПЕТЕНТНІСТЬ МАЙБУТНЬОГО ВЧИТЕЛЯ МАТЕМАТИКИ: ТЕОРЕТИЧНИЙ АНАЛІЗ

Ольга Павелків, Олександр Бондарев
Інноватика у вихованні
Education and Social Development in Ukraine
article

МАТЕМАТИЧНА КОМПЕТЕНТНІСТЬ МАЙБУТНЬОГО ВЧИТЕЛЯ МАТЕМАТИКИ: ТЕОРЕТИЧНИЙ АНАЛІЗ

Ольга Павелків, Олександр Бондарев
article en

Abstract

In the context of modernization of contemporary education on the basis of a competence approach, the problem of professional training of future mathematics teachers, who are able to be actively implemented in the information society, have professional competences that would meet the needs of today, becomes especially relevant. It is emphasized that an important task of training future mathematics teachers is the formation of their mathematical competence. The hierarchy of competences is characterized (according to N. Bibik): key super subjective (basic) competences, which are based on cognitive processes and displayed in different contexts; general subject competences, which belong to a certain set of subjects or branches of knowledge; subject competences - partial to the above, which are acquired in the process of studying a particular subject. The article describes the various definitions of mathematical competence proposed in the State Standard of Basic and Complete General Education (2011), the Concept of the New Ukrainian School (2018), the European Reference Framework of Key Competences for Lifelong Learning (2018), and the PISA International Education Quality Assessment (2022). Based on the analysis, it is determined that mathematical competence is defined by modern scientists as an integrated characteristic of the qualities of a mathematics teacher’s personality, which is expressed in the ability and willingness to apply mathematical knowledge and skills in order to solve professional problems using mathematical methods, applying modern methods of design, mathematical and computer modelling if necessary. Mathematical competence as a result of mathematical training of a graduate of a pedagogical education institution implies a high level of knowledge and experience of independent activity based on this knowledge for the effective professional activity of a future mathematics teacher. The structural components of mathematical competence are allocated: motivational, cognitive, value, activity, and reflexive.

Інноватика у вихованні(20)
Quality Education
Openalex Percentile: Top 71%
Education and Social Development in Ukraine
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МАТЕМАТИЧНА КОМПЕТЕНТНІСТЬ МАЙБУТНЬОГО ВЧИТЕЛЯ МАТЕМАТИКИ: ТЕОРЕТИЧНИЙ АНАЛІЗ — Ольга Павелків, Олександр Бондарев · Інноватика у вихованні (2024) | TGRS Research Map | TGRS