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author Yuliya V. Vainshtein
Viktoriya A. Shershneva
Konstantin V. Safonov
author_facet Yuliya V. Vainshtein
Viktoriya A. Shershneva
Konstantin V. Safonov
author_sort Yuliya V. Vainshtein
collection DOAJ
description The article presents the methods to improve the quality of mathematics education of future bachelors of engineering majors. The influence of CDIO ideology on teaching engineering students mathematical disciplines is analyzed. The authors put the main emphasis on teaching mathematics from the standpoint of world standards CDIO basing on polyparadigmal approach, which complies with the Federal state educational standard of higher education. It is offered to fill the gaps in determining the quality of mathematical preparation of future bachelors of engineering majors in the federal state educational standards of higher education with additional competencies based on CDIO ideology. The authors dwell on the features of context education, interdisciplinary integration, project implementation, activities students, reflective and evaluative students' activities, teamwork in math learning in an electronic environment Moodle within CDIO ideology.
first_indexed 2024-03-08T05:42:46Z
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institution Directory Open Access Journal
issn 0869-3617
2072-0459
language English
last_indexed 2024-04-24T12:09:20Z
publishDate 2016-12-01
publisher Moscow Polytechnic University
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series Высшее образование в России
spelling doaj.art-611573e55ec24f4b928a8489e9d3272c2024-04-08T12:11:57ZengMoscow Polytechnic UniversityВысшее образование в России0869-36172072-04592016-12-01027582380CDIO IDEOLOGY IN MATH TRAININGYuliya V. Vainshtein0Viktoriya A. Shershneva1Konstantin V. Safonov2Siberian Federal UniversitySiberian Federal UniversitySiberian Federal UniversityThe article presents the methods to improve the quality of mathematics education of future bachelors of engineering majors. The influence of CDIO ideology on teaching engineering students mathematical disciplines is analyzed. The authors put the main emphasis on teaching mathematics from the standpoint of world standards CDIO basing on polyparadigmal approach, which complies with the Federal state educational standard of higher education. It is offered to fill the gaps in determining the quality of mathematical preparation of future bachelors of engineering majors in the federal state educational standards of higher education with additional competencies based on CDIO ideology. The authors dwell on the features of context education, interdisciplinary integration, project implementation, activities students, reflective and evaluative students' activities, teamwork in math learning in an electronic environment Moodle within CDIO ideology.https://vovr.elpub.ru/jour/article/view/381качество инженерного образованиявсемирная инициатива cdioобучение математикекомпетентностный подходполипарадигмальный подходкластер компетенцийпроектно-внедренческая деятельностькомандная работаengineering educationcdio ideologymath trainingcompetence approachpolyparadigmal approachcompetence clusterproject implementation activitiesteamwork
spellingShingle Yuliya V. Vainshtein
Viktoriya A. Shershneva
Konstantin V. Safonov
CDIO IDEOLOGY IN MATH TRAINING
Высшее образование в России
качество инженерного образования
всемирная инициатива cdio
обучение математике
компетентностный подход
полипарадигмальный подход
кластер компетенций
проектно-внедренческая деятельность
командная работа
engineering education
cdio ideology
math training
competence approach
polyparadigmal approach
competence cluster
project implementation activities
teamwork
title CDIO IDEOLOGY IN MATH TRAINING
title_full CDIO IDEOLOGY IN MATH TRAINING
title_fullStr CDIO IDEOLOGY IN MATH TRAINING
title_full_unstemmed CDIO IDEOLOGY IN MATH TRAINING
title_short CDIO IDEOLOGY IN MATH TRAINING
title_sort cdio ideology in math training
topic качество инженерного образования
всемирная инициатива cdio
обучение математике
компетентностный подход
полипарадигмальный подход
кластер компетенций
проектно-внедренческая деятельность
командная работа
engineering education
cdio ideology
math training
competence approach
polyparadigmal approach
competence cluster
project implementation activities
teamwork
url https://vovr.elpub.ru/jour/article/view/381
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