A SYSTEM OF PEDAGOGICAL SUPPORT FOR THE IMPLEMENTATION OF AN ACTIVITY-BASED APPROACH IN THE TRAINING OF COMPETENT ENGINEERS

The article substantiates the theoretical and methodological foundations for the introduction of an activity-based approach to training competent engineers when studying a course of physics. Contemporary requirements of the agro-industrial complex require integration of the fundamental knowledge with practical skills, which makes this approach the key element of the educational process when studying a course of physics. There are considered the concepts and principles of teaching, aimed at the development of professional thinking, the ability to make decisions in non-standard situations and efficient work with digital technologies, when studying the course of physics. There are identified the pedagogical tools that promote the development of critical thinking, independence and continuous self-development of the students in the process of mastering physics. Methodological recommendations are provided for the creation of a productive educational environment, including interaction with agro-industrial enterprises and individualization of learning when studying the physics course. An analysis of the implementation of the activity-based approach showed its efficiency: the average score of the students in the experimental group increased by 15–20%, and the success rate of completing the practical assignments increased by 20–25% when studying the physics course. The project activities contributed to the development of systems thinking and an innovative approach to solving the production problems, which is especially important when mastering physics. A conclusion is made about the need to introduce an activity-based approach to train competitive specialists, adapted to the modern challenges of the agro-industrial complex, which, in turn, contributes to the formation of an innovative educational environment, focused on the development of professional competencies, engineering creativity and practical training of the students when studying the physics course.

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Publication Details

Journal
Environment Technology Resources Proceedings of the International Scientific and Practical Conference
Published
2025-06-08
DOI
https://doi.org/10.17770/etr2025vol3.8552
Primary Topic
Engineering Education and Technology
Type
article
Field-Weighted Citation Impact
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article

A SYSTEM OF PEDAGOGICAL SUPPORT FOR THE IMPLEMENTATION OF AN ACTIVITY-BASED APPROACH IN THE TRAINING OF COMPETENT ENGINEERS

Aivars Āboltiņš, Ādolfs Ruciņš, Oksana Bulgakova, Valentina Vasileva et al.
Environment Technology Resources Proceedings of the International Scientific and Practical Conference
Engineering Education and Technology
article

A SYSTEM OF PEDAGOGICAL SUPPORT FOR THE IMPLEMENTATION OF AN ACTIVITY-BASED APPROACH IN THE TRAINING OF COMPETENT ENGINEERS

Aivars Āboltiņš, Ādolfs Ruciņš, Oksana Bulgakova, Valentina Vasileva, Lesya Zbaravska, Іnna Savytska
article en

Abstract

The article substantiates the theoretical and methodological foundations for the introduction of an activity-based approach to training competent engineers when studying a course of physics. Contemporary requirements of the agro-industrial complex require integration of the fundamental knowledge with practical skills, which makes this approach the key element of the educational process when studying a course of physics. There are considered the concepts and principles of teaching, aimed at the development of professional thinking, the ability to make decisions in non-standard situations and efficient work with digital technologies, when studying the course of physics. There are identified the pedagogical tools that promote the development of critical thinking, independence and continuous self-development of the students in the process of mastering physics. Methodological recommendations are provided for the creation of a productive educational environment, including interaction with agro-industrial enterprises and individualization of learning when studying the physics course. An analysis of the implementation of the activity-based approach showed its efficiency: the average score of the students in the experimental group increased by 15–20%, and the success rate of completing the practical assignments increased by 20–25% when studying the physics course. The project activities contributed to the development of systems thinking and an innovative approach to solving the production problems, which is especially important when mastering physics. A conclusion is made about the need to introduce an activity-based approach to train competitive specialists, adapted to the modern challenges of the agro-industrial complex, which, in turn, contributes to the formation of an innovative educational environment, focused on the development of professional competencies, engineering creativity and practical training of the students when studying the physics course.

Environment Technology Resources Proceedings of the International Scientific and Practical ConferenceVol. 3
Latvia University of Life Sciences and Technologies (LV), National University of Life and Environmental Sciences of Ukraine (UA), Podillia State University (UA), Angel Kanchev University of Ruse (BG)
Openalex Percentile: Top 82%
Engineering Education and Technology
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