Using Dual Learning Technologies to Prepare for a Demonstration Exam in Secondary Vocational Education

Использование технологий дуального обучения для подготовки к демонстрационному экзамену в среднем профессиональном образовании
V.V. Kol’ga, Marina A. Shuvalova
2024-04-22

CNC machiningdemonstration examdual training technologiespedagogical experimentsecondary vocational education
The article updates the problem of the need for highly qualified technicians and workers, without solving which it is impossible to further develop both the high-tech enterprises of the country in general and the regional economy in particular. This is confirmed by the analysis of the need for specialists. The article discusses the problem of preparing future technicians and highly qualified workers for a demonstration exam using dual training technologies in secondary vocational education. The purpose of the article is to identify and test a set of dual training technologies that contribute to effective preparation and successful passing of a demonstration exam, which provides simulation of real production conditions for technicians and highly qualified workers. The methodology for organizing training consists of implementing professional modules in in-demand specialties on the territory of a partner enterprise with a schedule of individual training at the college. Using the method of pedagogical experiment, the developed proposals were tested and their effectiveness was tested using the example of training students of the specialty 02/15/08 Mechanical Engineering Technology in the competencies “Milling work on CNC machines” and “Turning work on CNC machines.” Based on the results of the experimental work, the conclusion is made about the positive dynamics of completing the tasks of the demonstration exam in the experimental group, which meet the requirements of employers of partner enterprises in the real sector of the economy.
1
Professional modules were delivered at partner enterprises, combined with individualized college-based training schedules in high-demand technical specialties.
2
Students receiving the dual-training intervention showed positive dynamics in completing demonstration-exam tasks aligned with partner employers’ requirements.
3
The approach was experimentally tested with Mechanical Engineering Technology students in CNC milling and CNC turning competencies.
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The findings indicate that dual training can improve the practical readiness of future technicians and highly qualified workers for industry-based assessment.
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The study identifies dual training technologies for preparing secondary vocational students to complete demonstration exams simulating real industrial production conditions.

Preparation of secondary vocational education students in Mechanical Engineering Technology for a demonstration exam under simulated real-production conditions

The effectiveness of dual training technologies in developing students’ performance on demonstration-exam tasks aligned with partner-enterprise employer requirements

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2024-04-22
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Authors
V.V. Kol’ga
Marina A. Shuvalova
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