Application of Cognitive Technologies for Practice-oriented Education

Yulia A. Dubrovskaya, I. M. Novozhilov, L. V. Pikhkonen
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Abstract

The paper briefly describes some elements of cognitive technologies required for the effective implementation of practice-oriented training of engineers. Living at the age of nanotechnology and digitalization requires a qualitatively different level of training for graduates of engineering specialties. The authors believe that cognitive technologies in practice-oriented training, which reflect the peculiarities of work and the aspects of production, ensure the most effective training of engineers. The use of cognitive technologies personalizes the educational process. The knowledge gained during the course of theoretical training, the practical experience obtained through the immersive educational environment, will ensure training of specialists with the fastest adaptation to the needs of production to fulfill their professional tasks.
认知技术在实践教育中的应用
本文简要介绍了有效实施面向实践的工程师培训所需的一些认知技术要素。生活在纳米技术和数字化的时代,对工程专业毕业生的培训要求在质量上有所不同。作者认为,以实践为导向的培训中的认知技术,反映了工作和生产方面的特点,保证了工程师培训的最有效。认知技术的使用使教育过程个性化。在理论培训过程中获得的知识,通过沉浸式教育环境获得的实践经验,将确保培养出能够以最快的速度适应生产需要的专家,以完成他们的专业任务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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