矿冶综合体企业培养未来工程师的教育环境

S. V. Fyodorova, K. S. Fyodorov, N.V. Papulovskaya
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引用次数: 3

摘要

本文介绍了“动力与电气工程”专业本科人才培养的新途径和未来矿冶综合体工程人才培养的特点,以及为特定企业培养工程人才的商业教育的特点。将深度学习方法应用于未来的专业活动领域。通过在教育过程中使用现代信息技术,如3d建模、虚拟现实、3d模拟器、云技术,可以达到必要的效果。结合教育任务,这些技术形成了一个教育环境,能够形成工程思维,并为毕业生解决紧急生产问题做好准备,而无需在企业中进行额外的适应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Educational Environment for Training Future Engineers for Enterprises of Mining and Metallurgical Complex
The article describes a new approach to the training of bachelors in the field of “Power Engineering and Electrical Engineering”, future engineers of mining and metallurgical complex, as well as the features of business education, the purpose of which is to teach engineers for a particular enterprise. The deep learning approach in the field of future professional activity is applied. The necessary results can be achieved by using modern information technologies in the educational process, such as 3D-modeling, virtual reality, 3D-simulators, cloud technologies. In combination with educational tasks these technologies form an educational environment that is able to form engineering thinking and prepare graduates for solving urgent production problems without additional adaptation at the enterprise.
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