“人工智能+ X”工程新学科交叉融合实践研究

Yumei Li
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引用次数: 0

摘要

在以新技术、新业态、新产业、新模式为特征的新经济快速发展的背景下,中国工程教育迫切需要培养多元化、创新型的科技人才。新工程研究日益成为工程教育创新与改革的主流。本文围绕“人工智能+ X”新工程交叉融合的实践创新,以培养适应社会需求的工程技术人才为重点,开展跨学科交叉融合工程实践研究,从五个方面考察“人工智能+ X”新工程交叉融合实践:多维度的课程体系、教学模式、培养平台、培养环境和多元化的教学评价机制;了解企业就业需求,突出跨学科交叉融合的特色教学,充分发挥跨学科交叉融合在学科研究和实践创新中的作用;促进新工程教育与人工智能技术的深度融合和高效迭代发展,对于新工程建设和提高工程技术人才培养质量具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the Practice of Cross Integration of “Artificial Intelligence + X” New Engineering Disciplines
Under the background of the rapid development of new economy characterized by new technology, new business form, new industry and new model, China's engineering education urgently needs to cultivate diversified and innovative scientific and technological talents. New engineering research has increasingly become the mainstream of the innovation and reform of engineering education. This paper focuses on the practical innovation of “artificial intelligence + X” new engineering cross integration, focuses on cultivating engineering and technical talents to meet social needs, carries out interdisciplinary cross integration engineering practice research, and investigates the cross integration practice of “artificial intelligence + X” new engineering from five aspects: multi-dimensional curriculum system, teaching mode, training platform, training environment and diversified teaching evaluation mechanism, Understanding the employment needs of enterprises, highlighting the characteristic teaching of interdisciplinary cross integration, giving full play to the role of interdisciplinary cross integration in discipline research and practical innovation, and helping the deep integration and efficient iterative development of new engineering education and artificial intelligence technology are of great significance for the construction of new engineering and improving the training quality of engineering and technical talents.
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