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This paper discusses the application and effect of information technology in translation and interpretation teaching, focusing on its shaping of teaching mode and learning effect. With the develo...
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As China forges ahead with the high-quality development of free trade port construction, the inherent cultural essence embodied in free trade ports—featuring openness and inclusiveness, rule of l...
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As the maritime power strategy advances steadily, international cooperation in the maritime field is getting closer and closer. As a key part of cultivating high-level technical and skilled mariti...
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Learner-centered classroom carries knowledge representation and ability generation with real / simulated activities, and promotes understanding and transfer through the cycle of experience-refl...
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STEM education is an interdisciplinary education that integrates the four subjects of science, technology, engineering and mathematics to cultivate students' innovative spirit and practical abil...
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STEM education (science, technology, engineering and mathematics) is the core driving force for innovation and economic growth and is crucial for cultivating future talents (Kozhuharova & Zhel...
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This paper focuses on the creative breakthrough of film and television soundtrack in the context of human-computer cooperation, and examines the reshaping of methods and styles by artificial inte...
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Aiming at the ability structure and improvement path of preschool education vocational training, this paper focuses on the collaborative remodeling of curriculum, teaching and practice system, an...
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本文以新质生产力与低空经济的关系研究为起点,从劳动者、劳动资料与劳动对象三个维度阐释其对新质生产力跃迁的作用路径,指出技术创新的链式突破与产业融合的生态共生,能够显著提升劳动者素质、劳动资料的技术水平与劳动对象的开发深度。研究进一步讨论低空经济发展面临的核心技术依赖、人才供给不足与空域管理碎片化等约束,并提出以政产学研用协同创新为抓手的系统性对策。结论认为,构建“...
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《高等数学》是现代科学研究的基础和有力工具,对于材料科学更是如此。本文从高等数学与材料学科交叉结合的重要性入手,对其进行论述,并分析出目前教学过程中还存在的问题,最后进行改革,并提出解决办法,目的是能够在一定程度上为理工科交叉学科的基础数学教育提供一些可以借鉴的模式及经验,从而提升材料学科人才的培养质量。...
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