In the era of advancing science and technology, coupled with the booming industrial sector, precision and ultra-precision machining technology have emerged as pivotal forces in modern manufacturing. To nurture innovative and skilled professionals, this article meticulously explores the strategy and implementation of integrating science and education within the "Precision and Ultra-precision Machining" curriculum. By meticulously optimizing course content, establishing robust practical platforms, and fostering a science-education fusion, our objective is to elevate students' comprehensive quality and foster their innate innovation capabilities, ultimately contributing to the technological advancements and industrial prosperity of our nation.
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Kejun et al. (2024) studied this question.
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