【摘要】 在深化教育改革的背景下，科产教融合成为推动人才培养模式创新的重要路径，旨在有效对接教育体系与产业需求，培养符合现代产业发展的高素质复合型人才。以纳米新材料为代表的前沿领域，对国家经济与科技发展至关重要，对人才的综合素质提出了更高的要求，不仅需要扎实的专业基础，还强调拥有跨学科整合能力与创新思维。当前，如何构建适应纳米新材料发展需求的人才培养体系，已成为新工科建设的关键课题。文章聚焦产教协同育人机制，系统分析该领域人才培养面临的现实挑战，并提出前瞻性的优化路径。更多还原

【Abstract】 In the context of deepening educational reform, the integration of science, industry, and education has become an important path for promoting innovation in talent cultivation models. It aims to effectively align the education system with industry needs and cultivate high-quality, versatile talents that meet the development of modern industries. Frontier fields represented by novel nanomaterial are crucial to national economic and technological development, and they place higher demands on the comprehensive quality of talents. Not only does a solid professional foundation is required, but also interdisciplinary integration ability and innovative thinking are emphasized. Currently, how to build a talent cultivation system that meets the development needs of novel nanomaterial has become a key issue in the construction of new engineering disciplines. This article focuses on the mechanism of collaborative education between industry and education, systematically analyzes the practical challenges faced by talent cultivation in this field, and proposes forward-looking optimization paths.更多还原