中国轻工教育

天津作为中国近代工业重要策源地,其高校工程教育转型既肩负着历史使命,也直面全球产业变革与国家战略部署的新要求。天津市高校以专业智能化改造为核心抓手,系统推进新兴交叉专业布局与传统专业智能化升级;以产教融合协同育人为主要载体,依托天开高教科创园、卓越工程师学院、现代产业学院等平台深度实施项目式教学;以“中央—地方—高校”外部协同与“学校—院系—专业”内部联动为治理保障,开展具有区域特色的工程教育转型实践探索。未来,天津市高校工程教育发展需进一步深化教育链、人才链、产业链、创新链“四链融合”生态系统,推动评价体系从单一指标向综合导向变革,强化数智技术对学科专业体系与教学范式的重塑,进而为全国先进制造研发基地建设与推进新质生产力发展提供工程人才支撑。

As an important birthplace of modern industry in China, Tianjin bears the historical mission of engineering education transformation in its universities, while also facing new demands arising from global industrial changes and national strategic deployments. Universities in Tianjin have adopted intelligent upgrading of specialties as their core lever, systematically promoting the development of emerging interdisciplinary programs alongside the intelligent transformation of traditional disciplines. With industry-education integration and collaborative talent cultivation as a primary vehicle, project-based teaching has been deeply implemented through platforms such as the Tiankai Higher Education Innovation Park, the colleges of excellent engineer education, and Modern Industrial Colleges. Governance has been ensured through the external synergy of “central government-local government-universities” and the internal linkage of “university-faculty-program”, facilitating the practical exploration of engineering education transformation with regional characteristics. In the future, the development of engineering education in Tianjin universities needs to further deepen the “four-chain integration” ecosystem, linking the education chain, talent chain, industrial chain, and innovation chain. It should also promote the transformation of the evaluation system from single indicators to comprehensive guidance, and strengthen the reshaping of disciplinary systems and pedagogical paradigms through digital and intelligent technologies, thereby providing engineering talent support for the development of a national advanced manufacturing R&D base and the advancement of new quality productive forces.