第三批省级现代产业学院申报以区域产业发展急需为牵引，重点面向应用型高校，申报主体为行 业特色鲜明、与产业联系紧密，并已取得一定政策支持的二级学院，一般应为学校重点建设的校 级现代产业学院。如由成都航空职业技术大学无人机产业学院（人工智能学院）、供应链管理学 院联合四川省低空经济产业发展有限公司等企业以及四川省职业能力建设协会共同申报的四川省 低空经济产业学院。 省教育厅要求各项目高校严格对标《四川省特色学院建设管理办法》明确的目标任务，细化建设 方案，聚焦服务国家重大战略和区域经济社会发展需求，着力培养契合产业发展需要的高素质复 合型、应用型和创新型人才。省教育厅将会同相关部门对现代产业学院开展全周期质量监测与成 效评估，并根据评估结果实行动态调整，确保建设成效。 本报讯（四川日报全媒体记者 江芸涵）记者2月24日从省教育厅获悉，按照《四川省教育厅关于 开展第三批省级现代产业学院建设工作的通知》安排，经学校申报、专家评审、厅党组会审议等 程序，四川确定立项建设第三批省级现代产业学院项目43个、培育项目12个。 ...

Group 1 - The core viewpoint emphasizes the integration of modern industry colleges and new engineering disciplines to meet industry demands and enhance talent cultivation [1][2] - Modern industry colleges are designed as new educational platforms that focus on multi-party collaboration, resource integration, and alignment with economic and technological innovation needs [1][4] - The shift from traditional discipline-based education to a demand-oriented talent cultivation model aims to address the structural mismatch between talent supply and industry needs [2][3] Group 2 - The new engineering talent cultivation system focuses on practical innovation capabilities and problem-solving skills, adapting to the requirements of the new technological revolution [3][4] - The curriculum is being optimized to promote interdisciplinary integration and practical application, ensuring that students are equipped with relevant skills for future industry demands [3][5] - A collaborative governance structure involving universities, government, and enterprises is essential for effective talent development and resource sharing [4][5] Group 3 - The establishment of a quality assurance system is crucial for maintaining high standards in new engineering education, with a focus on continuous improvement and dynamic monitoring [5] - Teacher development and the establishment of a diverse evaluation mechanism are necessary to enhance the quality of education and align it with industry needs [5][6] - The integration of practical training and theoretical knowledge is vital for preparing students to tackle complex engineering challenges in real-world scenarios [4][5]