成绩令人瞩目，但这些变化背后的创新与突围，更值得关注。学科化、院系制的培养模式逐渐被打破， 教育科研更加紧密地对接产业需求。比如，在华东理工大学国家卓越工程师学院，招生面试专家组由校 企联合组建，企业专家占比达到70%，组长通常由企业方担任；校企联合开发课程，企业专家从培养方 案阶段便深度参与。从招生要求、课程设计到培养方案、评价方式，企业投入和重视程度越来越高，校 热企冷的问题正在破局。 产教深度融合，悄然成为高层次科技人才尤其是卓越工程师的重要培育模式。 读研3年，超过一半时间在企业实践，作为校企联合培养的专项研究生，华北电力大学2025届毕业生李 家兴的求学经历，和之前的学生已有较大区别。上学期间，他就开始在中国大唐集团生产场景中探索研 发新能源场站自取能微型探测装置。如今，相关成果已在2个水电站成功测试验证。他也凭这一实践成 果通过毕业答辩，入职中国大唐集团。 由校企共同招生，共出师资，共建课程，共同面对企业和市场提出的挑战性创新课题，并共享成果…… 近年来，在工程教育领域，一体推进教育科技人才发展的新机制不断涌现并逐步完善，让人才培养更加 符合成长规律、更加契合社会需要。 卓越工程师培养是教育、科技 ...

Group 1 - The first "Excellence Engineer Education Certification Standards" has been released, marking a significant reform in the organized and large-scale training of excellent engineers in China, with nearly 26,000 master's and doctoral students recruited through school-enterprise collaboration, over 2,000 of whom have graduated and entered the workforce [3] - Shanghai universities are pioneering a new model for cultivating excellent engineering talent, which is replicable and scalable, with plans for cross-regional recruitment of around 60 engineering master's and doctoral students in collaboration with higher research institutes in Ningxia, Qinghai, and Anhui [3] - The collaboration between East China University of Science and Technology (ECUST) and Ningxia Higher Research Institute aims to cultivate practical talents who understand both technology and industry, addressing the core needs of regional development [5] Group 2 - The innovative "waste-to-waste" technology developed by a doctoral student is set to enter the pilot testing phase, potentially saving enterprises millions in pollution control costs [6] - In 2024, ECUST plans to enroll 49 engineering master's and doctoral students, accounting for 21% of the total enrollment at Ningxia Higher Research Institute, with ongoing recruitment efforts extending to Anhui and Qinghai [6] - A collaborative project between ECUST and a local water company has led to the development of a "smart water management platform," which is expected to enhance wastewater treatment capabilities significantly [12] Group 3 - The establishment of the Ningxia Higher Research Institute represents a strategic partnership aimed at addressing the urgent needs for industrial upgrading and green transformation in the Ningdong region, which is the largest coal chemical industry base in China [9] - ECUST has initiated a series of cooperative projects, including the establishment of a national innovation center in Ningdong, focusing on key technologies for digital and green transformation [10] - The collaboration has resulted in over 35 cooperative projects with a total investment exceeding 180 million yuan, demonstrating the effectiveness of integrating education and industry [12]

Core Viewpoint - The Beijing Municipal Education and Technology Talent Work Leading Group Office has issued measures to strengthen the construction of an excellent engineer team, introducing 18 specific initiatives across five major areas to create a comprehensive support system for talent development [1] Group 1: Integration of Industry and Education - The measures promote the establishment of city-level industry-education integration innovation consortia, focusing on strategic emerging industries and future industries in Beijing [1] - The goal is to create a collaborative operational mechanism involving multiple entities such as universities and enterprises, aimed at developing new talent training models that address real engineering problems [1] - Financial support will be provided for innovation consortia that align with key industry development directions, and there will be recommendations for national-level excellence in engineering research institutes and practice bases [1] Group 2: Talent Development and Incentives - The measures emphasize the cultivation of backup talent and the attraction of skilled professionals to form a "full-chain" support system for the growth and development of engineers [1] - Collaboration with the Chinese Academy of Engineering will be enhanced to involve academicians in the construction of innovation consortia, increasing the focus on industrial cooperation and the training of excellent engineers [1]

Core Viewpoint - The establishment of Jiangnan University's National Excellence Engineer College marks a significant advancement in high-level engineering talent cultivation and the quality development of the college [2] Group 1: Institutional Development - The college aims to align with the Ministry of Education's collaborative education requirements, focusing on internal support mechanisms, school-enterprise collaboration, and city-school co-construction [2] - Jiangnan University has set up 15 engineering technology centers to leverage its academic strengths and address key areas urgently needed by national strategies [2] - The college has received support from various industry-leading enterprises and government departments, forming a council to oversee its operations and development [3] Group 2: Collaboration and Industry Engagement - The college has implemented a council system that includes major enterprises such as Poly, China Resources, and Sinograin, promoting a joint training model that synchronizes academic and innovative resources [3] - A career navigation event was held, allowing students to interact with industry leaders from companies like China National Pharmaceutical Group and Longxin Technology, providing insights into industry trends and career paths [4] - The collaboration aims to integrate students' practical achievements into a scientific degree evaluation system, facilitating their career development [3]

Core Viewpoint - The Ministry of Education and the National Language Resources Monitoring and Research Center have launched the "Top 10 Education Reform Buzzwords for 2025," highlighting key initiatives aimed at advancing educational reform and quality in China [40]. Group 1: Major Education Reform Buzzwords - "Big Ideological and Political Course" aims to integrate traditional ideological education with real-world examples to enhance students' understanding of socialist values and national stories [40][41]. - "Daily Exercise for 2 Hours" mandates that primary and secondary school students engage in at least 2 hours of physical activity daily, promoting health and fitness [42]. - "Adjustment and Optimization of Subject and Major Settings" focuses on aligning higher education programs with national strategic needs and industry developments, enhancing talent quality and adaptability [43]. - "Transformation of University Scientific Achievements" emphasizes the importance of converting academic research into practical applications to foster economic and social development [44][45]. - "Cultivation of Excellent Engineers" aims to develop high-level engineering talents through a collaborative education model that integrates industry needs with academic training [46]. - "County High School Revitalization" seeks to improve the quality of education in rural areas by optimizing resources and enhancing teaching conditions [47]. - "Free Year of Preschool Education" will eliminate fees for the final year of public kindergarten starting in the 2025 academic year, promoting educational equity [48]. - "Expansion of Quality Undergraduate Education" focuses on increasing enrollment in top-tier universities while ensuring quality through targeted adjustments in program offerings [50]. - "New Dual High Standards in Vocational Education" aims to enhance vocational training by aligning educational programs with industry demands and national strategies [51]. - "Education Collaborative Network" promotes cooperation among schools, families, and communities to support student development and well-being [52].

Core Viewpoint - The article discusses the "Top Ten Education Reform Buzzwords for 2025" released by the Ministry of Education, highlighting key initiatives aimed at advancing educational reform and strengthening the education system in China [3][4]. Group 1: Major Educational Initiatives - "Big Ideological and Political Course" aims to integrate social resources into education, focusing on practical education that aligns with Xi Jinping's thoughts on socialism with Chinese characteristics [3][4]. - "Daily Exercise for 2 Hours" mandates that primary and secondary school students engage in at least 2 hours of physical activity daily, as part of a broader initiative to enhance student health [6]. - "Adjustment and Optimization of Subject and Major Settings" involves systematic changes to higher education programs to better align with national strategic needs and industry developments, including the introduction of new disciplines like artificial intelligence and integrated circuits [7]. Group 2: Technology and Innovation in Education - "Transformation of University Scientific Achievements" focuses on enhancing the integration of education and technology, promoting the commercialization of research outcomes through various methods [8][9]. - "Cultivation of Excellent Engineers" emphasizes training high-level engineering talents through a collaborative education model that integrates industry needs and practical problem-solving [10]. Group 3: Enhancing Educational Access and Quality - "Revitalization of County High Schools" aims to improve the quality of education in rural areas by optimizing resource allocation and enhancing teaching conditions [11]. - "Free Year of Preschool Education" will eliminate fees for the final year of preschool education in public kindergartens starting in the fall of 2025, addressing public concerns about educational costs [12]. - "Expansion of Quality Undergraduate Education" seeks to increase enrollment in high-quality undergraduate programs, particularly in fields aligned with national needs [13]. Group 4: Vocational Education and Community Collaboration - "New Dual High Standards in Vocational Education" focuses on enhancing vocational education to better serve industry needs and societal development, with a strong emphasis on practical skills [14]. - "Educational Alliance" promotes collaboration among schools, families, and communities to support student development and address challenges in their growth [15][16].

Core Viewpoint - The cultivation of outstanding engineers is essential for the integrated development of education, technology, and talent, as well as a pressing need for building a modern industrial system [1] Group 1: Progress in Engineer Training - Since the reform began, nearly 26,000 engineering master's and doctoral students have been recruited through school-enterprise collaboration, with over 2,000 graduates now working in the industry [1] - The organized and large-scale training of engineering master's and doctoral students through school-enterprise collaboration has opened new pathways for the independent cultivation of strategic talents [1] Group 2: Breaking Traditional Models - The reform breaks the traditional model of engineering talent cultivation, which relied heavily on universities, by introducing a school-enterprise council system and implementing joint recruitment and alternating training [2] - Engineering master's students are required to have at least one year of practical experience in enterprises, while doctoral students must have at least two years [2] - This new model enhances graduates' practical abilities, allowing them to adapt to job roles more quickly [2] Group 3: Emphasis on Practical Outcomes - The first cohort of over 2,000 engineering master's graduates has achieved more than 2,500 innovative outcomes, including over 300 engineering practice results and 800 intellectual property results [3] - The training process emphasizes the ability to innovate and solve complex engineering problems, with enterprises identifying over 10,000 issues for research and practical projects [3] - A total of 200 core courses have been developed in collaboration with enterprises, facilitating shared resources between schools and companies [3] Group 4: Focus on Key Industries - The Ministry of Industry and Information Technology has recommended over 100 specialized small and medium-sized enterprises and manufacturing champions for collaboration in training engineering master's and doctoral students [4] - There is a strong demand for talents in high-tech fields, necessitating professionals with solid theoretical foundations and strong innovative capabilities [4] - New educational platforms have been established to focus on key areas such as integrated circuits, artificial intelligence, and biomedicine, forming a comprehensive training framework [4] Group 5: Achievements in Practical Training - Graduates have gained a deeper understanding of cutting-edge technologies and practical applications through hands-on learning in research settings [5] - The training aims to meet real demands, solve genuine problems, and produce tangible results, effectively bridging the gap between education and industry [5] Group 6: Collaborative Efforts - A notable achievement includes the first engineering doctoral degree awarded based on practical outcomes, marking a significant step in reforming the evaluation system for engineering degrees [6] - Over 60 engineering master's and doctoral students have received degrees based on practical results, indicating a shift towards aligning academic standards with industry needs [6] - Companies are encouraged to actively participate in the training process to ensure that the practical outcomes align with industry challenges [7]

Core Viewpoint - The Ministry of Education has announced the fourth batch of universities to establish National Excellent Engineer Colleges, aiming to reform undergraduate education through a pilot program that integrates undergraduate and graduate training [1]. Group 1: National Excellent Engineer Colleges - A total of 50 National Excellent Engineer Colleges have been established across the country, with the recent addition of 10 universities including Beijing University of Chemical Technology [1]. - The colleges will adopt a school-enterprise co-construction model, involving 42 universities and 8 enterprises to jointly conduct master's or doctoral degree education in engineering [1]. - The program has focused on key areas such as integrated circuits, artificial intelligence, and biomedicine, having trained nearly 26,000 engineering master's and doctoral students over the past three years, with over 2,000 graduates entering the workforce [1]. Group 2: Educational Reform and Development - The new colleges will pilot an integrated training mechanism for undergraduate and graduate students, aiming to address complex engineering problems and enhance interdisciplinary collaboration [1]. - The Ministry of Education emphasizes the importance of ideological and political education for excellent engineers, encouraging the use of corporate culture and major engineering projects as educational resources [1]. - Future plans include promoting the establishment of overseas excellent engineer colleges in collaboration with leading enterprises, and advancing international recognition of engineering education [2].

Group 1 - The Ministry of Education announced the fourth batch of universities approved for the construction of National Excellent Engineer Colleges, totaling 10 institutions [1] - The initiative aims to deepen the integration of education and industry in the training of master's and doctoral engineers, aligning with national strategic talent development goals [1][2] - A total of 42 universities have been approved for the construction of National Excellent Engineer Colleges across four batches [3] Group 2 - The reform in training excellent engineers has seen nearly 26,000 master's and doctoral students jointly recruited and trained by universities and enterprises, with over 2,000 graduates already employed [2] - The approach includes breaking traditional disciplinary barriers in engineering education and establishing a council responsible for university-enterprise collaboration [2] - The establishment of 50 National Excellent Engineer Colleges and innovation research institutes in key regions like Beijing, Shanghai, and the Guangdong-Hong Kong-Macau Greater Bay Area is part of the strategy [2]

Core Viewpoint - The establishment of the "Excellence Engineer Education Certification Standards" aims to enhance the collaboration between universities and enterprises in engineering talent cultivation, addressing the disconnect between education and industry practices [1]. Group 1: Standards and Mechanisms - The new standards emphasize a "Four Collaborations" and "Four Connections" mechanism, requiring joint recruitment, training, topic selection, and sharing of outcomes between universities and enterprises [1]. - The standards also call for mutual access to faculty, integration of curricula, shared platforms, and streamlined policies to resolve the challenges in engineering talent development [1]. Group 2: Policy Context and Goals - The "14th Five-Year Plan" highlights the need for a modern industrial system centered on advanced manufacturing, which raises the bar for the knowledge structure, capabilities, scale, and training paradigms of engineering talent [1]. - The Ministry of Education stresses the importance of deep integration of industry and education as a key reform breakthrough, aiming to mobilize both universities and enterprises to explore and establish a unique Chinese model of collaboration [1]. Group 3: Implementation and Requirements - The "Four Collaborations" and "Four Connections" mechanism is identified as a core initiative for deepening the integration of industry and education, leveraging China's systemic advantages [1]. - The standards mandate that engineering master's students must engage in at least one year of practical experience in enterprises, while engineering doctoral students must have at least two years, ensuring close alignment between talent training and industry needs [1].