企业"零差评"的用人满意度，更印证了三一职院人才培养的硬实力。2026年初，学校对合作的150余家行业领先企 业开展用人满意度专项调查，涵盖智能制造、工程机械、新能源等多个领域，最终收回的有效问卷中，企业满意 度达到100%，"愿意持续招聘""优先推荐同行录用"成为企业反馈的高频表述。斯伦贝谢北亚区招聘经理齐峰的评 价颇具代表性："三一职院学生有两个鲜明优势，一是动手能力强，这和学校大量的实操培训密不可分；二是品格 端正、志存高远，不局限于工作地点，这种灵活性在行业中很难得。" 长沙晚报掌上长沙1月28日讯（全媒体记者 张炎炎 通讯员 高妍）"两个月实习薪资就赚回了整年学费，毕业前就 能把三年学费赚回来。"对于三一职院工程2306班刘冬而言，这份来自海南华铁的实习成绩单，是对自己三年职校 生涯的最佳注解。从校园到企业，刘冬的成长轨迹，正是三一职院毕业生就业优势的生动缩影。2026年1月，该校 发布的企业用人满意度调查结果显示，合作企业对三一职院毕业生满意度高达100%，一众行业龙头企业招聘负责 人更是对三一职院学子给出了"零差评"的高度评价。 薪资与成长的双重突破，是三一职院毕业生就业质量的直观体现。刘冬所在 ...

在青海省推进职业教育高质量发展的时代大潮中，果洛藏族自治州职业技术学校如同一颗冉冉升起的新 星，正用充满活力的方式书写着民族地区职业教育的故事。 这里没有墨守成规，只有大胆突破。非物质文化遗产承载着藏族同胞千百年来的智慧与审美，也曾面临 传承断层的困境。 有了校企平台托底，学校将更多精力投入到教学核心建设中。在坚实的校企合作基础上，学校围绕果洛 本土非遗特色，构建起以唐卡绘制、果洛德昂洒智书法、果洛羊毛毡制作传统工艺为核心的特色课程体 系，开设唐卡设计基础、唐卡工艺简史等理论课程，着力培养懂技艺、通文化、会经营的复合型非遗代 表性传承人。 学校敞开校门，将国家级非遗代表性传承人请上讲台。青海省乡村工匠名师多杰加参与人才培养方案编 写，国家级非遗代表性传承人桑格达杰担任特聘名师，名师将自己诸多作品的制作过程分解为教学案 例。 "许多老艺人担心手艺会失传，年轻人觉得学这些赚不到钱。"果洛州职业技术学校校长斗玉恩坦言。 如何破解困局，转机始于2024年。在青海省"职业教育赋能高质量发展"的战略引领下，学校做出决定： 将本土非遗系统性纳入职业教育体系，开设工艺美术专业。 "我们不是在博物馆里保护非遗，而是要在活态传承 ...

Core Viewpoint - The establishment of the International Relations College at Qingdao Hengrui Technology College marks a significant step in the education sector, focusing on international talent cultivation, equipment research and development, and overseas enterprise services, thereby opening a new avenue for "integration of industry and education" in overseas services [1]. Group 1 - The college's construction adheres to the mission of serving the country and regional development, emphasizing the integration of industry and education, and forming a distinctive and advantageous educational pattern [1][3]. - The establishment of the International Relations College signifies a substantial advancement in supporting enterprises' overseas interests and empowering their international development [1][3]. Group 2 - The college aims to lead in serving enterprises going abroad by continuously integrating resources from schools and enterprises, focusing on the development of a talent training system, equipment research and development, and service innovation [5][7]. - A signing ceremony was held post-launch, where multiple overseas enterprises signed cooperation agreements with the International Relations College for talent delivery and equipment research and development [5].

Core Viewpoint - The vocational education sector in China is undergoing significant transformation driven by digitalization and intelligence, necessitating the development of a "dual-teacher" workforce to meet new productivity demands and support regional economic upgrades [1][6]. Current Situation: Structural Contradictions and Transformation Pains - By 2022, over 50% of vocational college professional teachers were expected to be "dual-teachers," but some institutions still have around 30% [2]. - There is an imbalance in "dual-teacher" capabilities, and collaboration between vocational colleges and enterprises often remains superficial, leading to a disconnect between teaching content and industry needs [2]. Path Exploration: Multi-Dimensional Collaboration to Build a "Dual-Teacher" Training Ecosystem - Vocational colleges should establish deep partnerships with enterprises to create a "practice-feedback-optimization" loop for "dual-teacher" training [3]. - Initiatives like "teacher enterprise practice positions" can enhance teachers' practical experience, integrating real projects into the curriculum [3]. Digital Empowerment: Building an Intelligent Support System for "Dual-Teacher" Capability Enhancement - Digital technologies offer new pathways for training "dual-teachers," including the establishment of hybrid training platforms and the use of virtual simulation technologies [4]. - Data analytics can personalize training content, while digital records of teachers' experiences can support career advancement [4]. Policy Incentives: Establishing a Long-Term Guarantee Mechanism for "Dual-Teacher" Development - A robust policy incentive system is essential for building a stable "dual-teacher" workforce, including clear standards for "dual-teacher" capabilities and performance assessments [5]. - Initiatives such as special funds for "dual-teacher" development can motivate teachers to enhance their skills and participate in academic activities [5]. Future Outlook: Empowering Vocational Education Modernization through "Dual-Teacher" Workforce - The construction of a "dual-teacher" workforce is crucial for the high-quality development of vocational education, requiring a collaborative mechanism involving government, institutions, enterprises, and digital empowerment [6]. - The focus on enhancing "dual-teacher" capabilities will help create a robust teaching staff that meets the demands of modern production and fosters skilled professionals [6].

Group 1 - The core viewpoint of the articles emphasizes the importance of high-quality composite talents in driving the development of digital trade in China, which is crucial for participating in global economic competition and upgrading foreign trade [1] - The integration of education and industry is highlighted as a key approach to break down barriers between education and industry, providing a new direction for cultivating talents who are proficient in technology, regulations, and practical skills [1] - Establishing a collaborative ecosystem between schools and enterprises is essential for nurturing composite talents, encouraging the development of reverse training programs based on real business standards in areas such as cross-border e-commerce and digital trade compliance [1][2] Group 2 - The articles suggest that universities and enterprises should jointly select valuable projects for teaching, such as designing annual operational plans for cross-border e-commerce platforms and assessing digital trade data security risks [2] - It is important to incorporate regional trade characteristics into training modules, as seen in the example of developing a "Vietnam Digital Trade Training Package" in Guangxi, which addresses specific cross-border e-commerce operations and compliance [2] - A collaborative evaluation system involving government, industry, and educational institutions is proposed to ensure comprehensive assessment of talent development, integrating compliance and industry adaptability into evaluation standards [3] Group 3 - The articles advocate for a process-oriented evaluation approach that reflects both theoretical knowledge and practical project outcomes, ensuring that the evaluation results feed back into the talent cultivation ecosystem [3] - Utilizing big data technology to analyze course quality and its influencing factors is recommended, allowing for targeted improvements in teaching methods and resources based on assessment data [3]

Core Points - The strategic cooperation agreement was signed between China Broadcasting Liaoning Network Co., Ltd. and Liaoning University, aiming to enhance collaboration in education and industry [1][18] - The partnership focuses on integrating educational resources and promoting innovation in the fields of journalism and communication [5][22] Group 1: Ceremony Details - The signing ceremony took place at Liaoning University, attended by key figures from both organizations, including the chairman of China Broadcasting Liaoning and the president of Liaoning University [1][18] - The agreement was signed by representatives from both parties, with several officials witnessing the event [9][26] Group 2: Statements from Leaders - Pan Yishan, the president of Liaoning University, emphasized the importance of this cooperation in deepening the integration of education and industry, and highlighted the establishment of a new journalism and communication department [5][22] - Yao Chunhua, chairman of China Broadcasting Liaoning, expressed gratitude for the collaboration, noting the company's strengths in broadcasting network construction and digital media services, and the potential for mutual benefits [7][24] Group 3: Future Collaboration - The partnership will focus on talent cultivation, joint research, and resource sharing, aiming for comprehensive cooperation [9][26] - The collaboration is expected to contribute significantly to the development of Liaoning's broadcasting industry and the university's talent training pathways [7][24]

Core Viewpoint - The establishment of the "Tongxin Workstation" represents a strategic collaboration between Harbin Mobile and Harbin Institute of Technology's School of Computing, aimed at enhancing technological innovation and addressing industry challenges through joint efforts in research and development [1][2][3] Group 1: Collaboration and Objectives - Harbin Mobile has a solid foundation of cooperation with Harbin Institute of Technology, focusing on core technologies such as 5G, cloud computing, and big data [1] - The "Tongxin Workstation" aims to deepen the collaboration between the university and the company, focusing on four core areas: political guidance, technological innovation, talent cultivation, and social service [1] - The workstation is envisioned as a platform to integrate technological innovations with industry needs, thereby driving high-quality development of the digital economy in Heilongjiang [1][2] Group 2: Vision and Future Plans - The School of Computing plans to use the workstation as a new service platform for non-party intellectuals, fostering a collaborative environment for idea generation and practical contributions [2] - Harbin Mobile intends to leverage its resources and technological advantages to stimulate innovation among non-party intellectuals and enhance the integration of industry, academia, and research [3] - The collaboration is expected to contribute significantly to the comprehensive revitalization of Heilongjiang, aligning with the goals of building a "Smart Longjiang" and "Digital Longjiang" [2][3]

Core Insights - The conference on high-quality textbook construction for the petroleum and chemical industry was held in Jinzhou, Liaoning, focusing on vocational education [1][2] - Emphasis was placed on aligning textbook development with the "14th Five-Year Plan" and national strategies for education, technology, and talent [1] Group 1: Key Requirements for Textbook Development - The need to uphold the fundamental task of moral education, ensuring a unified approach to value shaping, knowledge transmission, and skill cultivation [1] - The importance of deepening the integration of industry and education, creating a dynamic textbook system that reflects the characteristics of Liaoning's petrochemical industry [1] - The establishment of a collaborative mechanism involving government, industry, and educational institutions to support the integration of digital technology with teaching content [1] Group 2: Strategic Focus Areas - The focus on moral education and aligning knowledge transmission with value guidance and industry demand [1] - The emphasis on digital transformation through the use of artificial intelligence for dynamic content updates and interactive teaching [1] - The need for a collaborative model where enterprises express needs, schools develop content, and industries ensure quality, enhancing the textbook quality evaluation system [1] Group 3: Industry Perspectives - The construction of textbooks is seen as a strategic pivot for enhancing talent cultivation quality and strengthening the core competitiveness of educational institutions [2] - The necessity to align educational content with industry demands, integrating new technologies, processes, and standards into teaching [2] - The promotion of a collaborative development mechanism between schools and enterprises to address the disconnect between learning and application [2]

Core Points - The 21st "Shennan Circuit Cup" Aviation Model Competition took place in Shenzhen, attracting over 650 students from nearly 200 schools and institutions [1][3] - The event aims to popularize aviation science among youth and foster innovation talent development [3] - The competition features various events such as rotor racing, fixed-wing flying, and rocket gliding, aligning with educational philosophies in technology [3][4] Group 1 - The competition has been successfully held since 2005, emphasizing the importance of youth engagement in aviation and aerospace fields [3] - The event is guided by the China Aeronautics Society and organized by the Guangdong Aerospace Society, showcasing a collaborative effort in promoting aviation education [3] - The opening ceremony highlighted the potential for students' experiences in model aircraft to translate into future innovations in the aerospace sector [3] Group 2 - The event included impressive aerial performances, such as helicopter stunts and fixed-wing aerial combat, captivating the audience [4] - An interactive experience area allowed youth to engage in hands-on activities, such as building model airplanes and VR flight simulations, enhancing their understanding of aviation technology [4] - The competition serves as a platform for exploring future talent cultivation models, integrating technology education with practical experiences [3][4]

Core Insights - The event held on September 16 in Shenyang showcased the importance of universities as sources of technological innovation, facilitating the transformation of academic research into practical applications for regional economic development [1][2] Group 1: Event Overview - The third Liaoning University-Enterprise Collaborative Technology Innovation Partnership Action attracted over 90 universities, 300 research teams, and 500 enterprises and technology service organizations [1] - The event featured over 700 high-value technological achievements across six key areas: new generation information technology, advanced manufacturing, new energy, biomanufacturing, modern agriculture, and intelligent cultural creation [1][2] - The total transaction value of collaborations exceeded 1 billion yuan [1] Group 2: Collaboration and Agreements - Five universities, including Northeastern University and Harbin Institute of Technology, signed cooperation agreements with companies like Northeast Huaneng and China Resources Power on projects related to strategic metal materials and new energy [2] - A total of nine major technological achievements were successfully transformed into practical applications through these agreements [2]