泰国中部一区职业教育中心主任诺彭在致辞中表示，共同体依托泰国鲁班工坊将有力推动汽车智能制造行业 的转型升级，为泰国乃至东盟区域参与全球竞争奠定坚实人才基础。 仪式现场。人民网记者 简承渊摄 泰国大城技术学院院长玛悠丽在致辞中强调，从全球首个鲁班工坊落地泰国，到今日共同体的成立，职业教 育始终是泰中两国协同发展的桥梁。中国新能源汽车产业将为泰国及东盟创造高质量的就业机遇，共同体的成立 将加速产教资源融合，为区域发展注入可持续动能。 人民网曼谷8月21日电（记者简承渊）当地时间15日，"中国-泰国汽车智能制造行业产教融合共同体"（以下 简称"共同体"）成立仪式暨中泰职业教育产教融合国际研讨会在泰国大城府举行。中泰两国教育官员、院校代 表、相关行业企业、教育研究机构代表莅临会议。本次活动的成功举办，不仅为中泰职教合作树立了新标杆，也 为鲁班工坊品牌注入了新活力。 在成立仪式上，泰国职业教育委员会助理秘书长素拉鹏表示，共同体在促进泰中职业教育协同发展中具有重 要意义，共同体精准对接了泰国国家技能发展框架（NSDF）和"泰国4.0"战略，将为泰国汽车产业注入创新活 力，泰国职业教育委员会将大力支持共同体建设，助力本土技 ...

Core Insights - The current demand for engineering talent in China is shifting from a "large and comprehensive" approach to a more specialized focus, emphasizing the need for interdisciplinary and innovative skills in the era of artificial intelligence [1][2][3] - Over 80% of academic disciplines in Chinese universities are products of the first three industrial revolutions, leading to issues such as outdated curricula and a mismatch between educational outcomes and industry needs [1][2] - The Ministry of Education has initiated a reform plan aiming to optimize and adjust 20% of academic programs by 2025, resulting in a significant number of new and discontinued engineering programs [5][9] Group 1: Industry Needs and Educational Reform - The engineering education system in China is facing challenges due to the traditional emphasis on specialization, which limits the breadth of knowledge and innovation capabilities among graduates [1][2] - Universities are increasingly collaborating with government and industry to cultivate engineering talent, with many institutions reforming their academic structures to better align with market demands [3][5] - The establishment of new colleges and programs focused on artificial intelligence and interdisciplinary studies is becoming a trend among leading universities, such as Shanghai Jiao Tong University and Peking University [3][4] Group 2: Program Adjustments and Trends - Since the implementation of the reform plan, 3,229 new undergraduate programs have been established, while 2,534 programs have been discontinued, with engineering disciplines seeing the most significant changes [5][9] - The most added engineering programs include those related to artificial intelligence, smart construction, and renewable energy, reflecting a shift towards emerging technologies [9][10] - The focus on practical and innovative teaching methods, such as project-based learning and industry collaboration, is being emphasized to enhance students' problem-solving skills and engineering thinking [4][12]

Core Viewpoint - The article highlights the successful integration of vocational education and industry practice through the collaboration between Shanghai Civil Aviation Vocational College and Spring Airlines, exemplified by the experience of teacher Wu Jianghua, who transitioned from teaching to practical training in the aviation sector [1][12]. Group 1: Collaboration and Training Initiatives - The modern apprenticeship pilot project between the Civil Aviation Vocational College and Spring Airlines officially started in February 2024, with Wu Jianghua serving as both project leader and a mentor for the 2023 apprentice class [3]. - Wu Jianghua participated in nearly 400 hours of intensive training alongside students, covering essential topics such as aviation regulations, aircraft equipment, and safety protocols, culminating in the successful completion of over 30 rigorous assessments [3][4]. Group 2: Practical Experience and Skill Development - After completing ground training, Wu Jianghua advanced to the flight operation phase, where she actively participated in flight duties, ensuring meticulous attention to detail in safety checks and service procedures [5]. - During her time in the air, she completed 20 flight segments and over 50 hours of flight tasks, demonstrating exceptional professional skills and practical abilities [5]. Group 3: Impact on Vocational Education - Wu Jianghua's experience represents a significant shift towards the "integration of knowledge and action" in vocational education, allowing her to bring real-world practices back to the classroom, thereby enhancing the collaboration between educational institutions and the aviation industry [12]. - This journey has provided valuable insights into transforming theoretical knowledge into practical skills, offering a replicable model for training "dual-qualified" teachers in vocational education [12].

Core Insights - The article discusses the recent visits by the chairman of a school to various companies in Beijing and Tianjin to enhance industry-education integration and promote cooperation between educational institutions and enterprises [1] Group 1: Industry-Education Integration - The school aims to deepen cooperation with Tianjin Binhai Xunheng Technology Group, focusing on building an industry academy and enhancing collaboration in digital economy education [3] - The chairman emphasized the necessity of expanding cooperation depth and breadth in light of the booming digital economy [3] - The partnership will focus on constructing a digital economy academy, optimizing curriculum systems, and developing a talent training base [3] Group 2: Cultural and Tourism Development - The chairman visited the Wuqing Canal Cultural Square to understand its planning, cultural integration, and operational management [4] - The Wuqing Canal Night City project is highlighted as a key cultural and tourism integration demonstration project in Tianjin [4] - The school plans to leverage its strengths in cultural creativity and tourism management to empower regional economic and social development [4] Group 3: Talent Development and Collaboration - At Beijing Gongcheng Mingjiu Education Group, discussions centered on joint talent cultivation and the establishment of training bases [6] - The education group has rich experience in industry-education integration and aims to enhance cooperation in talent standards alignment and curriculum optimization [6] - The goal is to provide students with broader growth platforms through deeper collaboration with enterprises [6] Group 4: Technological Innovation - During the visit to Beijing Taiyang Hezheng Technology Development Co., the chairman explored the company's advancements in technology product development and market promotion [8] - The company focuses on technological innovation in smart hardware and information technology applications [8] - Future collaboration will include teacher training, technology achievement transformation, and school information construction [8] Group 5: Overall Objectives - The visits aim to establish communication bridges between the school and various enterprises [8] - The school intends to actively promote the implementation of collaborations and explore new models of industry-education integration [8] - The overarching goal is to cultivate high-quality technical and skilled talents that meet the demands of the new era and drive the school's high-quality development [8]

Group 1 - The article emphasizes the importance of attracting high-level talent to drive industrial development and achieve high-quality growth, with specific policies being implemented in various regions, such as Heilongjiang Province's new regulations targeting talent aligned with national and local industrial needs [1] - Various regions have introduced policies to foster high-level talent innovation and entrepreneurship, including project funding reforms and talent evaluation reforms, which have effectively stimulated innovation and facilitated the transformation of scientific achievements [1][2] - There is a growing recognition of the need for talent mobility and collaboration across regions, with efforts to break down institutional barriers and optimize talent resource allocation to support industrial development [1][2] Group 2 - Challenges remain in leveraging high-level talent for industrial development, including a shortage of key technical personnel and insufficient attractive career opportunities in certain industries [2] - The article suggests that long-term efforts are needed to enhance industry-education integration, improve industrial levels, and provide comprehensive services across the entire industrial chain to better support high-level talent [2] - Encouraging collaboration between enterprises and educational institutions is highlighted as a way to ensure that talent cultivation aligns with industry needs, creating a seamless connection from talent demand to training and application [2][3] Group 3 - The article advocates for strengthening collaborative innovation services across industries and disciplines, promoting the free flow and optimal allocation of innovation resources by breaking down information barriers [3] - Establishing industrial innovation alliances is proposed as a means to leverage diverse talents in collaborative innovation to address challenges in industrial development [3]

Group 1: Core Insights - The article emphasizes the development of a new model for integrated urban and industrial growth in Tianjin's Xiqing District, focusing on creating a high-quality innovation hub in the Beijing-Tianjin-Hebei region [1][5] - The Xiqing Economic and Technological Development Zone has attracted 288 new enterprises in the first half of the year, showcasing significant advancements in smart manufacturing and digital transformation [2][5] - The establishment of partnerships with Beijing's innovation resources has led to over 10 projects being signed, enhancing the region's technological capabilities [2][3] Group 2: Industry Collaboration - The article highlights the importance of industry chain collaboration, with local policies facilitating rapid commercialization of research outcomes and fostering deep integration of technology and industry in sectors like smart connected vehicles and biomedicine [3][5] - The construction of innovation platforms, such as the synthetic biology innovation transformation platform, supports the growth of biotech companies by providing essential services from research to pilot testing [3][5] Group 3: Talent Development - The integration of education and industry is emphasized, with Tianjin University playing a crucial role in supplying talent and intellectual support for regional development through collaborative programs [4][5] - The article notes that the synergy between government support and a robust industrial ecosystem has attracted high-end talent, enabling local companies to advance from "Made in China" to "Created in China" [4][5]

Core Insights - The "Smart Oil Tea · Green Building Guangdong Dream" team from Guangdong Ecological Engineering Vocational College is conducting an eight-day action for the revitalization of the oil tea industry in Longchuan County, Guangdong Province, focusing on a "five-dimensional collaboration" model involving research, education, enterprises, government, and farmers [1][5]. Group 1: Research Empowerment - The team, guided by experts from the Guangdong Academy of Forestry Sciences, is utilizing new technologies for drone inspections and forest monitoring, and has implemented the "Lingnan Soil Intelligent Network Database Management Software" for soil data collection and analysis [1]. - A "High-Efficiency Cultivation Technology Manual for Guangdong Oil Tea" has been compiled in collaboration with research institutions, along with a promotional brochure titled "Popular Science on Longchuan Oil Tea" aimed at educating farmers and the public [1][3]. Group 2: Education and Industry Integration - The team has facilitated the inclusion of Huangshi Vocational High School into the "Guangdong Forestry Vocational Education Group," establishing an oil tea science promotion room and a 10,000 square meter labor education practice base [3]. - A partnership with Guangdong Xinghui Biotechnology Co., Ltd. has been formed to create a school-enterprise practice base, enhancing student training and technical service channels for enterprises [3]. Group 3: Smart Agriculture Application - Utilizing remote sensing, GIS, and GPS technologies, the team has conducted high-precision mapping of nearly 40,000 acres of oil tea forests in Huangshi Town, establishing a distribution pattern database [3]. - Soil sampling and profile investigations have been carried out, providing a scientific basis for fertilization and precision management [3]. Group 4: Cultural Promotion - The team has created an oil tea-themed cultural mural and produced documentaries and promotional videos to tell the story of the oil tea industry's revitalization and promote the concept of green development [3][5].

Group 1 - The conference focused on the theme of "Good Houses, Good Construction, Good Vocational Education" and aimed to integrate various sectors for high-quality development in the construction industry [1][2] - Key points discussed included the need for vocational education to align with regional industry needs, optimize course systems, and enhance teacher training to support the construction sector [1][3] - The importance of deep collaboration between schools and enterprises was emphasized as essential for promoting industry-education integration and developing high-quality technical talent [3] Group 2 - The construction of "Good Houses" requires a shift in mindset, emphasizing personalized needs and sustainable development in product construction [2] - The rapid advancement of digital technology and artificial intelligence presents both opportunities and challenges for the construction industry, necessitating changes in vocational education to keep pace with industrial development [2] - The application of new technologies, such as drones, in various stages of construction is seen as a significant opportunity to enhance quality control and create new market demands [2]

Core Viewpoint - Beijing University of Aeronautics and Astronautics (BUAA) has established itself as a leading institution in aerospace education and research, achieving significant milestones in service to national strategic needs and innovation in the aerospace sector [1][2][5]. Group 1: Historical Context and Development - BUAA was founded in 1952 to address the strategic needs of China's aviation sector, evolving from a merger of various aviation departments from other universities [2]. - The university has a rich history, including the development of China's first light passenger aircraft, "Beijing-1," showcasing its commitment to national aerospace development [3]. Group 2: Research and Innovation - BUAA has implemented an organized research system that integrates various disciplines, addressing challenges such as resource fragmentation and insufficient collaboration [4]. - The university has established specialized research institutes and laboratories, leading to numerous world-class innovations, including a solar-powered micro-drone and a biomimetic compass [4][5]. Group 3: Educational Initiatives - BUAA has launched a comprehensive educational strategy that includes 100% of provincial-level laboratories offering "research classrooms" for undergraduates, enhancing hands-on learning experiences [10][11]. - The university emphasizes interdisciplinary collaboration, creating a "disciplinary ecosystem" that integrates aerospace studies with other fields such as artificial intelligence and materials science [7][8]. Group 4: Industry Collaboration and Practical Training - BUAA has strengthened its ties with industry through initiatives like the "social classroom" concept, allowing students to engage deeply with real-world projects and industry practices [12]. - The university's National Excellence Engineer Academy focuses on practical training, bridging the gap between academic knowledge and industry requirements [12].

Core Insights - The first global humanoid robot sports event showcased the evolution of humanoid robots from performance to competition and practical applications, highlighting the increasing demand for skilled talent in this field [1] Group 1: Market Demand and Talent Shortage - The humanoid robotics sector experienced a staggering 398.1% year-on-year increase in job postings in Q2 2025, indicating a significant surge in demand for talent [2] - The current talent shortage is particularly acute in algorithm-related roles, including embodied large models, reinforcement learning, and control algorithms, as well as hardware and software positions [2] - The industry is still in a critical phase of technology development and scenario validation, necessitating urgent recruitment for roles focused on technical research and system optimization [2] Group 2: Salary Insights - The average monthly salaries for top technical positions in the robotics field are as follows: robot algorithm engineers at 25,368 yuan, navigation and positioning engineers at 21,066 yuan, and mechanical structure design engineers at 15,266 yuan [3] Group 3: Educational Integration and Practical Training - The 2025 World Humanoid Robot Games served as both a competition and a training ground for talent, providing a platform for students to apply their knowledge in practical scenarios [6] - Educational institutions are increasingly focusing on integrating competition into their curricula to enhance learning outcomes and foster interdisciplinary skills among students [6][7] - The collaboration between industry and educational institutions is crucial for aligning talent supply with market demand, emphasizing the importance of regular communication and practical training opportunities [8]