创新引领未来，协同成就梦想。12月5日，盐城环保高新区与盐城工学院共同召开"双高协同"产学研对接大会。会议聚焦"双高协同"目标，深入对接政校 企需求，精准匹配各方资源，生动展现区域创新驱动发展的合力与实践。 活动期间，还同步举行了科技成果集市，推介相关科创孵化基金，路演恶臭与异味生物净化技术及装备等项目，并赴立铠精密科技(盐城)有限公司、江苏 铬莱铂数字科技有限公司现场观摩"双高协同"实践成果。 通讯员徐中山袁登国 校对潘政 盐城环保高新区、盐城工学院被省科技厅、教育厅确定为"双高协同"试点单位，为进一步巩固政校企合作，共同推动协同创新发展提供了新机遇、拓展了 新空间。 以此为契机，盐城工学院将借力环保高新区以及相关重点企业，组建跨学科、跨部门团队，在沿海生态修复、工业污染深度治理、碳捕集与资源化利用等 方向开展有组织科研。积极探索"一所一企业"等深度对接模式，主动将学校的创新成果与地方产业需求进行"精准嫁接"，推动实验室样品更快变为市场产 品。按照"产业+学科"专业模式，加快构建"智能绿色低碳"学科专业群，引导更多优秀毕业生留在盐城、建设亭湖。 盐城环保高新区也将和工学院一起，畅通创新要素流动，加强产学研用 ...

Core Insights - The annual academic conference of the Jiangsu Provincial Association for the Study of Science and Research Management was held on November 29, 2023, focusing on "high-level collaborative integration of industry and education" to enhance the development of high-tech industries and educational institutions [1][3] Group 1: Policy and Strategic Goals - The 20th Central Committee of the Communist Party of China has set "significantly improving the level of technological self-reliance" as a key goal for the 14th Five-Year Plan, emphasizing the need for high-level technological independence to lead new productive forces [3] - Jiangsu Province has pioneered a collaborative development model between high-tech zones and higher education institutions, with 18 high-tech zones paired with 37 universities for joint development [3] Group 2: Educational and Talent Development - Jiangsu has established the largest higher education system in the country, ranking high in the number of universities and students, with a focus on cultivating top innovative talents [3] - The provincial education department emphasizes the need to align academic development with industrial innovation demands and to address structural contradictions in talent cultivation [3] Group 3: Industry and Innovation - The importance of world-class products as indicators of regional industrial innovation capabilities was highlighted, with a call to move away from low-cost competition towards high-value innovation [4] - Collaboration between enterprises and universities is seen as a means to enhance innovation capabilities and develop sustainable talent resources [4] Group 4: Conference Outcomes - The conference included the awarding of talent support certificates and outstanding papers, as well as the establishment of the Agricultural Science and Technology Management Professional Committee [4] - New leadership for the association was elected, with a focus on facilitating connections between high-tech zones and universities to convert technological potential into development momentum [4]

Core Viewpoint - The "Double High Coordination" initiative aims to enhance collaboration between high-tech zones and universities, addressing the challenges of technology transfer and fostering a new development ecosystem that integrates disciplines, industries, and innovation [1][2][7] Group 1: Theoretical and Historical Logic - The initiative integrates universities' knowledge innovation capabilities with high-tech zones' industrial advantages, creating a seamless innovation chain from laboratory to market [2] - Historical shifts in research paradigms, driven by new technologies like artificial intelligence, necessitate this collaboration to transform university innovations into industrial applications [2] Group 2: Mechanisms and Talent Systems - Establishing a dynamic matching mechanism between "discipline clusters" and "industry clusters" is essential, utilizing big data to optimize academic disciplines based on industrial needs [3] - The "dual employment" system allows university faculty to engage directly with industry, enhancing the alignment of talent cultivation with market demands [3] Group 3: Evaluation and Reform - A new evaluation system focused on innovation value is crucial, promoting a "separate management" approach for job-related inventions to empower researchers in the technology transfer process [4] Group 4: Platform and Infrastructure Development - Strengthening pilot and transformation hubs is vital, as these areas often represent a gap in the technology transfer process; collaborative models like the "flying incubator" are being developed to streamline this [5] - Encouraging joint innovation bodies between universities and high-tech zones can enhance technology transfer and commercialization efforts [5] Group 5: Specialized Institutions and Financial Support - The establishment of specialized technology transfer institutions and training for technology managers is necessary to facilitate effective technology transfer [6] - Financial products like "intellectual property loans" are being introduced to convert intellectual property into development capital [6] Group 6: Implementation Significance and Future Directions - "Double High Coordination" is key to overcoming barriers in innovation and industry integration, creating a synergistic effect that enhances competitive advantages [7] - Multi-faceted efforts are required to promote this initiative, including institutional innovation, demand-driven approaches, and the establishment of supportive ecosystems [7]

Core Insights - The establishment of the Advanced Shipbuilding and Marine Engineering Technology Transfer Center in Zhenjiang High-tech Zone marks a strategic collaboration between local government and Jiangsu University, aiming to enhance technology transfer and innovation in the marine engineering sector [1][2]. Group 1: Collaboration and Initiatives - Zhenjiang High-tech Zone is focusing on the "Shipbuilding and Marine Engineering and High-end Equipment" industry, collaborating with three universities to organize international seminars and technology transfer events, resulting in over 50 enterprise collaborations and 15 technology cooperation projects [2][4]. - The collaboration has led to the establishment of five companies, including Chuangneng Technology (Jiangsu) Co., Ltd., which achieved significant sales of over 23 million yuan within its first year [2][4]. Group 2: Infrastructure Development - Joint efforts are underway to build technology transfer centers, proof-of-concept centers, and key laboratories in collaboration with Jiangsu University and Jiangsu University of Technology [3][4]. - The initiative aims to create a seamless connection between academic research and industrial application, facilitating rapid commercialization of scientific achievements [4]. Group 3: Policy Support and Funding - The local government plans to allocate 10 million yuan annually for the "Double High Coordination" initiative starting in 2026, supporting around 20 projects each year [5]. - New policies have been introduced to enhance the management and transfer of scientific achievements, promoting the ownership and long-term use rights of research outcomes by faculty members [5]. Group 4: Broader Impact and Future Prospects - The "Double High Coordination" model is expected to drive significant changes in the collaboration between academia and industry, with a projected 60% of city-level technology projects in 2025 being collaborative efforts [4][6]. - The initiative is fostering a multiplier effect in innovation, with various successful partnerships emerging across different sectors, enhancing the overall technological and industrial capabilities of the region [6][7].

Core Viewpoint - The "Double High Coordination" model aims to enhance collaboration between high-tech zones and universities to promote deep integration of technological and industrial innovation, marking a new development approach in Jiangsu Province [1][4][5]. Group 1: Implementation and Progress - Jiangsu Province has initiated a three-year action plan involving high-tech zones and universities, establishing innovation development centers and funding for technology transfer [1][2]. - The "Double High Coordination" model has transitioned from spontaneous collaborations to organized partnerships, with specific funding and resource-sharing agreements in place [3][6]. - The model has already seen the establishment of various platforms, including technology demand lists and patent transfer lists, with significant numbers of items included [2][3]. Group 2: Policy Support and Framework - The provincial government has introduced 24 support policies and 15 reform measures to facilitate the "Double High Coordination" initiative, emphasizing the importance of collaboration between technology and education sectors [5][6]. - A joint working group has been formed to enhance coordination among departments, high-tech zones, and universities, focusing on continuous evaluation of the initiative's effectiveness [6][8]. Group 3: Future Directions and Goals - The initiative aims for "full-domain coordination," addressing existing gaps in collaboration mechanisms and ensuring sustained efforts for long-term success [6][7]. - Universities plan to expand their collaborative efforts across the province, creating a comprehensive network that integrates academic resources with industrial needs [7][8].

Core Insights - The "Double High Collaboration" model aims to enhance the integration of technological and industrial innovation by fostering cooperation between high-tech zones and universities, marking a new development approach in Jiangsu Province [1][4][8] Group 1: Implementation and Progress - The initiative has entered a practical implementation phase, with 18 high-tech zones paired with 37 universities to explore the "Double High Collaboration" model since its pilot launch in July [1][4] - Wuxi High-tech Zone has established a "Double High Collaboration" promotion center, creating three platforms: achievement center, demand center, and capability center, with 100 enterprise technology needs and 5,151 university patent results included [2][3] - The collaboration has led to the formation of 36 innovation joint bodies in Suzhou High-tech Zone, supported by a 100 million yuan fund for achievement transformation [1][2] Group 2: Policy Support and Framework - The provincial government has introduced 24 support policies and 15 reform measures to facilitate the "Double High Collaboration" model, emphasizing the need for high-tech zones to align with market demands and attract university innovation resources [4][5] - The provincial education department has released 10 measures to support pilot universities, focusing on assessment incentives, discipline construction, and industry-education integration [5][6] Group 3: Future Directions and Goals - The goal is to achieve "full-domain collaboration," addressing issues such as poor connection mechanisms and enhancing cooperation between departments, high-tech zones, and universities [6][7] - Future plans include establishing specialized centers and expanding collaborative networks across the province, focusing on key technology areas like artificial intelligence and smart equipment [7][8]

本报讯(记者徐冠英)11月13日，全省"双高协同"工作现场调度会在无锡高新区召开。副省长赵岩出席会 议并讲话。 赵岩指出，试点高新区与高校行动迅速、举措扎实，已形成一批有效模式、标志性项目和制度机制，要 围绕企业创新能级提升、平台载体建设、金融要素支撑和人才资源融通等关键环节持续攻坚。各地要健 全工作推进机制，统筹配置资源要素，构建"基础研究聚焦高校、应用开发深耕园区、成果转化覆盖全 域"的创新生态，放大"双高协同"赋能效应。 在现场观摩、集中会议和分组讨论过程中，赵岩宣讲了党的二十届四中全会精神。赵岩表示，"双高协 同"是我省打通教育、科技、人才良性循环的关键举措，要认真贯彻落实全会精神，敢于在学科专业动 态调整、科研组织模式重塑、人才评价机制创新等方面先行先试，为全国改革提供江苏样本。正值"十 五五"规划谋篇布局的关键窗口期，要把"双高协同"作为构建现代化产业体系、建设科技强省、教育强 省的战略支点，确保在新一轮区域竞争中赢得战略主动。 ...

Group 1 - Longtian Technology Co., Ltd. won the Excellent Enterprise Award in the high-end equipment manufacturing startup group at the 2025 14th China Innovation and Entrepreneurship Competition, showcasing its flow sensor technology for aerospace applications [1] - The city of Zhenjiang is promoting a systematic approach to "Double High Coordination" innovation development, encouraging universities and industrial parks to collaborate more effectively [1][3] - The "Double High Coordination" initiative has been incorporated into Zhenjiang's annual science and technology work priorities and the 14th Five-Year Plan, aiming for R&D investment in high-tech zones to exceed 4% of GDP by 2027 [3] Group 2 - The establishment of the first advanced shipbuilding and marine engineering technology transfer center in Jiangsu Province, co-funded by Zhenjiang High-tech Zone and Jiangsu University, aims to accelerate the transformation of scientific research achievements [2] - A "super fast track" for technology transfer is being created through organized research and organized transformation, with a focus on meeting real market needs [2] - Zhenjiang High-tech Zone has launched a technology demand database and shared research equipment, facilitating over 50 industry-university cooperation projects [4] Group 3 - The collaboration between local enterprises and universities has led to significant increases in orders and partnerships, with a 300% year-on-year increase in order volume for Haimeihuoz Transmission Systems Co., Ltd. [4] - The region has seen a strong alignment between the strengths of local universities and the leading industries in Zhenjiang, resulting in a high percentage of collaborative projects [4] - The city plans to allocate 10 million yuan annually for "Double High Coordination" projects starting next year, with around 20 projects expected to be initiated each year [4] Group 4 - The integration of resources among government, industry, academia, and finance is being emphasized to enhance innovation and technology transfer in Zhenjiang [7] - Policies have been introduced to facilitate the transfer of scientific achievements, including mechanisms for evaluating and selecting results for commercialization [7][8] - Zhenjiang aims to establish over five provincial-level platforms for collaboration between high-tech zones and partner universities by 2027 [8]

Core Insights - The establishment of Nanjing University Suzhou Campus has transformed the Suzhou High-tech Zone into a vibrant innovation ecosystem, known as the "Nanjing University Innovation Circle" [1] - The collaboration between academia and industry has been strengthened through various projects, leading to significant advancements in technology and research [2] - The region has attracted high-quality talent and projects, enhancing its reputation as a hub for innovation and entrepreneurship [3] Group 1: Innovation Ecosystem - The Nanjing University Suzhou Campus has created a "think tank" that aligns academic resources with industrial innovation needs, featuring eight schools and multiple research centers focused on emerging industries [1] - The collaboration platform established in the Taihu Science City promotes deep integration of industry, academia, and research, exemplified by the successful partnerships with leading companies like Huawei and China Mobile [2] - The region has seen the emergence of successful startups, such as Suzhou Bubu Health Technology Co., which developed a high-performance breast pump, highlighting the effectiveness of the innovation ecosystem [3] Group 2: Industry Development - The Taihu Science City focuses on three main industries: photonics, integrated circuits, and digital intelligence, leveraging Nanjing University's research strengths to build a comprehensive industrial chain [3] - The area has attracted over 200 leading enterprises in the photonics and integrated circuit sectors, enhancing the local economy and technological capabilities [3] - The region is also developing a robust healthcare and medical device industry, with over 1,400 related companies, positioning itself as a key industrial cluster in Jiangsu Province [3] Group 3: Talent Attraction and Retention - The Taihu Science City aims to create a livable and workable environment, with investments in hospitality and residential facilities to support talent retention [4] - The establishment of high-quality educational institutions ensures a comprehensive education system from early childhood to higher education, enhancing the region's appeal to families [5] - The development of urban amenities, green spaces, and cultural attractions contributes to a vibrant community, making it an attractive destination for young professionals and entrepreneurs [5][6]

Group 1 - Nanjing Engineering Institute signed 56 cooperation projects with enterprises and local governments to empower regional high-quality development [1] - The institute established strategic partnerships with 24 well-known companies and local governments, including comprehensive strategic cooperation agreements with Yangzhou and Zhenjiang [1] - A total of 16 industry-university-research projects were signed, focusing on high-end equipment and intelligent manufacturing [1] Group 2 - Jiangsu Province's flexible power equipment key laboratory is being established in collaboration with Changzhou Borui Electric and Nanjing Engineering Institute to address new challenges in the power grid [2] - The partnership with Haida Co., Ltd. focuses on the development of new energy vehicle battery packs, enhancing the integration of education and industry [2] - Nanjing Engineering Institute has cultivated over 280,000 engineering and management talents, emphasizing the application-oriented education model [2]