近日，江苏科技大学与镇江高新区联合举办"双高协同"科技成果转化路演活动，通过搭建高校科技 创新成果向现实生产力转化的桥梁，推动校地"双高协同"合作迈向更深层次。 作为江苏省首批"双高协同"试点单位，镇江高新区与江苏科技大学已形成紧密合作态势。双方聚焦 船舶海工、高端装备制造等重点产业，构建起科技成果转化全链条机制，积极探索校地融合赋能高质量 发展的新路径。截至目前，双方累计开展校地对接50余家次，落地校企合作项目7项，带动新增科研投 入超6000万元；"超低温薄膜存储技术推广研究中心"等一批创新平台载体也即将正式落户高新区。"双 高协同"已成为区域高质量发展的关键支撑力量。 本次路演活动汇聚了来自江苏科技大学各个学院的优秀科技成果，涵盖智能装备、新能源、海洋工 程、新材料等多个前沿方向，凝聚了该校科研团队的智慧与心血，也承载着推动产业升级、服务社会发 展的使命。 下一步，江苏科技大学与镇江高新区将依托校地共建平台载体，进一步打通信息、资本与技术对接 渠道，推动校企供需双侧高效匹配，实现机遇共享、发展共赢。同时，共同培育"顶天立地"的创新型领 军企业与"铺天盖地"的科技型中小微企业，进一步促进创新成果转化与优秀 ...

自5月签约成为江苏省首批"双高协同"试点单位、共同建设我省首个先进船舶海工区域技术转移转化中 心以来，江苏科技大学与镇江高新区在短短4个月后便交出实质性产业答卷。9月29日双方联手举办科技 成果转化路演活动，10项具备明确市场前景的船舶海工领域硬核技术集中亮相，吸引了全国8家创投机 构与10家产业链企业现场对接，标志着"双高协同"驶入高效化转化的快车道。 本次活动是检验先进船舶海工区域技术转移转化中心工作成效的首场"阅兵"，路演项目技术成熟度高， 与产业需求对接精准。其中，夏兆旺团队的"准零刚度隔振器"已依托校地协同机制，成功与中船集团达 成合作，配套某型号船舶动力设备。"高性能超细合金材料"项目李阳团队今年成立公司后，获得镇江高 新区区属国企镇江团山资本管理有限公司10%股权认购，今年前三季度开票销售已突破2300万元，展现 出校地合作助推下的高速成长性。 为推动科技成果从"实验室"走向"生产线"，双方共同构建了全新转化机制。活动现场，先进船舶海工区 域技术转移转化中心正式为首批10名技术经理人颁发聘书。该中心作为全省首个该领域专业转化平台， 正迅速成为资源汇聚的枢纽。 江苏科技大学党委书记杨建新表示，江苏 ...

《中国城市科技创业评价报告2025》发布 科技创业第三城，南京凭什么 □ 南京日报/紫金山新闻记者 张安琪 9月27日，《中国城市科技创业评价报告2025》正式发布。这份在国家社会科学基金支持下编制的权威 报告，对全国百座城市的科技创业水平进行了综合考量。 《报告》显示，南京科技水平一级指标排名全国第二，较上一年前进一位；基础指标中，孵化企业数 量、科研产出双双稳居全国第一，基础研究排名保持全国第二。 作为科技名城，南京拥有高校53所、在校大学生近百万人，高能级科研院所集聚，为科技创业提供了源 源不断的"智力燃料"。不久前，在第九届未来网络发展大会上，6G高精度定位技术智慧医疗场景创新 联盟完成重磅签约，参与签约的南京鑫合通感科技有限公司，便是紫金山实验室运用"拨投结合"机制转 化的首个项目。 "北斗、GPS卫星信号在室外有用，而传统的室内定位技术，要么成本高，要么误差大，要么需要独立 再建定位网络。"鑫合通感公司总经理陆海斌介绍，团队利用5G信号大带宽、多天线、密部署的特征， 历时多年将室内定位精度从早期的米级提高到分米级别，有效解决了卫星导航系统在室内"失灵"的难 点。 去年9月注册至今，鑫合通感公司已拿 ...

Core Points - The event on September 25 aimed to promote the transformation of scientific and technological achievements and implement the "Double High Coordination" pilot plan in Nanjing [1][2] - The initiative involves collaboration between 27 key parks and higher education institutions to explore organized research and transformation models [1] - A service team composed of various specialists has been dispatched to 17 key universities and research institutions in Nanjing to enhance the efficiency of technology transfer [1] Group 1 - Nanjing has made significant progress in deepening cooperation with local universities to explore new models for technology transfer and achieve integration of technological and industrial innovation [2] - The city plans to strengthen platform, financial, and scenario empowerment to facilitate collaborative research, technology transfer, and talent cultivation between universities and key parks [2] - The service teams are expected to act as policy promoters, intermediaries in technology transfer, and organizers of activities to foster interaction among scientists, entrepreneurs, and investors [2] Group 2 - Nanjing University of Technology aims to become a central hub for regional technology transfer and innovation, collaborating with other institutions and parks to drive industrial innovation [2] - The unveiling of the technology transfer service station at Nanjing University of Technology marks a significant step in establishing a strong platform for regional technology transfer [3] - City leaders and representatives from key universities and departments participated in the event, highlighting the collaborative effort in advancing technology transfer [5]

Group 1 - The opening of the Jiangsu Provincial Excellence Engineer College and Artificial Intelligence College at Nanjing University of Posts and Telecommunications marks a significant step in integrating education with industry, allowing 99 new students to collaborate with over 400 companies for technology research and development [1] - Nanjing Economic and Technological Development Zone is highlighted as a key area for the city's real economy, focusing on advanced industries such as artificial intelligence, optoelectronic displays, and new energy [1] - The collaboration between Nanjing University of Posts and Telecommunications and Nanjing Economic Development Zone aligns with the provincial government's initiative for "dual high" (high education and high-tech zones) cooperation, emphasizing a targeted approach to industry development [1] Group 2 - Graduate students will engage in a three-year "immersive" learning experience, participating in corporate internships and research projects from the start of their studies, breaking away from traditional theoretical learning [2] - Industry mentors from companies like Zhongxin Ke Fenghuo Cloud Technology will integrate real-world challenges into the educational process, aiming to cultivate engineers who are technically proficient and innovative [2] - The opening ceremony featured a lecture on "The Future of Large Model Applications," indicating a focus on cutting-edge technology and its applications in the curriculum [2] Group 3 - The collaboration between Nanjing Economic Development Zone and Nanjing University of Posts and Telecommunications aims to foster innovation and nurture talent, creating a vibrant ecosystem for technological advancement [3] - The development zone will provide support in terms of living conditions and resource connections, ensuring that students gain practical skills to address industry challenges [3]

本报讯(记者蔡姝雯徐冠英)江苏高新区和高等院校"双高协同"发展再出实招：继7月发布实施意见、确 定试点单位后，近日推出"政策指南清单"与"改革指引清单"，以24条具体政策、15项改革举措，破解创 新融合堵点、深化"双高协同"发展，为教育科技人才体制机制一体改革筑牢实践根基。 "政策指南清单"的24条具体政策，均为当前可落地执行的实招，供高新区与高校逐一对照落实。"改革 指引清单"的15项改革举措，则围绕园区管理机制、科教协同育人、科技成果转化、科技人才评价等4个 方面设置，引导高新区和高校结合实际积极开展探索性、创新性、引领性改革。这两份清单，形成"当 前政策落实+未来改革探索"的双轨推进模式。 "政策指南清单"围绕前沿赛道、科创平台、领军人才、转化基金、标杆项目"五个一"融合发展体系，列 出24条具体政策。其中，多项新增或细化政策直指"双高协同"关键堵点，因针对性强、力度大成为亮 点。例如，针对高校教师参与企业横向项目积极性不高的问题，支持试点高新区和结对高校开展产学研 合作项目，符合条件的纳入省科技计划项目管理，省科技专项资金统筹采取后补助、贴息等方式择优给 予支持。这将鼓励更多高校科研人员聚焦产业关键技 ...

"无锡高新区—江南大学"位列其中。双方成功组成"CP"，产业与学科的高度契合是重要原因——江 南大学在食品科学与工程、生物工程等领域拥有深厚实力，可直接赋能无锡高新区特殊食品、合成生物 制造等主导产业。目前，双方合作及在谈重大项目达15项，涉及合作资金超13亿元。 9月1日，无锡高新区与江南大学"双高协同"第一次联席会议召开。会上，江南大学、先导智能、食 检中心、罗益生物、布勒机械签约"双高协同"首批重大项目，一批"产业教授""科技副总"受聘上岗，双 方共建的"双高协同"成果转化基金揭牌。 高新区和高校，都是科创资源富集的创新主阵地。江苏拥有61家省级以上高新区，其中18家为国家 级高新区，数量居全国第一；同时拥有175所高等院校，数量和质量均位居全国前列。如何变资源优势 为发展优势，江苏给出了自己的答案——以"有组织科研+有组织转化"为实施路径，推动高新区和高 校"双高协同"创新发展。 今年5月，江苏省科技厅、省教育厅联合发布"双高协同"试点申报通知，按下了"双高协同"启动 键。7月，首批试点单位敲定，全省18家高新区和37所高等院校组成"创新CP"。 "双高协同"的探索正在江苏全省铺开。7月22日，南京鼓 ...

Core Points - The "Double High Coordination" initiative aims to enhance collaboration between Wuxi High-tech Zone and Jiangnan University, focusing on technology innovation and industrial integration [1][3] - A series of practical measures have been introduced to promote cooperation between universities and regions, facilitating technology and industry innovation [1][3] Group 1: Strategic Initiatives - By 2027, Wuxi High-tech Zone plans to establish a comprehensive technology innovation system, enhancing university-industry collaboration and fostering new fields and platforms for innovation [3] - The "Double High Coordination" joint meeting system has been established to address challenges in the collaboration process, ensuring effective integration of education, science, and industry [3][4] Group 2: Funding and Support - The "Double High Coordination" achievement transformation fund has been established to support technology enterprise incubation, key technology trials, and the industrialization of innovative results [4] - Jiangnan University aims to strengthen its role in technology research and development, focusing on talent cultivation to meet the industrial upgrade needs of Wuxi High-tech Zone [4][5] Group 3: Collaboration Outcomes - Significant cooperation projects have been signed, including partnerships with companies like Xian Dao Intelligent Equipment and Buehler Machinery, focusing on new energy equipment and integrated circuit equipment [4][6] - Since 2001, Wuxi High-tech Zone and Jiangnan University have collaborated on over 600 projects, resulting in the establishment of more than 600 technology-based enterprises and 80 national high-tech enterprises [6]

Core Viewpoint - Jiangsu Province has announced 18 high-tech zones and 37 higher education institutions as "Double High Coordination" pilot units, aiming to enhance collaboration between industry and academia for technological innovation and transformation [1] Group 1: Pilot Units - The 18 high-tech zones include Nanjing Gulou, Nanjing Jianye, Wuxi, Jiangyin, Xuzhou, Changzhou, Liyang, Suzhou, Changshu, Nantong, Nantong Beihigh-tech, Lianyungang, Huai'an, Yancheng Environmental Protection, Yangzhou, Zhenjiang, Taizhou Medical, and Suqian [1] - The initiative involves 37 higher education institutions, although specific names are not provided in the document [1] Group 2: Implementation Requirements - The Jiangsu Provincial Science and Technology Department emphasizes the need for pilot high-tech zones and universities to implement the "Implementation Opinions" effectively [1] - Focus areas include the transformation of high-tech zones and comprehensive reforms in universities, with an emphasis on proactive exploration and detailed task specification [1] Group 3: Development Framework - The initiative aims to establish a development framework consisting of "one industry direction, one innovation platform, one leading talent, one transformation fund, and a batch of benchmark projects" [1] - The goal is to accelerate the construction of a mechanism for "organized research + organized transformation" to explore new fields and tracks, thereby enhancing new productive forces [1] Group 4: Strategic Goals - The overarching aim is to provide strong support for building a globally influential industrial technology innovation center [1]

Core Viewpoint - The Jiangsu Provincial Government has issued the "Implementation Opinions on Promoting Collaborative Innovation Development between High-tech Zones and Higher Education Institutions," aiming to enhance the synergy between high-tech zones and universities to create a unique system of technological and industrial innovation integration in Jiangsu [1][2]. Group 1: Objectives and Goals - The strategic goal is to cultivate new quality productivity, focusing on the two main entities: high-tech zones and universities, and exploring a model of "organized research + organized transformation" [1]. - By 2027, the plan aims for full coverage of collaborative innovation development models across the province, establishing a deep collaboration framework among provincial, municipal, district, and university levels [2]. Group 2: Implementation Phases - The implementation of "dual high collaboration" will occur in two phases: a pilot phase from 2025 to 2026, and a comprehensive coverage phase in 2027 [2]. - During the pilot phase, 1 to 2 high-tech zones and universities will be selected in each district city to explore a "five-in-one" integrated development system [2]. Group 3: Key Tasks and Support Measures - The six main tasks outlined include promoting the new quality transformation of high-tech zones, advancing comprehensive reforms in higher education, tackling key core technology challenges, facilitating high-level technology achievement transformations, deepening industry-education integration, and promoting shared innovation resources [3]. - To ensure successful task completion, five support measures are proposed, including strengthening innovation platform construction, enhancing talent training incentives, increasing financial support, promoting landmark achievements, and fostering new industries [3].