苏州两会期间，苏州市人大代表、苏州工学院党委常委、副校长张根华接受扬子晚报/紫牛新闻记者采访时表示，要加快推进"双高协同"(高新区和高等院 校协同发展)，服务新时代苏州高质量发展。"作为应用型本科高校，我们要积极主动地融入到产业发展中，为地方产业发展提供技术支撑。" 张根华介绍，苏州工学院始终坚持校地融合发展的办学思路，积极深化产教融合，以现代产业学院为抓手，围绕地方经济社会发展需要，着力培养高素质 应用型人才。到目前为止，建有10个现代产业学院，构建了具有一定规模和功能的现代产业学院体系。苏州工学院与常熟高新区作为江苏省首批结对试点 单位，通过协调机制建立、政策改革赋能、关键技术攻关和创新平台共建等，"双高协同"有序推进，成效初现。通过"双高协同"企业行，深化校企合作， 2025年新增产学研合作项目8项，联合攻关的"高能效大功率高温热泵涡旋压缩机研发及产业化""高效HJT组件智能化生产线的研发与产业化"项目获2025年 苏州市重大科技成果转化项目立项。 "'双高协同'工作虽已全面铺开，也取得了可观成效，但试点中仍存在企业参与深度不足、科研与产业衔接不畅、可持续机制欠缺等问题。"为更扎实高效 推进"双高协同" ...

在全市深入推进创新引领产业强市的关键时期，近日，《镇江市"双高协同"三年行动计划（2025— 2027年）》（下称：行动计划）顺势出台，标志着"双高协同"的镇江路线图和任务书新鲜出炉：系统部 署落实"双高协同""五大行动"，增强两大主体协同创新的内驱动力，促进创新链产业链资金链人才链深 度融合，加快构建"有组织科研+有组织转化"机制，协同开辟新领域新赛道。 纵览行动计划，目标异常清晰：到2027年，全市高新区将力争实现创新能级与核心竞争力的显著跃 升，具体包括共建省级以上创新平台5家以上，联合培养研究生超过200名，高新技术企业总量突破400 家，并培育一批瞪羚与独角兽企业。至为关键的是，一系列结构性指标如研发投入强度、基础研究占 比、技术合同成交额占比等均设定了明确数值，共同勾勒出一个更具创新浓度、转化效率和产业高度的 高新区未来图景。 纸上蓝图如何变为"双高协同"的生动实践？行动计划配套了有力的保障措施。成立市级层面的专项 工作组加强统筹，并实施专项支持，从2026年起在市级科技计划中每年安排1000万元，设立"双高协 同"专项，每年立项20项左右，将合作项目优先纳入"苏科贷"和省级计划，并对人才给予政策 ...

"上个月，学校成功获批建设国家卓越工程师学院，这也为我们深化产教融合提供了重要契机。"中国矿 业大学副校长卞正富表示，学校将进一步推动前沿基础研究与高新区重大产业需求紧密对接，围绕高性 能材料、智能装备、绿色开发、生态修复、新能源等重点方向，开展有组织的联合攻关，加速推动更多 科技成果在高新区落地转化。 2025年7月，中国矿业大学与徐州高新区共同获批省"双高协同"创新发展试点，试点工作开展以来，已 有110余名2026届毕业生与高新区企业签订就业协议；学校教师与企业联合开展技术攻关项目30余项， 合同额近5000万元。 本报讯(记者谢诗涵)1月4日，江苏教育界与产业界对话对接活动——"双高协同智慧生态"科技创新与产 业创业融合发展大会在中国矿业大学召开。会上，中国矿业大学科学技术研究院与徐州市产业技术研究 院签订合作协议，省老工业基地资源利用与生态修复协同创新中心与徐州市高新区科技局签约共建"协 同创新成果孵化基地"。 ...

Group 1 - The core viewpoint of the news highlights the successful launch of the environmentally friendly 5650DWT self-discharging cement transport vessel "Transporter" in Zhenjiang High-tech Zone, showcasing the area's commitment to achieving production goals by 2025 despite challenges like limited dock resources [1] - Zhenjiang High-tech Zone has implemented the "Red Sail Navigation" action to promote high-quality development through party-led initiatives, aligning with provincial goals for dual high coordination and establishing a new path for industry and talent integration [1] - The establishment of a joint party committee for the shipbuilding and marine engineering equipment industry chain has led to significant growth, with a reported 34.4% increase in output value for large-scale shipbuilding and marine engineering enterprises from January to November last year [2] Group 2 - The collaboration between Zhenjiang High-tech Zone and Jiangsu University has resulted in significant technological advancements, with the production of membrane heaters becoming a popular choice among leading new energy vehicle manufacturers, leading to a 300% increase in order volume [3] - The "Red Sail Service Team" has streamlined the approval process for new enterprises, reducing the number of required steps from 28 to 4 and cutting application materials by 96%, which has saved an average of 80% in processing time for businesses [4] - The integration of party-building and industry development in Zhenjiang High-tech Zone is being recognized as a new model for enhancing production capacity, with plans to continue fostering technological and industrial innovation to create a nationally influential shipbuilding and marine engineering industry cluster [5]

Group 1 - The core message emphasizes the collaboration between Southeast University and the city of Nanjing, highlighting their mutual growth and the importance of technology innovation for urban development [2][3] - The city of Nanjing aims to establish itself as a global center for industrial technology innovation, leveraging the strengths of Southeast University in technology transfer and talent cultivation [2] - The meeting focused on enhancing the integration of academic research and industrial needs, with a specific call for the technology transfer service team to facilitate the commercialization of research outcomes [3] Group 2 - Southeast University has been recognized for its contributions to Nanjing's technological and industrial advancements, particularly in recent years through its commitment to innovation and collaboration [2] - The city encourages Southeast University to accelerate the development of major scientific innovation platforms and to tackle key technological challenges [2] - There is a strong emphasis on attracting high-end talent to Nanjing, with initiatives aimed at nurturing strategic scientists and engineering leaders to support the city's high-quality development [2][3]

角色重塑：产业教授"三重定位"的江苏实践 □ 金钢南军锋 在深入学习贯彻习近平总书记对江苏工作重要讲话精神、推进教育科技人才体制机制改革的背景下，江 苏省深耕产业教授制度创新15年，累计选聘研究生导师类产业教授2402人次，构建了政府引导、校企双 主体协同治理的制度体系，形成了需求导向的价值共创育人机制和制度保障型利益共享长效机制。这一 实践有效破解了校企协同育人"两张皮"的难题，为全国深化产教融合、培育新质生产力提供了可复制的 实践样本。 "双高协同"政策内涵与产业教授战略定位 江苏省以《关于推进高新区和高等院校协同创新发展的实施意见》为指引，构建"有组织科研+有组织 转化"双轮驱动模式，推动高新区与高校由"自发结对"向"有组织协同"深度转变，这与党的二十届三中 全会"促进各类先进生产要素向发展新质生产力集聚"的要求高度契合。 在此政策框架下，产业教授实现根本性转变：从传统"企业导师"转型为驱动教育链、人才链、产业链、 创新链深度融合的"战略耦合器"。作为兼具学术素养与产业经验的高层次人才，其核心价值在于打破产 教系统壁垒，推动创新资源与育人要素精准对接，成为"双高协同"机制落地的关键枢纽。 路径探索与保障 ...

Core Viewpoint - The collaboration between high-tech zones and higher education institutions in Xuzhou aims to foster innovation and drive high-quality development through a structured approach to resource integration and application of scientific research [1][3][9]. Group 1: "Double High" Collaboration - "Double High Collaboration" is defined as a strategic initiative that focuses on cultivating new productive forces by integrating the strengths of high-tech zones and universities, emphasizing organized research and transformation [1][4]. - The collaboration seeks to bridge the gap between innovation and industry, allowing for a seamless transition from scientific research to practical application [3][6]. - Xuzhou's high-tech zone is recognized as a hub for industrial innovation, while universities provide essential talent and technological resources, creating a synergistic effect that enhances regional innovation [4][5]. Group 2: Implementation and Achievements - As one of the first pilot units for "Double High Collaboration," Xuzhou's high-tech zone has made significant progress in platform construction, mechanism innovation, and results transformation [5]. - The collaboration has led to the establishment of a 100 million yuan innovation fund to support technology transformation and industrial incubation, particularly in safety and emergency sectors [6][9]. - By 2027, the collaboration aims to implement 8 landmark projects and 29 major projects to enhance the core competitiveness of the high-tech zone [6][9]. Group 3: Future Plans and Ecosystem Development - A three-year action plan (2025-2027) has been developed to systematically address institutional barriers and build an efficient collaborative ecosystem [12][13]. - The plan includes the establishment of over 18 high-level innovation platforms and the cultivation of 50 technology-based SMEs and 25 high-tech enterprises within three years [12]. - The initiative aims to create a comprehensive support system for technology transfer and financial backing, ensuring a continuous flow of innovation and resources [13].

Core Insights - The conference focused on "dual high synergy" between education and industry, resulting in the signing of 10 major industry-academia-research projects and the establishment of 2 collaborative innovation laboratories [1] Group 1: Industry-Academia Collaboration - Jiangsu province announced the first batch of "dual high synergy" pilot projects, pairing 18 high-tech zones with 37 universities, including Changzhou University with Changzhou and Liyang high-tech zones [1] - Changzhou University aims to transition from "simple cooperation" to "deep integration" between academia and industry by matching advantageous disciplines with industries [1] Group 2: Technological Advancements - The university implemented a "technology achievement empowerment reform," allowing research teams to hold at least 90% of their shares, achieving a technology transfer rate of 95% in high-tech zones [1] - Professor Gong Xiaojing's team at Changzhou University is advancing the construction of a ton-level production line for single-walled carbon nanotube technology, addressing the gap in domestic high-end conductive agent mass production [1] Group 3: Educational Innovations - The university has established a "synthetic biology innovation class" in collaboration with high-tech zones, allowing graduate students to substitute collaborative practical achievements for their thesis [1] - Plans are underway to build a "compound semiconductor innovation consortium" with Wujin High-tech Zone, focusing on integrated circuit fields and establishing a "key technology tackling special class" [2]

Core Viewpoint - The "Double High Coordination" initiative in Nanjing's Qixia District aims to leverage the collaborative advantages of high-tech zones and universities to promote deep integration of technological and industrial innovation [1] Group 1: Background and Motivation - The Qixia District's initiative is unprecedented in introducing key university colleges into high-tech zones, driven by a combination of favorable timing, location, and human resources [2] - The collaboration between Nanjing Economic Development Zone and Nanjing University of Posts and Telecommunications (NUPT) has led to the establishment of over 250 tech startups and nearly 3 billion yuan in output since 2014 [2] - The initiative is supported by Jiangsu Province's optimization of the technology town leader mechanism, focusing on industries like artificial intelligence and integrated circuits [2] Group 2: Collaborative Framework - The geographical proximity of NUPT and the Nanjing Economic Development Zone facilitates unique advantages for integrated development, particularly in the artificial intelligence sector [3] - The "Triple Zone Integration" strategy aims to enhance overall development capabilities by deeply integrating the administrative district, economic development zone, and university town [3] Group 3: Implementation and Actions - The "Double High Coordination" reform emphasizes practical cooperation between teachers and enterprises, with over 40 professor teams from NUPT collaborating with nearly 30 companies in the economic development zone [5] - A focus on cultivating interdisciplinary talents is central to the reform, with a model that allows students to work closely with industry experts [6] - Major innovation platforms, such as the Artificial Intelligence College and the Excellence Engineer College, are being established in the economic development zone to facilitate talent training, scientific research, and achievement transformation [6] Group 4: Supportive Environment - Nanjing Economic Development Zone is enhancing its service quality to create an attractive environment for talent, including optimizing living conditions and providing better dining options for students [10] - Plans are in place to attract 1,000 university faculty and students over the next 3-5 years, contributing to high-quality development in the city and province [11]

Core Insights - The article highlights the successful collaboration between the Haimen High-tech Zone and the Changjiang Drug Research Institute, which has accelerated the development and commercialization of pharmaceutical products, exemplified by the rapid development of fish bladder-derived active peptide products [1][2]. Group 1: Collaborative Innovation - The partnership between the Haimen High-tech Zone and the Changjiang Drug Research Institute has led to a significant reduction in the development timeline for pharmaceutical products, achieving results in just six months instead of the usual three to five years [1]. - The collaboration has resulted in the establishment of a dual demand and problem-solving list, facilitating targeted research and development efforts that have saved companies over 5 million yuan in costs [2]. Group 2: Talent Development - The Changjiang Drug Research Institute has partnered with nearly 20 universities and research institutions to create a joint graduate training base, fostering a seamless connection between classroom learning, laboratory work, and production [3]. - Over the past six years, this initiative has produced more than 300 professional master's graduates and 200 high-end industry workers, with 80% choosing to start their careers within the Haimen High-tech Zone [3]. Group 3: Future Prospects - Looking ahead, the Changjiang Drug Research Institute plans to focus on cutting-edge fields such as anti-tumor drugs and medical devices during the 14th Five-Year Plan period, while the Haimen High-tech Zone aims to enhance its pilot platform and optimize talent policies [3]. - The goal is to create a comprehensive innovation ecosystem that integrates basic research, technical problem-solving, result transformation, and industrial application, ultimately establishing Haimen as a national hub for industry-academia-research collaboration [3].