Core Insights - Jiangsu Province has officially released the "Technical Map of Housing and Urban-Rural Construction," marking the first comprehensive overview of the entire technology chain in this sector, developed with the participation of over 40 organizations and around 100 experts [1][2] Group 1: Industry Transformation and Development Needs - The technical map aims to address the challenges of industry transformation and promote high-quality development in housing and urban-rural construction in Jiangsu [2] - Since the 14th Five-Year Plan, Jiangsu's housing and urban-rural construction system has achieved significant technological innovation, winning 2 national and 36 provincial science and technology progress awards, and adding 150 high-tech enterprises [2] - The urbanization rate in Jiangsu has reached 75.5%, indicating a shift from large-scale construction to renovation and reconstruction of older buildings built before 2000 [2] Group 2: Focus Areas and Key Technologies - The technical map identifies 122 key technologies across three main areas: high-quality buildings, smart construction and industrialization, and resilient smart cities [3] - In the high-quality building sector, 46 technologies are categorized into 14 subcategories, including smart home technologies that enhance user interaction through AI and IoT [3] - The smart construction sector includes 23 technologies, such as construction robots developed by Jiangsu Zhongyifeng, which can perform repetitive tasks, alleviating labor shortages [3] - The resilient smart city area features 53 technologies, including a smart flood control system that utilizes IoT and AI for predictive management [3] Group 3: Features of the Technical Map - The technical map emphasizes a panoramic view, covering the entire industry from real estate to construction, and utilizes various formats like mind maps for presentation [4] - It focuses on cutting-edge technologies with high potential for the next 5-10 years, integrating emerging technologies like AI and big data [4] - The map also considers industry development by analyzing technology applications alongside industry scale and leading enterprises [4] Group 4: Empowering Collaboration for High-Quality Development - Jiangsu plans to implement the technical map through three main strategies: promoting key technology research, supporting enterprise innovation, and aiding local industrial development [5] - The government will assist educational and research institutions in identifying research directions and provide a technology attack directory for industry stakeholders [5] - Collaboration between industry, academia, and research will be enhanced to create an innovation ecosystem, with ongoing optimization of the technical map based on practical applications [5]

费少云表示，技术图谱未来将在三大方向发挥关键作用：引导关键技术研发，为高校、科研院所提 供研究方向与路线参考；服务企业科技创新，帮助企业精准选择技术投入方向，提升技术水平和投资效 益；助力地方产业发展，支持各地政府围绕产业链布局开展精准招商、建设特色产业园区、发展产业集 群，并通过开展产学研协同创新，促进创新链、产业链、资金链、人才链深度融合。 省住房城乡建设厅党组书记费少云介绍，我省大量2000年之前建成的房屋建筑，正集中进入更新改 造或拆除重建的窗口期。为解决当下全行业面临的转型发展问题，该厅先后组织40多个单位、约100位 专家共同参与编制技术图谱。 高品质建筑方面有14个子类46项技术，如外墙与分户隔声系统，能切实解决群众关切的隔声问题， 提升居住舒适度；智能建造与建筑工业化方面有6个子类23项技术，如建筑机器人技术在腻子喷涂、打 磨以及墙地砖铺贴等方面可以逐步替代人工，缓解建筑工人老龄化压力；宜居韧性智慧城市方面有28个 子类53项技术，着重提升城市基础设施运行效能和抗风险能力、优化城市环境、提高城市宜居水平，如 内涝智慧防控系统依托物联网感知与AI预测技术，可在暴雨前精准预测易涝点，并同步自动生成 ...