Guided by the goal of promoting high-quality development of the construction industry, Jiangsu Province focuses on projects, enterprises, and the industry, defines the "three-step" development goals for intelligent construction, proposes six action initiatives, releases implementation guidelines, establishes an evaluation system, and accelerates the pace of digital transformation in the construction industry.

Strengthen policy incentives
Define the "three-step" development goals

　　Increase policy support. First, strengthen top-level institutional design. In the "Several Policy Measures on Promoting Sustained Economic Recovery and Improvement" issued by the Provincial Party Committee and the Provincial Government, it is explicitly proposed to "support local governments in providing financial subsidies to enterprises that participate in the construction of intelligent construction pilot projects and invest in production and research." Formulate and issue the "Implementation Plan for Promoting the Development of Intelligent Construction in Jiangsu Province (Trial)," clarifying development goals and key tasks. Second, carry out urban pilot work well. Regularly schedule and guide Nanjing and Suzhou in implementing the intelligent construction pilot city implementation plans, and promote the formation of pilot work results that are perceptible, quantifiable, and evaluable. Third, support the construction of pilot projects. Organize the application for the 2023 Jiangsu Province intelligent construction pilot projects, provide policy support in the selection of the provincial quality project award "Yangtze Cup," bidding and tendering, and other aspects, and fully mobilize enterprises' enthusiasm for developing intelligent construction.

　　Explicitly propose the "three-step" development goals. Jiangsu Province proposes that by the end of 2025, the application proportion of applicable intelligent construction technologies in major engineering construction projects will reach 50%, and more than 30 key intelligent construction enterprises will be cultivated. By the end of 2030, the application proportion of applicable intelligent construction technologies in large and medium-sized engineering construction projects will reach 70%, and 100 key intelligent construction enterprises will be cultivated. By the end of 2035, large and medium-sized enterprises will generally apply applicable intelligent construction technologies in various engineering construction projects, a group of leading enterprises with core competitiveness in the field of intelligent construction will be cultivated, and the province will become a strong province in intelligent construction in the national construction industry.

Release implementation guidelines
Solidly advance the five major special actions

　　Release implementation guidelines for key areas of intelligent construction. Focusing on five aspects—the construction industry internet platform, "BIM+" digital integrated design, construction robots and intelligent equipment, intelligent production of components and parts, and intelligent construction management—the guiding directions for the promotion and application of intelligent construction are determined. In building the construction industry internet platform, it is proposed to formulate technical guidelines, build a public service platform, actively cultivate industry-level platforms in vertical segmented fields, and encourage large enterprises to build enterprise-level platforms. In popularizing "BIM+" digital integrated design, it is proposed to promote the explicit inclusion of specific requirements for adopting BIM technology in bidding documents for engineering consulting, design, construction, supervision, and other areas, strengthen BIM application throughout the entire engineering construction process, and promote AI-assisted review of construction drawings. In developing construction robots and other intelligent construction equipment, it is proposed to popularize surveying robots and intelligent surveying tools, promote robots in key links of component and part factory production, and develop construction robots, intelligent tower cranes, intelligent concrete pumping equipment, self-climbing intelligent construction platforms, and other intelligent construction equipment. In promoting intelligent production of components and parts, it is proposed to establish a standardized component and part library based on BIM, build intelligent production factories for components and parts, and achieve full-process digital management and quality traceability. In promoting intelligent construction management, it is proposed to advance BIM-based intelligent construction management planning, encourage the research, development, and application of smart construction management systems oriented to the government side, enterprise side, or project side, and promote comprehensive perception, intelligent production, interconnected collaboration, and scientific management throughout the construction process.

　　Advance special actions for developing intelligent construction. Special actions are proposed from aspects such as scenario construction, enterprise cultivation, and standard formulation, to guide the province in steadily advancing the innovative development and application of intelligent construction in a planned and step-by-step manner.

　　First, expand intelligent construction application scenarios. Based on factors such as different construction stages, enterprise types, and basic conditions, establish a demonstration scenario library for intelligent construction applications and regularly publish a catalog of mature technology practical applications.

　　Second, build leading enterprises in intelligent construction. Support key enterprises in establishing cooperation mechanisms with research institutes and universities, form high-level intelligent construction innovation platforms, and enhance key technical capabilities such as engineering big data analysis and engineering application software development.

　　Third, establish and improve the intelligent construction standards system. Research and formulate a standards system framework to lay the foundation for information resource sharing and in-depth mining.

　　Fourth, accelerate the "intelligent transformation and digital upgrading" (intelligent transformation and digital transformation) of the construction industry. Carry out pilot work on "intelligent transformation and digital upgrading" in the construction industry, and encourage the development and promotion of low-cost digital products and services for the digital transformation of small and medium-sized enterprises in the construction industry.

　　Fifth, build a green application system for intelligent construction. Integrate the concept of green development into all elements and the entire process of intelligent construction, and use intelligent technologies to improve the green and low-carbon development level of engineering construction.

Establish an evaluation system
Guide innovation directions according to local conditions

　　First, initially establish the framework of an evaluation index system for intelligent construction pilot projects to guide the direction of technological innovation in engineering projects. With the goal of improving quality and efficiency, from the five aspects of planning stage, design stage, construction stage, operation and maintenance stage, and software and network security, 10 mandatory indicators and 10 optional indicators are proposed for pilot projects to select according to local conditions.

　　Second, explore the establishment of an evaluation index system for intelligent construction pilot enterprises to encourage enterprises to improve technology research and development and implementation and application capabilities. Set 14 indicators at the two levels of quantitative and qualitative, evaluate enterprises' innovation foundation, implementation capability, comprehensive benefits, and other aspects, accelerate the construction of world-class construction enterprises, and actively support the development of specialized, refined, distinctive, and innovative enterprises.

　　Third, research and establish an evaluation index system for intelligent construction technical service pilot units to promote deep integration of industry, academia, and research. In combination with the technological innovation needs of intelligent construction, evaluate technical service units in terms of basic conditions, research and development investment, technical teams, innovation achievements, and other aspects, so as to provide support for tackling and breaking through "bottleneck" technologies, consolidating and improving industry-leading technologies, and promoting and applying practical technologies that benefit the people.