To advance the implementation of the innovation-driven development strategy and accelerate the development of new quality productive forces in the housing and urban-rural development sector of Shanghai, the Shanghai Municipal Commission of Housing and Urban-Rural Development organized the establishment of a batch of science and technology innovation platforms.
Introduction to the Science and Technology Innovation Platform
The Key Laboratory of Intelligent Construction and Robotics in Building Engineering of the Shanghai Municipal Commission of Housing and Urban-Rural Development (hereinafter referred to as the "Laboratory") is led by Shanghai Construction Group Co., Ltd., and jointly established with Tongji University, Shanghai Jiao Tong University, and East China Architectural Design & Research Institute Co., Ltd. (ECADI). The person in charge and chief expert is Chen Xiaoming, Chief Engineer of Shanghai Construction Group Co., Ltd. Based on research into generic technologies for intelligent construction and robotics in building engineering, the Laboratory aims to establish a new type of professional experimental base and public service platform integrating "industry, academia, research, and application," with enterprises as the main body, the market as the orientation, and capital and technology as the links; to build a high-level experimental base for intelligent construction and robotics; and to cultivate a group of interdisciplinary intelligent construction talents with strong innovation capabilities and outstanding professional skills.
Key technical research areas:
I. Theoretical research on intelligent construction in building engineering
Including research on the intelligent construction process data chain system, theoretical research on the construction of intelligent construction knowledge graphs, research on the construction of large models in the field of intelligent construction, theoretical research on intelligent construction process simulation and deduction optimization, and theoretical research on intelligent equipment and construction robots.
II. Research on intelligent design technology for building engineering
Including research on intelligent engineering design technology, research on intelligent detailed design technology, design methods based on intelligent construction, an intelligent review platform for design schemes, and an AI agent workflow platform.
III. Research on intelligent construction technology and equipment for building engineering
Including intelligent generation and review of construction schemes, intelligent production and processing of components and parts, intelligent management and control of material quality and supply-demand, intelligent management and control of engineering construction quality, and intelligent management and control of engineering construction safety.
IV. Research and development of construction robots
Including robot demand mining and design, key generic technologies for robots, robot system integration, and robot redesign and iterative upgrading.
The Laboratory will improve the intelligent construction technology system for building engineering, address the development needs of the industry, achieve innovation in traditional construction technologies and equipment, drive the upgrading of the technological level of the construction industry, strive to complete the transformation of scientific research achievements into market applications, promote technological progress and industrial upgrading and transformation in China's construction industry, and solve the current problem of intelligent talent reserves in the construction industry. This will help drive intelligent innovation and transformation development in the engineering field, optimize the industrial structure, and enhance the city's basic innovation capacity for intelligent construction.
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