近日，我司承擔的《土木工程智慧建造仿真交互軟硬件系統(tǒng)》項目成功通過湖北省科技廳的驗收，并取得了良好的驗收等次。這標志著我司在智慧建造及數(shù)字孿生領域取得了又一步進展，為工程行業(yè)在數(shù)字孿生智慧建造等領域的發(fā)展做出了貢獻。

我司攜手湖北第二師范學院共同推動并完成了該項目的研發(fā)和實施，通過本次技術研發(fā)合作，我司對湖北第二師范學院余良俊、楊莉、許光、魯靜等教授領銜的研發(fā)團隊的技術攻關能力予以高度評價，希望后續(xù)就相關領域研發(fā)開展進一步合作。

該項目旨在利用研發(fā)智慧建造技術手段，提高土木工程建造過程的效率和質量。通過引入數(shù)字孿生、仿真交互、參數(shù)化模型、AI智能路線設置、模型場景的非線性管理等技術，該軟硬件系統(tǒng)能夠實時模擬土木工程建造場景，幫助工程師和施工人員更加直觀地了解工程進展，優(yōu)化施工方案，提升安全性和可持續(xù)性，為后續(xù)進一步實現(xiàn)少人化、無人化工地打下了堅實的基礎。

《土木工程智慧建造仿真交互軟硬件系統(tǒng)》在通過驗收后，將進一步優(yōu)化完善，并正式投入市場進行大規(guī)模應用。該系統(tǒng)可廣泛應用于路橋、建筑、水利、礦山、農業(yè)等諸多行業(yè)領域，對項目的不同階段都能夠提供有力的技術支持。通過應用該系統(tǒng)，工程師能夠進行工程預演、完成數(shù)字孿生下的智慧建造，達到更加有效率地協(xié)同工作，減少錯誤和變更，提高工程質量，減少工期等目標。

我司項目負責人羅德純表示，我司將會繼續(xù)投入更多的資源，不斷完善升級該系統(tǒng)的功能和性能，推動智慧建造在土木工程行業(yè)的普及和應用。希望通過創(chuàng)新科技的力量，提升我國工程建設水平，為建設美麗中國貢獻我司的微博之力！

作為土木工程智慧建造及數(shù)字孿生領域的新銳力量，我司將在科技創(chuàng)新的道路上不斷邁進，為行業(yè)的發(fā)展注入新的動力！敬請期待我司在智慧建造及數(shù)字孿生領域帶來的更多創(chuàng)新成果！

Recently, the "Civil Engineering Intelligent construction simulation interactive hardware and software system" project undertaken by our company successfully passed the acceptance of the Hubei Provincial Science and Technology Department, and achieved good acceptance. This marks another step forward in the field of smart construction and digital twin, and has contributed to the development of the engineering industry in the field of digital twin smart construction.

Our company has jointly promoted and completed the research and development and implementation of the project with Hubei Second Normal University. Through this technological research and development cooperation, our company highly appraised the technical research and development ability of the R&D team led by professors Yu Liangjun, Yang Li, Xu Guang and Lu Jing of Hubei Second Normal University, and hopes to carry out further cooperation in related fields in the future.

The project aims to improve the efficiency and quality of the civil engineering construction process by developing advanced smart construction technology. By introducing technologies such as digital twin, simulation interaction, parametric model, AI intelligent route setting, and nonlinear management of model scenarios, the software and hardware system can simulate civil engineering construction scenarios in real time, helping engineers and construction personnel to more intuitively understand engineering progress, optimize construction plans, and improve safety and sustainability. It has laid a solid foundation for the further realization of less human and unmanned chemical industry.

"Civil Engineering Intelligent construction simulation interactive hardware and software System" after acceptance, will be further optimized and improved, and officially put into the market for large-scale application. The system can be widely used in road and bridge, construction, water conservancy, mining, agriculture and many other industries, and can provide strong technical support for different stages of the project. By applying the system, engineers can perform engineering previews, complete smart construction under the digital twin, and achieve the goal of working together more efficiently, reducing errors and changes, improving project quality, and reducing deadlines.

    Dechun Luo, the project leader of our company, said that our company will continue to invest more resources, constantly improve and upgrade the function and performance of the system, and promote the popularization and application of smart construction in the civil engineering industry. We hope that through the power of innovation and technology, we can improve the level of engineering construction in our country and contribute to the building of a beautiful China.

As a new force in the field of civil engineering smart construction and digital twin, our company will continue to advance on the road of scientific and technological innovation, and inject new impetus into the development of the industry! Look forward to more innovations from our company in the field of smart construction and digital twins!