在建设过程中，各参建单位坚持"安全第一、质量为本、精益求精"的理念，相继攻克"大悬挑、多曲 面、超限结构"等一系列技术难题，以科技赋能打造省级标杆智慧工地。项目率先引入"第三代无人智慧 塔吊"，实现钢结构全天候精准吊装；运用钢筋绑扎机器人，显著提升施工效率。同时，依托BIM建 模、质量溯源等技术，实现对工程全过程的精准管控，在确保施工质量的同时，大幅提升了建设效率。 （来源：市场星报） 星报讯 记者从合肥市重点局获悉，中国科学技术大学科技商学院项目建设近期迎来重要进展。其中， 报告厅内外装饰工程已全面完工，室外配套工程正稳步推进；主教学楼及综合服务楼主体结构顺利封 顶，并已通过合肥市优质结构验收，正式转入内外装饰施工阶段，幕墙工程也已同步启动。这标志着该 省级重点工程建设进入高质量推进的关键时期。 该项目位于高新区，总建筑面积约18.31万平方米，涵盖教学、实验、产品研发中心、科技成果展厅、 数据中心等多类功能空间。主教学楼地上共8层，单体建筑面积达9.13万平方米，结构采用钢框架超限 体系与防屈曲复合钢板剪力墙相结合的形式，用钢量约1.5万吨，为目前安徽省内单体工程用钢量最大 的项目。 ...

Core Viewpoint - The Shanghai-Chongqing-Rong Railway's Shanghai-Nanjing section is a significant project under China's "14th Five-Year Plan," with a breakthrough in box girder manufacturing, achieving over 400 units produced [1] Group 1: Project Overview - The box girder construction in this high-speed rail project has achieved a technological breakthrough, moving away from traditional manual assembly methods [1] - A research team was established by China Railway Fourth Engineering Group to manage the box girder manufacturing process using a railway engineering management platform [1] Group 2: Technological Advancements - The implementation of "digital twin technology + BIM (Building Information Modeling)" allows for real-time management of the entire girder manufacturing process [1] - The introduction of a super-large automatic welding mesh machine has led to 70% of the processes being automated, requiring only 2 operators, resulting in over 30% savings in labor [1]