Recently, with the "lifting" of the last steel beam, the main structure of Phase II Batch 1 of the Aerospace Information University construction project in Jinan, Shandong Province, has been fully topped out. The project is a key university sponsored by the Shandong Provincial People's Government and included in the Ministry of Education's "14th Five-Year Plan" for higher education institution establishment. It is the first university in China with aerospace information as its teaching direction.
　　The project is technically complex and highly difficult to construct. The project team established a special technical task force for deep foundation pits. Through measures such as consulting experts, site investigations, and testing, they ultimately adopted the method of simultaneous crushing across the entire work face combined with high-strength rapid-setting mortar pressure grouting at the base, which both ensured the schedule and guaranteed the quality of foundation construction. By optimizing the construction plan, the project team adopted the construction method of ground-based unit-by-unit assembly and integral hoisting for the annular cantilever structure area, which accelerated hoisting efficiency while improving installation precision.
　　Relying on the company's professional technical strength and platforms, the project team established an intelligent construction application implementation team, integrating intelligent construction throughout all aspects of project management to empower construction production and enhance management efficiency. At present, the project has applied multiple new technologies and equipment, including an intelligent AI eagle-eye monitoring system, a hook visualization + laser guidance system, an intelligent tower crane monitoring system, and an ALC panel wall installation robot, which have significantly improved management in areas such as safety control and construction efficiency.