【安全誠行】港大宿舍「組裝合成」新設計引領建築新風潮

【安全誠行】港大宿舍「組裝合成」新設計引領建築新風潮
建造業跟隨科技發展的步伐，利用多項創新技術以提高效率，減少對環境的衝擊，並改善工作安全，提高生產力及質素。「組裝合成」建築法（MiC）日漸普遍，位於香港大學西高山的發展項目正利用此技術再突破，利用「橫切」、智能運輸規劃平台、e-birth證書等新技術，令室內室外媲美私樓大單位的質素。建造業議會主席何安誠工程師早前帶同議會同事及香港建造學院的學生，參觀了這項工程的示範單位，並獲香港大學物業處處長施偉賢先生及副處長朱耀樑博士的介紹、探討該工程的執行以及此項技術的多種優勢：包括加快建造速度、增強防水功能、減少浪費、提高工作安全性等。
詳情：www.cic.hk/chi/main/aboutcic/...
【Safety Walk with Thomas】HKU Hostel Sets New Architectural Trends with Innovative MiC Design
The construction community always keep a close eye on the latest technology trend and innovative implementation to improve construction efficiency, minimise environmental impact, enhance workplace safety, and increase productivity and quality. The latest Modular Integrated Construction (MiC) method is increasingly common within the construction industry. The mixed development project by the University of Hong Kong (HKU) at High West Site brings this construction method further through cutting-edge technologies such as "horizontal divisions", Smart Transport Planning Platform and e-birth certificates, which allow the quality of both interior and exterior areas comparable with most large-size residential units in the private sector. Ir Thomas HO, Chairman of the Construction Industry Council, accompanied by Council Members and students of the Hong Kong Institute of Construction recently visited the mockup unit of this groundbreaking project. Mr. Jeffrey SY, Director of Estates of HKU and Dr. Louis CHU, Associate Director of Estates of HKU, provided insightful explanations on the execution of the project and numerous advantages of MiC, such as accelerated construction timelines, enhanced waterproofing, waste reduction, and improved workplace safety.
Learn more: www.cic.hk/eng/main/aboutcic/...
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