Hanwha Construction Division Wins Top Prize at BIM Awards... Achievements in Incheon Airport Expansion Project

Hanwha Corporation's Construction Division announced on the 23rd that it received the Grand Prize for advanced BIM application cases at the 'BIM Awards 2022.'

BIM (Building Information Modeling) is a technology that integrates, produces, manages, and utilizes information throughout all construction processes by combining three-dimensional models with construction data. It allows for a three-dimensional review of the building's construction process from the design stage and contains various information such as attributes of building components, construction sequence, and quantity estimation, greatly enhancing the understanding of the building.

Hanwha Construction Division received the Grand Prize for its advanced application of BIM technology at the 'Incheon Airport Terminal 2 Expansion Project' site.

The award-winning theme was "NFT (Non-Fungible Technology) BIM Execution Strategy for Ultra-Differentiated Smart Airport Construction." The award-winning theme was "NFT (Non-Fungible Technology) BIM Execution Strategy for Ultra-Differentiated Smart Airport Construction."

BIM was applied to advanced processes required for the project, including the baggage handling system, optimized sprinkler placement, roof panelizing, and lift-up method behavior prediction simulation.

The 'BIM Awards' is a smart construction technology awards ceremony hosted by the Building Smart Association and the Korea Institute of Civil Engineering and Building Technology, supported by the Ministry of Land, Infrastructure and Transport. Since 2009, it has selected and awarded institutions, companies, and outstanding individuals to promote the activation of BIM technology application and the dissemination of technology and experience.

Park Se-young, Head of Hanwha Corporation's Architecture Business Division, said, "We will continue to invest in smart construction technology as well as BIM to enhance productivity and technological competitiveness at construction sites."

This content was produced with the assistance of AI translation services.