Key Features

The low-density spatial design integrates learning facilities, fostering a cohesive environment for study and activities while minimising visual and ventilation impacts on neighbouring buildings.

The low-density spatial design integrates learning facilities, fostering a cohesive environment for study and activities while minimising visual and ventilation impacts on neighbouring buildings.
The school’s innovative MiC structural system integrates beam-column moment-resisting structural frame with non-structural wall or façade. This approach minimises onsite concreting works, reduces construction waste and dust emissions, thereby improving construction efficiency.
MEP installations including mechanical ventilation, fire services, plumbing and drainage, and electrical system, except the connection between MiC units, were manufactured in factory, significantly accelerating onsite construction progress. BIM was implemented across all project stages to ensure highest standards for the final building.
Fair-faced concrete finishes on the exterior façade and classroom interiors enhances sustainability performance while exemplifying the material’s natural aesthetics and MiC’s concrete quality control.
Energy-efficient features and renewable energy technologies, including photovoltaic panels, DC-powered fans and solar tubes, contribute to energy reduction and sustainable operations.
The low-density spatial design integrates learning facilities, fostering a cohesive environment for study and activities while minimising visual and ventilation impacts on neighbouring buildings.
The school’s innovative MiC structural system integrates beam-column moment-resisting structural frame with non-structural wall or façade. This approach minimises onsite concreting works, reduces construction waste and dust emissions, thereby improving construction efficiency.
MEP installations including mechanical ventilation, fire services, plumbing and drainage, and electrical system, except the connection between MiC units, were manufactured in factory, significantly accelerating onsite construction progress. BIM was implemented across all project stages to ensure highest standards for the final building.
Fair-faced concrete finishes on the exterior façade and classroom interiors enhances sustainability performance while exemplifying the material’s natural aesthetics and MiC’s concrete quality control.
Energy-efficient features and renewable energy technologies, including photovoltaic panels, DC-powered fans and solar tubes, contribute to energy reduction and sustainable operations.
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