Library Extension and Spatial Reorganization

The Library Extension, which was completed in 2012 and has since received awards from the Hong Kong Green Building Council and the Hong Kong Institute of Architects, features a minimalist and sustainable design that cleverly integrates a love of nature with a respect for history. It echoes the vision and planning precepts of the 2010 Campus Master Plan, and demonstrates how development needs are balanced with preservation concerns.

The iconic University Mall and Garden dating back to the 1960s are preserved with an innovative design to provide about 4,500m² of study space. The new extension maintains a similar height to the original library building and aligns to the iconic axis running along the University Mall. The Mall Garden is well preserved with skilful design of skylights under the existing pool. Garden features were also surveyed and restored to their original appearances after the basement construction.

The historical façade of the University Library is preserved to become a feature wall in the new library interior.

The campus's much loved house swifts, residing under the eaves, are migrated also to the south façade with the introduction of artificial nests. Moreover, bird-friendly double glazing glass has also been adopted in the extension building to reduce undesirable heat gain and prevent the swifts from unwittingly performing kamikaze.

The project provides a generous Learning and Research Commons with technology-rich 24/7 study space, including 3D printing and multimedia editing facilities, plus group study rooms, all of which promote collaborative and active learning. While the atrium and glass façade of the Extension connect the interior environment with the campus greeneries, skylights lend sunrays and visual openness to the subterranean environment in the Learning Garden.

The project was awarded Excellent Indoor Air Quality and top HKBEAM Platinum rating for sustainability and energy-conscious design. While daylight penetration is maximized in the building design, lighting and air-conditioning are closely monitored with environmental sensors. Green roof design facilitates roof farming to promote a positive workplace and work-life balance for staff.

These experiences will continue to benefit the planning of new student hostels and laboratories in Area 39, and the sustainable development of a green CUHK campus.