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University of New South Wales E25 Biolink
University of New South Wales E25 Biolink
NSW, Australia
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Other Projects by HDR
University of New South Wales E25 Biolink
NSW, Australia
Firm
Type
STATUS
Under Construction
YEAR
2027
SIZE
100,000 sqft - 300,000 sqft
The new E25 BioLink reimagines an aging, previously vacant structure as a vibrant, contemporary learning environment on UNSW’s Kensington Upper Campus. Formerly characterized by limited daylight, a weak campus presence, and an unclear address, the building is transformed through a strategic adaptive reuse program. More than 65% of the existing structure is retained, while new teaching spaces, enhanced circulation, and a strengthened interface along Chancellery Walk reestablish the building as an active contributor to campus life.
A sculpted western façade introduces shade, depth, and transparency, revealing internal activity and engaging the public realm. Its tactile material composition is grounded in place, referencing the textures and light of Bidjigal Country while integrating seamlessly within the campus fabric. An articulated double-height entry provides a renewed identity, enriched by embedded artwork and a new arrival garden that softens the building’s edge with Chancellery Walk.
Internal planning is guided by orientation, legibility, and connection to the outdoors—straightforward ambitions requiring careful resolution given tight floorplates, an outdated structural grid, and retained services. The design introduces flexible learning environments organized around a vertically connected learning landscape that rises through the building, combining informal study areas, collaborative teaching spaces, and naturally ventilated social zones. Stacked double-height neighborhoods introduce moments of spatial generosity within otherwise compressed floorplates.
Environmental performance is enhanced through high-performance glazing, improved insulation, and optimized daylight access, improving comfort and well-being. Retention of the existing structure delivers substantial embodied carbon savings, while full electrification, rooftop photovoltaics, water capturing, and a 22% reduction in operational energy support a targeted 5 Star Green Star rating. Native planting and edible bush tucker gardens strengthen connections to Country and enrich campus life.
E25 BioLink demonstrates how, in an era when retention and reuse are critical, architectural determination can work within constraints to deliver responsible and impactful outcomes.
A sculpted western façade introduces shade, depth, and transparency, revealing internal activity and engaging the public realm. Its tactile material composition is grounded in place, referencing the textures and light of Bidjigal Country while integrating seamlessly within the campus fabric. An articulated double-height entry provides a renewed identity, enriched by embedded artwork and a new arrival garden that softens the building’s edge with Chancellery Walk.
Internal planning is guided by orientation, legibility, and connection to the outdoors—straightforward ambitions requiring careful resolution given tight floorplates, an outdated structural grid, and retained services. The design introduces flexible learning environments organized around a vertically connected learning landscape that rises through the building, combining informal study areas, collaborative teaching spaces, and naturally ventilated social zones. Stacked double-height neighborhoods introduce moments of spatial generosity within otherwise compressed floorplates.
Environmental performance is enhanced through high-performance glazing, improved insulation, and optimized daylight access, improving comfort and well-being. Retention of the existing structure delivers substantial embodied carbon savings, while full electrification, rooftop photovoltaics, water capturing, and a 22% reduction in operational energy support a targeted 5 Star Green Star rating. Native planting and edible bush tucker gardens strengthen connections to Country and enrich campus life.
E25 BioLink demonstrates how, in an era when retention and reuse are critical, architectural determination can work within constraints to deliver responsible and impactful outcomes.
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