[JJP Architects and Planners - Biotech Research and Incubation Center Phase III - COVER IMG] JJP
[JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 1] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 2] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 3] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 4] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 5] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 6] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 7] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 8] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 9] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 10] [JJP Architects and Planners - Biotech Research and Incubation Center Phase III - IMG 11]

Biotech Research and Incubation Center Phase III

PrizeHonorable Mention in Architectural Design / Other Architecture
Firm LocationTaipei, Taiwan
Project locationHsinchu Biomedical Science Park, Taiwan
CompanyJJP Architects and Planners
Lead ArchitectJoshua J. Pan, FAIA
Design TeamHsiao-Ming Chang, Sheng-Tien Yeh, Ruei-Yu Li, Yen-Chih Tseng, Yi-Shien Chin, Guan-Yi Siao, Rafael Martinez, W.K. Wang, Ady Tsai, E.J. Chen, S.F. Huang
ClientHsinchu Science Park Bureau
Projecthttps://www.jjpan.com/project/lifesience/biotech-research-and-incubation-center-phase-III

Situated amidst mountains, farmland, and open space, the challenge is to design a building that harmonizes with its environment, rather than imposing upon it. The project tackles this challenge by embracing the concept of "bio-core" architecture, which explores how buildings can behave like living organisms, responding to their surroundings in an organic and adaptive manner.By staggering building volumes, optimizing fenestration patterns, and leveraging parametric analysis for daylighting, the design ensures minimal environmental impact while maximizing connection to nature.