Syeda Sumaiya Nasrin
student
BRAC University, Department of Architecture, Dhaka
Bangladesh
Architecture
The project aims to establish an expanded Panchagarh (most northwestern city of Bangladesh) substation for tea research and training. Its objectives include… more
Jinhui He
advisor
University of Michigan
United States of America
Jinhui's design work has received multiple accolades, including the MUSE Design Awards for both his… more
The overall design emphasizes sustainability and harmony with nature, creating a balance between functional research spaces and contemplative areas for tea appreciation and learning.
This comprehensive project demonstrates very high quality spacing especial at :
Strong Indoor-outdoor connections through transparent facades.
Clear functional zoning between research, educational, and public spaces.
Efficient circulation flow with well-placed connection bridges.
Appropriate separation of service areas from public spaces.
Sustainability Enhancements:
Add rainwater harvesting systems to utilize the extensive water features for irrigation.
Design permeable paving systems to manage stormwater runoff more effectively.
Functional Improvements:
Include some well climate-controlled rooms for storage and archive .
Design flexible laboratory spaces that can be reconfigured as research needs change.