DRCNAI Multifunction Hall
(2024) AAHM01 20241Department of Architecture and Built Environment
- Abstract
- This thesis explores the intersection of vernacular knowledge, modern technology and community engaging design to address the challenges posed by flooding and rising water levels in vulnerable areas. Initiated as a conceptual project for a flood resilient neighbourhood, the project evolved into a direct response to the specific needs of the DRCNAI community in Coloong, Valenzuela, Philippines. Through research, workshops, study visits and community engagement, the study developed a Multifunction Hall being an amphibious structure designed to remain buoyant during floods.
By considering the local climate, available resources and community dynamics, the thesis incorporates both traditional and innovative techniques which balances cultural... (More) - This thesis explores the intersection of vernacular knowledge, modern technology and community engaging design to address the challenges posed by flooding and rising water levels in vulnerable areas. Initiated as a conceptual project for a flood resilient neighbourhood, the project evolved into a direct response to the specific needs of the DRCNAI community in Coloong, Valenzuela, Philippines. Through research, workshops, study visits and community engagement, the study developed a Multifunction Hall being an amphibious structure designed to remain buoyant during floods.
By considering the local climate, available resources and community dynamics, the thesis incorporates both traditional and innovative techniques which balances cultural preservation with sustainable adaptation. The use of floating foundations, local experience and resources aims to reduce financial losses, enhance flood resilience and serve as a possible model for future development in surrounding flood prone regions.
The project emphasizes the value of participatory design, where community input not only informs the process but ensures solutions are practical, contextually relevant and empowering for those directly affected. This approach transforms the proposal into more than just a structure, it becomes an embodiment of the needs of the end user, serving also as a pilot for retrofitting existing homes and expanding the neighborhood.
The thesis emphasises the importance of integrating and respecting vernacular principles with modern methods, demonstrating that sustainable and equitable solutions can emerge when design is guided by the needs, experience and resources of the local context. (Less)
Please use this url to cite or link to this publication:
http://lup.lub.lu.se/student-papers/record/9178592
- author
- Charo, Sebyon LU
- supervisor
- organization
- course
- AAHM01 20241
- year
- 2024
- type
- H2 - Master's Degree (Two Years)
- subject
- keywords
- Manila, Philippines, flood, flooding, flood resilience, floodresilience, resilience, floating, buoyant, amphibious, foundation, bamboo, Water, Sea, Ocean, Coloong, Valenzuela, Disaster, preparedness, proactive, multifunction, multipurpose, neighbourhood, community, recovery, neighborhood
- language
- English
- id
- 9178592
- date added to LUP
- 2024-12-10 14:39:52
- date last changed
- 2024-12-10 14:39:52
@misc{9178592, abstract = {{This thesis explores the intersection of vernacular knowledge, modern technology and community engaging design to address the challenges posed by flooding and rising water levels in vulnerable areas. Initiated as a conceptual project for a flood resilient neighbourhood, the project evolved into a direct response to the specific needs of the DRCNAI community in Coloong, Valenzuela, Philippines. Through research, workshops, study visits and community engagement, the study developed a Multifunction Hall being an amphibious structure designed to remain buoyant during floods. By considering the local climate, available resources and community dynamics, the thesis incorporates both traditional and innovative techniques which balances cultural preservation with sustainable adaptation. The use of floating foundations, local experience and resources aims to reduce financial losses, enhance flood resilience and serve as a possible model for future development in surrounding flood prone regions. The project emphasizes the value of participatory design, where community input not only informs the process but ensures solutions are practical, contextually relevant and empowering for those directly affected. This approach transforms the proposal into more than just a structure, it becomes an embodiment of the needs of the end user, serving also as a pilot for retrofitting existing homes and expanding the neighborhood. The thesis emphasises the importance of integrating and respecting vernacular principles with modern methods, demonstrating that sustainable and equitable solutions can emerge when design is guided by the needs, experience and resources of the local context.}}, author = {{Charo, Sebyon}}, language = {{eng}}, note = {{Student Paper}}, title = {{DRCNAI Multifunction Hall}}, year = {{2024}}, }