Desert Bridge Education Center
Joshua Tree, CA
Ryan Panganiban
Formal Architectural Design Proposal 2024
Ryan Panganiban
Formal Architectural Design Proposal 2024
Joshua Tree, California
Fourth Year, Fall 2022
Extreme Enviroments Topic Studio
Professor Michael Fox
Softwares Used: Revit, Rhino, Vray
In Collaboration with Kenneth Truong, Ian Ibarra, and Matthew Lin
Located in Queen Valley, south of Queen Mountain in Joshua Tree, California, the Desert Bridge Education Center serves as a children’s sleepaway camp and education center. The facility is segmented into four main components: cabins, facilities, learning center, and observatory, as well asconnectingbridges,alldesignedtofosteradeeper appreciation of the desert’s vibrant ecosystem and the immersive qualities of natural environments.
The site features distinct north and south rock formationswithaflatexpanseinbetween,providing an opportunity for a space making relationship between the buildings and the rocks. Responding to the extreme climate variations, the structures are built using locally sourced rammed earth, which provides excellent thermal mass, reducing temperature fluctuations inside the buildings.
Essential services like electrical, water, and septic systems are managed through solar power throughout the project and tanks located at the south facilities which is integrated with the connective infrastructure of the bridge, emphasizing selfsufficiency and minimal environmental impact.
Left
Site Map
Right (Top to Bottom)
Images
South Rock Formation from West
South Rock Formation from Ridge
South Rock Formation from East
Diagram
Site Plan Strategy Diagram
Drawing Tangents
Tangents are drawn along rock formations, creating datum lines throughout the site. These major datum intersections mark the locations of significant buildings. By drawing tangents parallel to the rock formations, significant space-making strategies emerge between buildings and rocks within these datum points.
Guiding Spaces, Connecting Pathways
Path-making Space-makingIntersection
(GIRLS) BATHROOM (BOYS)
(BOYS)
Administration Floor Plan
Right (Top to Bottom) Site
Axonometric
Cabin Exploded Isometric
Cabin on the Site
Cabin on the Site
Bridge Technical Drawings Right
Bridge Rendering on Site
The building placement on the site is firstly a reaction of natural positions of the rock formations, which serve as anchoring points for the structures. Formations like this historically aided in wayfinding, mirroring ancestral practices, and now provide a unique educational framework.
Secondly, another key reason for this program distribution strategy is specifically for the experience of the walk between buildings. This short walk forces visitors to engage with the surrounding landscape before even entering the learning center, offering a natural introduction as they transition towards the educational and observatorial spaces, enhancing the learning experience through a connection with the landscape.