Spring 2022
Spring 2022
Unveiling the Formation of Rocks and Rock Excursions
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/Studio#2/
Instructor: Natalia Echeverri
Objective: A sequence of interventions that engage the existing site and deal with time and landscape processes
Site Location: Tai Tau Chau (Urn Island), a small islet connected to Shek O through a tombolo and a bridge
Software:
Rhinocero 3D
Adobe Illustrator
Adobe Photoshop
Adobe InDesign (Portfolio & Presentation Panel)
The island enjoys the most wind and wave exposure in Hong Kong, which possesses a great locational advantage -- having numerous amount of interesting landforms. This feature attracts tremendous amount of rock-climbing fanatics at any time of the year. The proposed design aims to provide accessibility to the amazing formation of wave-cut notch in the middle of the island, while reserving some challenging sections for climbers.
The design idea is to create areas for typical visitors to get in touch with the rock texture, feel the breeze and enjoy the openness of the island, and for rock climbing enthusiasts to enjoy more climbing experience. The first area surrounds the giant boulders, giving people access to go into the ground and put their hands on the amazing texture of the rocks. A lookout area is created there for people to rest and enjoy a closer look at the notch. The second area connects with the first, forming a loop for typical visitors to walk around. The third area is reserved for both beginners and experienced climbers, allowing accessibility on the southern coast of the island.
Analytical Diagrams
Typography
Human Activities & Circulations
Smell
Wave Erosion
Wind & Artificial Erosion
Slope
Generative Diagrams
Descriptive Diagrams
Design Plan
Sections by Area
Area 1 Perspective
Area 2 Perspective
Area 3 Perspective
Presentation Panels
Deliverables:
100-word statement
Key Map
Artefact Map
Analytical Diagrams *6
Generative Diagrams
Initial Sketches *4
Descriptive Diagrams *3
Site Plan
Site Sections *3
"Before & After" Sections *2
Perspectives *3
Concept Model (1:500)
Working Model (1:200)