CELLYN JOSEPHIN DIONE LEGOH
Bachelor of Environments - Architecture Major YEAR TWO - SECOND SEMESTER University of Melbourne Melbourne, Australia
HERRING ISLAND PAVILION A project on building a pavilion in a small island within Mebourne CBD. The aim of the project was to create a space that contains a secret and it was our brief to keep or reveal the secret. Secret was perceived in our own ways as students and it is portrayed in the design.
HERRING ISLAND -SECRET
“All secrets dream of the perfect revelation�
Cellyn Josephin Dione Legoh 613169
SITE PLAN 1:500
SITE ANALYSIS The underlying concept in choosing the site is a revelation of a secret. The transformation of the secret from being hidden into something obvious. The site was chosen because of the openness of the site compared to the rest of the Herring Island area. Also, it invites people to the site as the site is the main pathways of the island itself.
AXONOMETRIC DIAGRAM
Emphasis on the revelation part is supported by the placement of the site. The more secluded area of the open space is utilized, and it gives away the sense of a secret is being revealed.
Frame on top is one different system from the frame above - consists of different framing that also acts as the support for the mass. Flexible element consists of the floating mass - is it your usual form of transparency?
Frame consists of colums - indicating the rigid element of the structure
A PLACE FOR KEEPING SECRET CONCEPT DIAGRAM Revelation is exposing the hidden into something obvious hence the rigid versus flexible concept that is used in the ideation of the form.
IDEATION Looking at knots as representation for a transistion between open and obvious part (the loose ends) and the more complicated ones (the knots itself).
SIT 1:1 E PLA 00 N
REVELATION - OBVIOUS TO NOT OBVIOUS
RIGID vs FLEXIBLE
PRECEDENTS Sanaa Serpentine Pavilion, 2009 Challenged the idea of transparency - blurring the distinction between the architecture and the site.
STEEL Both the outer and the hanging frames are made of steel due to the endurance quality of steel.
CONCRETE Acts as the flexible element - defies the usual concept of mass being underground and rigid.
SITE SECTION 1:200
SECTION 1:100
SECTION 2 1:100
THE BOATHOUSE This project focuses on creating a space along the riverbend of Yarra. Students were asked to redesign the existing boathouse located in Studley Park Boathouse, Kew, Victoria and it must revolve around one particular master architect’s idea. In this case, the design is based on Japanese architects, Toyo Ito, Kazuyo Sejima and Ryue Nishizawa (of SANAA). The main underlying principle was the adoption of a natural and organic free form in accommodating different functions for the users.
PERSPECTIVE DRAWING
BOATHOUSE DESIGN
Concrete Used for the structural wall and the internal oartition of the building. It represents a solid and a contrasting look compared to the surrounding.
site analysis
Glass Used in openings and doors around the building. It is a form of transparency of the building and the main use for glass is to different views.
cafe perspective
Internal pathway
restaurant perspective
the brief the existing boathouse has a bit victorian and country feeling, giving off the countryside feeling to the park. in designing the new boathouse based on ito and sanaa ideas, i tried to look for different approaches of the masters in responding to the brief. in this case, i found that the site offers different activities and views that can be rediscovered more. thus, based on the analysis that i did, the concept for the design mainly revolves around view. it is to frame and activate different views towards the surrounding areas of the park and provide a functional space within the area.
Diagrams
precedents
model ONIshi facility - sanaa using functions and the hierarchy of spaces as the base of the building’s form and design. it is resulted in an organic shape that follows the purpose that it carries for each function
site plan 1:100
abpl20028_Cellyn josephin Dione Legoh_613169
Elevation 1 1:100
section drawings
Elevation 2 1:100
site section a 1:100
site section b 1:100
ground floor plan & office plan
Elevation 3 1:100
office plan 1:100
B
Elevation 4 1:100
A
abpl20028_Cellyn josephin dione legoh_613169
ground floor 1:100