Friday 26 October 2012

Chicken Point Cabin - Olson Kundig Architects



CASE STUDY

RESIDENTIAL

Submergence into Context

Chicken Point Cabin is a good exemplar as it demonstrates submergence into a contoured regional environment. Despite the difference in climate, several factors can be adapted to fit the regional Australian context. With additional natural ventilation, less thermal mass and the correct orientation  the large openings and segmented spatial division could fit the context for my architectural insertion.


Framing a View

The exemplar uses a physical frame to amplify the atmosphere within the communal space. Social spaces generally revolve around intrigue and incorporating the framing of views, or possibly emphasizing the green aspects of my architectural entity would reinforce my concept.


Practical Use of Space

Chicken Point cabin uses both physical divisions and division created by levels to create different spaces. The separation techniques to create private spaces could be incorporated within my architectural entity to create secluded spaces for staff whilst still being able to observe ongoing within the market place.


Mechanical Components
The primary feature of Chicken Point Cabin is the incorporation of a large opening facade in order to blur the division between interior and exterior. This plays with a sense of scale and location within the exemplar. 

The facade changes from vertical to horizontal to provide shelter from the elements (rain)

This feature could prove to be useful when addressing challenges in relation to scale of use within my architectural entity. Through the adaptation of this design and the addition of shading and energy generation elements, this mechanical facade could be seen as a future necessity of buildings. 


Week 13 C Section Development

BASE CONCEPT OF AN UNDER CROFT

The building was inspired by the undercroft, which has been used for years in town squares as shelter for users and markets. I wished to expand the use by creating an undercroft without a building. of a building that was an undercroft.

Basic Spatial Planning
allocation of space - section analysis


EXTRUDED CONCEPT


BLOCK MASSING


Section - building from creates a sheltered space


Exploring height of section and roofing elements. How does it fit the vertical farm?

Extension off building..


Shading of the public area - connection of two spaces (inside and out)


Section analysis - Systems

Solar panel, sound sdampening and ventilation

ventilation - openable both ends of building

Mechanical ventilation.


High ceilings to allow through cross flow.

Opening front facade to increase both area of shade and cross ventilation




Merging section with site (concept - rolling hills

Contour analysis

Building insertion into gradient




PLANNING
In relation to contours


Contour analysis. Start and finish of floor levels.



Week 13 B Project development - floor plans

PLAN DEVELOPMENT
SKETCH-DESIGN

Through the use of sectional planning of the building, an idea as to levels and vertical spatial planning was gained.


Planning was developed from block spatial association to integrated spatial relation and finally draft floor plans. Below is the progression.

1ST FLOOR






2ND FLOOR




3RD FLOOR


4TH FLOOR


Floor Plans Stacked (with contours)

Week 13 A Discussing the problem

Once again, modularity was not suited to the regional Australia site, however, the use of  more permanent designs with modular concepts to back the led to the stacked terrace form.

Moving away from modularity
The new open facade design aimed to solve issues such as scale, appearance, access and shelter

Issues

Friday 19 October 2012

Week 12 C Look into modulatrity

MODULARITY

Modularity was first explored in response to the link below.

VERY COOL CHECK OUT BELOW!!!!


Which demonstrated the ability for modularity to solve challenges of changing future circumstances as well as scale of users. Unfortunately, it was deemed impractical in the regional area of Woodford because of a lack of services and infrastructure. 

Modularity = Ephemeral Nature = Markets

Inspired by the use of framing systems such as clothes lines and portable shelving.

Provision would be for only the Framing.

Built and Assembled on site.

Unique Framing system seen in "How to Grow a City" project entry within the above link.
It would be adapted to use more available resources such as timber framing and rely on more on site work such as assemblage as to how the use wants.















Filling in the tower frame to create the vertical farm or a vertical market. (more applicable to urban market place)