الاثنين، 21 مارس، 2011

Saffire Resort / Circa Architecture , Australia, Circa Architecture, Coles Bay

Saffire Resort / Circa Architecture


© George Apostolidis
Architects: Circa Architecture – Circa Morris-Nunn Walker
Location: ,
Client: The Federal Group
Builder: Fairbrother ConstructionProject Management: Stanton Management GroupStructural Engineering: Gandy + RobertsServices Engineering: Wood + GrievesFacade Engineering: Hyder Consulting
Interior design: Chhada Simbiada Interior Design (in collaboration with Circa Morris-Nunn Walker)Landscape design: Inspiring Place
Lightning: Point of ViewProject area: 3,640 sqm internal + 1,225 sqm outdoorPhotographs: Peter Whyte, George Apostolidis



© Peter Whyte
The site is located at on the east coast of Tasmania, and overlooks Great Oyster Bay, the Hazards and the Freycinet Peninsula.
Our brief was for a intimate luxury resort, of 20 private suites that was is intended to be a destination in its own right and mainly cater to inbound interstate or international – guests. It will provide for (and possibly create) a new high end tourist market in the state. Also important to the client was that the project had an iconic, highly recognizable form that also related to the natural site.

section
Although the resort is located within what is extensively a natural native costal landscape, the project site was scarred from its previous use as a disused caravan park. The project became as much about repairing the site and interpreting its unique qualities as it was about creating a space from which it could be experienced.

© George Apostolidis
The resort is organic in its relationship to the site and is intentionally evocative of costal forms. However, the form also works with the programmatic requirements of the brief. Essentially the main resort building (or Sanctuary) is entered from the tail and when inside opens into a large volume that provides a panoramic view of the Hazards and Great Oyster Bay. The reception lounge is on this level with the mid level containing bar, restaurant and lounge areas and lowest level gallery, board room and day spa. Undercover walkways, link the reception building to the suites which are spaced to reveal views through. The Hazards are a dominate feature of the site and the architecture deliberately blocks and reveals views throughout the whole journey.

© Peter Whyte
One of the main challenges of the design was to reconcile the client (and market's) perception of luxury and still capture elements of the unique Tasmanian context. The view is important part of this, however, materials, colors, scale and form also contribute strongly. Materials were selected to work on many levels – pragmatic reasons (such as built form, availability and remote construction), their aesthetic associations (vernacular style, natural context, or luxury expectations) and to extenuate spaces or volume. This was reinforced by a color pallet that was sampled from a close examination of the surrounding landscape. Furthermore, the grandness of the main resort building, which response to the larger context, is counteracted by a more personal and intimate scale in the suites.

© George Apostolidis

plan 02
Where possible issues relating to sustainable design were considered however this was also balanced against construction issues on a remote site and market expectations for luxury resorts (both in material selection and building services). A major consideration for the project was water usage in what is typically a drought affected area. New rain water collection & storage infrastructure were built (off site) as part of the project for use by the development and the nearby township as well as sewage treatment facilities. Rainwater from roofs is also collected and re-used in the reflection pools, as well as water efficient devices being specified. Another important factor, due to the predominately cool climate and south facing site, was heating the resort. All buildings are well insulated and high performance glazing was installed. Energy efficient water heating and air conditioning systems were used.



 
Dr. EMAD H. ISMAEEL
                  Dept. of Architecture E-mail:        emadhanee@yahoo.com
                  University of Mosul
                  Mosul - Iraq
                  emadhanee@gmail.com
                  http://emadhani.blogspot.com/
Tel :           +964 (0)770 164 93 74
                 

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