Design Development / Sketch Modelling

The integration of the modular building into the landscape is the most important feature, so the use of material in representation is of great importance. To achieve this, research was done into the most common type of tree that is found in the area, this being oak. Other options explored were balsa, as it's cost effective and easily sourced. However, the grain is very prominent. Finally, lime (basswood) as a high-quality wood featuring a straight and hardly noticeable grain.

Balsa Lime Oak

Upon proposing these options to Mike, he was set on the use of limewood due to its gainless high quality finish.

The only feature of the model not clad in lime wood veneer, or sprayed to represent this, is the water. Initially exploring the possibilities of using dyed blue resin that could be poured and possibly create realistic waves and tones. However, from my previous research and analysis of architectural models, this proved to distract from the building's design. (being the focal point of the model.)

The most successful option explored was the use of back sprayed acrylic. A blue pantone colour chart proved to be effective for experimentation with tones to find one that integrated well with the lime wood. It needed to be something that was not too bright or too dark.

After mixing up a few different colours, they were then tested on a scrap piece of acrylic. This led to the realisation that an ultramarine blue, mixed with some black to tone down the noise, added a slight greyish hue that compliments the lime wood, without distracting from the model. As a result, this allowed it to be noticed but also guide the viewers eyesight to the building itself.

As the Model will eventually be sent off to Eldridge London for display in their offices, planning for ease of transport is necessary to ensure the model does not break. Therefore, each module of the building will be removeable from their supports and the base board, along with the detachable roofs, as discussed earlier. In total, this model will break down into 12 separate components, 6 supports, 2 separate roofs, 3 modules and the base board that can be individually packaged for travel and reconstructed without the use of glue or adhesives.

Sketch Modelling

Utilising 3D modelling on Rhino has proved appropriate for helping me to understand construction, problem solving and preparing for rapid prototyping.

Example of the flat, pitched and gabled roof living module options.