STUDIO WORK EXERCISE 1

1) The asymmetrical skeletal structure in my auditoriums design is meant to achieve the goal of being, an interesting spatial defining element, as well as aesthetically pleasing. I’ve attempted to depict a feeling of dynamic movement by using two linear radial forms, which I then placed on top of each other, to create the form structure. The exposed structure becomes the main element due to its scale and striking lines. All though the scale of the structure is dominating, it was necessary to break the monotony of the scale and create a more comfortable spatial feeling to better suit the human scale. I’ve achieved this by suspending a low over head plane which hangs in tension off from the structure. This also helps to articulate the spaces and also provide protection from the elements. In conclusion I’ve learnt through my research and building of development models, that even though a structure primarily makes a building stand up, it contributes much more to the building. The Structure of a building: *determines to a certain extent, overall design of the building. * creates the form of the building * sets a dominant scale. * can act as an aesthetic feature *can direct the viewer’s attention to a focal point. *It allows for secondary elements to be built onto, clipped, or hung off from it. * is constrained to its type of material use to built the structure.

2. Initially conceptual model was built at a very large scale with 30m spanning lengths. After analyzing my first concept and doing sum research I realized that I had to reduce the scale of my design to meet the suited standard length of the gum poles. Gum poles can span max 18m in length, and then it has to be braced. I decide to use a 10m long gum pole with a diameter of 200mm to build my structure. These gum poles had to be joined at certain points. Where the join the joining of the gum poles happens I wanted to make sure it would be a strong joint as this would be the weak points in the structure. Marine ply is a special treated ply wood that is designed to resist rotting in a high moisture environment. It is suitable for all climatic condition. It is also used in the construction of dock, boats and ships. In my design I’ve utilized the marine ply to create a timber roof for the stage area. Marine ply comes in a maximum size of 2400 x1220. I then had to work out the amount of panels and the most economical way needed to construct the roof. The panels then got fixed to a frame work which made it easy to assemble and fit it on top of the stage area as a whole. I’ve cladded the stage floor area and walls with marine ply, in order to enhance the acoustics of the stage area. The edges of the audiences seating area was fitted with marine ply in order to create a comfortable seating area. Marine ply is versatile building material and works well in my design.