Posts

Exp THREE Week 4, 5

Image
Textures Peer Reviews Final Lumion Images Staff research space Stairs to 2nd level Library Lecture Hall Studios Workshop Academic Offices Administrative Office Gallery Staff meeting room Aerial View Ground view My theory relates to my design in a way that it correlates with the use of rich geometric shapes. This can be seen within the complex use of geometrically precise hexagonal shapes used to structure the bridge/building. Dropbox link for Lumion and Sketchup Model https://www.dropbox.com/sh/84c4gzj4nfewdnh/AAAMyZpY23mv3d31l9xxu26Xa?dl=0 Link to flyby video https://youtu.be/0AzD0CODTxQ

Exp THREE Week 1, 2, 3

Image
Words from articles https://www.archdaily.com/785602/5-ways-computational-design-will-change-the-way-you-work 1. Software 2. Generate 3. Complex 4. Geometry Computational design utilises software to generate complex geometries which involve a range of visually rich shapes and patterns. The two shapes chosen The chosen two shapes in sketch-up form An attempt to develop and modify the shapes Chosen Floor Plan Inspiration This connects to my theory in the way that it involves complex geometric shapes. My floor plan sketch Lumion Draft Images Keeping the concept of having three points sticking out, I decided to scrap the opposing trident look that I developed in my floor plan and spread the three points across a hexagonal shape, making the whole, more triangular. Moving Elements

Exp 2 Week 3

Image
Light Medium Dark I kept a large part of the model white, not out of laziness, but in reference to Oscar Niemeyers's predominately white structures. The ribs under the rail and the stairs are inspired by Benedetta's complex and intense geometrical patterns. The white columns correlate to Niemeyer's pillar/column imagery that dominates some of his work Every single person here is Asian, which further empowers an authentic UNSW experience. Link to Zip file containing: Sketchup Model Lumion 8 Model https://www.dropbox.com/s/rlrssn571vpr3q8/Arch%201101%20Exp%202%20James-t.zip?dl=0