Wednesday, May 13, 2020

EXP 2 Final Submission



Theory: 

Article: https://www.archdaily.com/910540/aluminum-foam-facades-architecture-rich-in-texture-porosity-and-brightness

Three words: 
functions
repeated infinitely
texture, transparency, brightness, and opacity

My theory is sustainability and how the construction of a building can be completed with least environmental impact but highest functional and aesthetical use. I explore this idea through the use of recycled material. One specific material I plan on focusing on is Aluminium foam façade and its repeated infinitely material which creates an overall aesthetic and interactive dialogue between the architecture and the users, while also being environmentally friendly. It functional and aesthetic use is defined by its texture, transparency, brightness and opacity. I will also be exploring the use of recycled newspaper wood, recycled glass and green concrete. 



3 Sketch Perspective drawings:





36 Custom Textures:

Linear

Rotational

 Scalar

Gradual

 Significant

 Balance


Animated Drawings (Axonometric and 2-Point Perspective): 

Axonometric

2-Point-Perspective; above object rotated 180 degrees



The Final Architecture:

Introduction:
For this project I designed a new building for the first three years of the Architecture program at UNSW. It is a bridge that connects the Squarehouse to the Environmental Science building and the reason for this choice is because it supports the theory of environmental considerations and sustainability and I believe that now and in the future, it is crucial for these two faculties to work in close proximity.


Plans:
After brainstorming ideas with the specific requirements in mind, I then worked to come up with a rough idea of the space and area each room would occupy and it can be seen below.


After having a rough idea of space I then sketched this plan to my building. One factor I did take into account was the location of surrounding trees, so I moved and shaped my building so it could move around them.




Moving Elements:
The first moving element is located on the roof of the building, surrounding the second level. It is a rotating solar panel that can move around the cylindrical shape of the second level, allowing it capture as much sunlight as possible which can give energy to the building. The reason for this choice was because it ties into the theory of environmental consideration. 


My second moving element is the easy movability of the plinths within the hallway connection. The easily moveable objects allow for the easy interaction between the works and the audience, allowing different stories to be told. 



5 Captures of Architecture:






A large part of the bridge is recycled glass so the environment can act as one with the building and so that a connection between the outside and inside is harmonic so that the plinths, full of students work and lining the outside of the hallway, can be seen by the outside. The Aluminium Foam Façade can be seen to cover the remaining area of the exterior. The Recycled Newspaper Wood can be seen to make the workshop tables and finally the Green Concrete can be seen to cover the entire of the floor.

Rendered Images on Podium:
Below are my attempted rendered images, however, due to technical difficulty they are unsuccessful.



Animated Film:


Sunday, April 19, 2020

Axonometric and 2-Point Perspective Gifs

Axonometric Gif




Textures




Experiment 2: Plans and Sections

For the next stage of this project I chose a plan and then put it into photoshop to edit it. The reason for this was to help with inspiration for the plan and potential section for the bridge model I am designing that connects the squarehouse with another building while also including a faculty for architecture. Below are before (top image) and after (bottom image) images of the plan I photoshopped. 





This was useful because I used what I already had envisioned and worked with this to formulated an iteration of the original plan. After the plan, I then worked on developing a section image and below is an image of this.




After this I modeled both my original and then developed models for my bridge in Sketchup and below are the results.

Original:






Developed:











Sunday, March 29, 2020

Experiment 2: First Stage

To begin Experiment 2, I worked with the three dimensional cross in Sketchup and remodelled it by changing the height, width and length of some of the arms. The end goal of this initial stage being to model a bridge that could connect the Squarehouse on UNSW campus to another surrounding building, while also giving more space and facilities to architecture students. Below are my sketchup models of the cross and then my perspective sketches of them.







Below is a brief brainstorm of where the bridge and connection building could be located in relation to the squarehouse. The also includes suggested areas of where each room such as the Lecture theatre, Gallery or Meeting Rooms for General Staff could be located within.