Project 3 - Torquay Senior College Final Submission

The image below is the final submission poster for the Art and Technology Department for Torquay Senior College. We were reviewed by Jeremy. At first he didn't understand where my section was coming from, unfortunately the printer didn't print out my section line properly
:(, but i explained it to him and then he critised the fact that i didn't label the room names in my sections. Despite that i think he liked the sections and the fact that i put in a lot of people. He also liked the images of my digital model. Overall i think it went well!!:)

The images below are of the 1:200 model of the art and technology department. The model was created by using the laser cutter in the workshop.

The two images below are of the 1:200 model that we constructed as a group. We did not use the laser cutter to make it, although it still turned out really well. On the right of the image directly below is Emma's model of the Fitness Centre she designed, on the left is Melanie's model of the Administration and Auditorium and at the bottom of the image is my Art and Technology Deaprtment model.






The image below illustrates my model under construction!!

Project 3 - Detail Development

The sketches below were my attempt to work out the reinforcement and sizing of the underground cooling chambers.


In the final presentation i thought it would be worth showing a detail of the sliding doors because they play a big role in the idea of adaptability and openess. Below are my quick sketches of trying to work out the steel components and rails for the doors.

The stud walls located internally are connected to the polished concrete flooring which is used throughout my building. The stud framing will be connected using a floor plate and masonary dynabolt!
Below is a quick detail sketch attempting to work out how the pergola's timber posts would be connected to the concrete pad footings.

Project 3 - Detail Development

Below is my first attempt at trying to work out some dsetails of my building. On the left is a window detail with the light shelf attached. On the right is a detail of a labyeinth under each classroom.

After speaking to Mark Luther, he explain that a labyrinth needs to be at least 1m tall and the one i had drawn was only 500mm tall. He attempted to explain different ways to allow the cool air into the building through hollow core concrete flooring.

After speaking to Mark we got a few ideas going then Greg helped us work out and develop some ideas. We decided that a central labyirinth would be placed in the school that would be used to cool most of the buildings. Air would enter the labyrinth from the south-west side (strongest winds) and cool down within the labyrinth. The would be ditributed to each building that contained its own set of concrete chambers below. With negative and positive pressure the air would naturally be pumped into the spaces above.

Below is a quick detail sketch of the cooling chambers and drainage system.

Project 3 - Massing Model

The image below is a quick massing model i made at 1:200. I needed to make the model on order to work out the different roof heights and in which direction they would be pitched. The highest windows along the top are all facing north to allow maximum light and long eaves to keep out the hot summer sun!

Project 3- Further Development

Below is a drawing of a more revides plan at 1:100. I wanted to create the effect that the classrooms and staff/storage areas were pushed into the central corridor but still keep the idea of the checker board with the courtyards in between.

The sketch below was also drawn at 1:100. I wanted to indicate materiality and roof heights in order to understand the spaces i was creating. As a group we decided to go with recycled or sustainably harvested timber and rammed earth because of its good thermal mass and low embodied energy. The sectionbelow was drawn at 1:100 and indicates the passive ways the building may be cooled, ventilated and also ways it will receive natural lighting. Ventilation will be through windows above (which will prevent papers etc. from flying away when open). Cooling will be provided through an air spave underground with fans drawing the cool air into the space. Light shelves at the top windows provide indirect light and the raised skylights will also provide natural lighting and a way for hot air to naturally escape.

Project 3 - Development

Below is a sketch that further plays on the idea of courtyards. i have staggered the classrooms creating a checker board of classroom and courtyards. This creates an 'L' shape with the Art deapartment on one side and the technology department on the other. Centrally is an exhibition and main entry which binds the two departments together.

In further developing my design, i have attempted to create a central 'transient' corridor linking the separate classrooms together. In between the classrooms will contain the outdoor learning courtyards. to keep with the open and adaptable idea, i have incorporated sliding doors that allow the classrooms to be opened up or closed, whichever suits the particular task carried out by the students and teachers.