Project management // Costing a house // 2015

Page 1

e: Dome shape (curve)

4

= Locked on post = Locked on stand = Weather = BMX bike = Road bike = Sports bike

= Residential 2 Structure: Large linear cube

Materials: Glass, Metal

3

Iteration 2

Iteration 1

Iteration 3

Daylight Render

Material Render

Model Drawings 8M

North Elevation

1 Structure: Interconnected linear form

4

Structure: Interconnected linear form

Materials: Metal

5

5

Structure: Interconnected linear form

Materials: Metal

Structure: Interconnected linear form

Materials: Metal

7

6

B

10 M

South Elevation

Materials: Metal

A1

A

A - A1 Section

25 M

Materials: Glass, Metal, Plaster

Sketchup

3

Rhino

2

= Large frame

8

6

B1 East Elevation

7 8 Materials: Glass, Metal, Plastic

Structure: Linear triangle (sloped)

Plan Structure: Interconnected linear form

Materials: Glass, Metal, Plastic

Materials: Metal

Structure: Interconnected linear form

Materials: Metal

Structure: Interconnected linear form

Materials: Metal

Structure: Interconnected linear form

West Elevation

Materials: Wood

In this series we explore the linear formations of bike frame at a small scale. Study shows that the lines interlock with eachother, creating a delicate yet strong frame. Again, metal is mostly used in this series and can also be explored in the model that is designed from the analysis of this series.

ain mostly follow the linear pattern that this project is investigating. Metal and glass are again materials that are

These digital models have been designed by taking ideas from the analysis of the three journeys undertaken around Wellington city. The first three have been constructed using sketchup, with the second and third row been done in Rhinoceros and then finally being rendered in clay using the 3D Studio Max software.

This is the final model that has been chosen from the different iterations in the previous step. The first photo is a daylight clay render and the second shows materiality. The material chosen for this model is steele. The reson for this is that it best replicates the study that it was derived from and also gives the stucture a sense of elegance as well as strength. Here we can also see the scale of the model, which is quite large and hollow, allowing people to walk through the stucture and experience the feeling on linear domination.

B - B1 Section

Here we see the technical drawings for the final model, which includes the plan and different elevations, as well as the section cuts of the model. This also includes the dimentions drawing that were purposly left there to show the different dents, mountains and valleys that the model has.

BUILDING PROJECT MANAGEMENT COST PLANNING ASSIGNMENT ONE - THE BUILDING COST PLAN

Iteration 3

Daylight Render

Material Render

Model Drawings

TDG B

10 M

8M

Iteration 2

Model Net

Physical Model

North Elevation

South Elevation

25 M

teration 1

Journey Three

= Medium frame = Business

Rhino

e: Linear rectangular cube

1

= Small frame

A1

A

North Elevation

A - A1 Section

West Elevation

The D’souza Group B1

East Elevation

Plan of net sections

Plan

ese digital models have been designed by taking ideas from the analysis of the three journeys undertaken around Wellington city. e first three have been constructed using sketchup, with the second and third row been done in Rhinoceros and then finally being ndered in clay using the 3D Studio Max software.

TDG

This is the final model that has been chosen from the different iterations in the previous step. The first photo is a daylight clay render and the second shows materiality. The material chosen for this model is steele. The reson for this is that it best replicates the study that it was derived from and also gives the stucture a sense of elegance as well as strength. Here we can also see the scale of the model, which is quite large and hollow, allowing people to walk through the stucture and experience the feeling on linear domination.

West Elevation

B - B1 Section

Here we see the technical drawings for the final model, which includes the plan and different elevations, as well as the section cuts of the model. This also includes the dimentions of the stucture and the lines in the drawing that were purposly left there to show the different dents, mountains and valleys that the model has.

Plan

This is the net of the model that will be made. This net has been developed using the pepekura software and will be used to create the template for my model which will then be cut out and built.

South Elevation

East Elevation

This is the physical model of the stucture made from a thick card and using the net that was created in the previous step. Here we can see the plan of the stucture, along with its elevations and also some detail shots of the model. Miniature people have been inserted to show scale and relevance of the stucture and a brown background has be the clay renders done in the previous stages.

Pg 1


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