UniWheel
ABPL90074 Landscape Detail Design l Jessica Li M e l b o u r n e S c h o o l o f D e s i g n
Table of Content Site Analysis
3
Precedent
8
Design Development
9
Design Outcome
12
Documentation
20
3
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Site Analysis District Map
Drawing Code
Scale
4
STUDENTS FIX STUDENTS’ BIKES In the main campus block, there are more than 120 bicycle parking spots, including 30 general access parking mapped on the left. Only 2 bike repair stand and 1 bike store are located in campus. (The University of Melbourne 2015). It creates a great opportunity for a bicycle repair unit to be designed for students to fix other students’ bikes since the potential site includes bicycle parking lots.
Source: The University of Melbourne 2015, Bicycle Parking, Transport and Parking, viewed on 7 Sep 2015, <http://pcs.unimelb.edu.au/traffic-and-parking/bicycle-parking/> The University of Melbourne 2015, Motorcycle Parking, Transport and Parking, viewed on 7 Sep 2015, <http://pcs.unimelb.edu.au/traffic-and-parking/motorcycles.html>
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Site Analysis Campus Block Map
Drawing Code
Scale
5
RUSTED CORTEN STEEL
GLASS
GRANITE
MARBLE
CONCRETE
R E D BRICK
B I K E PAV I N G
POLISHED C O N C R ET E
STEEL FRAME
T I M B ER D E C K
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Site Analysis Material Palette
S T E E L CLADDING
WAT E R
Drawing Code
Scale
6
Perception of environment by contrast between: (1) Colours Modern architecture of Asia Centre consists of blue and grey; its surrounding classical buildings are in brown and red.
(2) Material
Asia Centre is mainly built with steel cladding and concrete; its surrounding buildings are built in bricks.
(3) Transparency
1
2
3
4
5
6
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Site Analysis Concept
Significant contrast between enclosed (Sketch #4) and open (Sketch #5) atmosphere between the inside and outside of Asia Centre. Looking at the building from Swanston Street gives the ‘solid’ feeling by large amount of steel cladding and concrete; looking at it from the opposite side gives the ‘clear’ feeling by large amount glass and the reflection of water from the pond outside of it.
Drawing Code
Scale
7
Sidney M
Sidney M yer Asia
yer Asia Centre
Sidney M
Centre
Opportunities: (1) Develop a mobile repair unit for bicycles and motorcycles (2) Create access between side entrance of Sidney Myer Asia Centre and Swanston Street (3) Design based on concept of perception (e.g. vision, noise, smell & touch) (4) Create design based on materials of existing surroundings Constraints: (1) Volume of design must be less than 27m3 (2) Allow access to existing entrances of Sidney Myer Asia Centre (3) Allow access to existing bicycle and motocycle parking lots Potential Design Existing Motocycle Parking Existing Bicycle Parking
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Development Size & Location
Drawing Code
Scale
yer Asia
Centre
8 Tait, Australian furniture design brand, has developed an outdoor kitchen unit which its cover can be converted into roof. The roof can also be elevated to provide more space with external lights and exhaust fan. However, this will take up large amount of space to complete the conversion, therefore this method may not be suitable for my design since space for bike and motorcycle access is essential at the site.
Warendorf, German kitchen manufacturer which is established by Miele & Cie in 1973, designed the â&#x20AC;&#x153;Hidden Kitchenâ&#x20AC;? for a modern loft apartment. This can keep the interior of a home clean and simple when the kitchen unit is not used. A 7-meter panel can be folded with a push of a button. Although electrical properties of this design may not be applicable in my own design, however the way of how the wall can be used as cover and shelter by folding it is ideal to keep the repair tools dry and safe.
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Precedent
Drawing Code
Scale
9
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Development Form
Drawing Code
Scale
10
Instead of designing a shelter as the repair unit, the quantity of surfaces is reduced in order to make the unit more convenient to be convertible and transported. The design basicallty consists of the wall and roof. Various options of how to convert the roof into one piece with the wall are considered.
Double Roof flipped from both sides of the wall
Double Roof slidable laterally against each other
Single Roof
Wall
Wall
Wall
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Development Form
Drawing Code
Scale
11
Double roof foldable on both sides of the major wall structure, made of wooden frame with built-in toughened laminated glass
Major wall structure Built-in toolbox
Tiles to be optical illusion pattern for the concept of â&#x20AC;&#x2DC;Perceptionâ&#x20AC;&#x2122;
Wooden frame with black finishes to match the material palette with built-in slide doors for covering the toolbox 2 different coloured tiles to be wall pattern
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Metallic structure attached to wall for supporting bicycles or motorcycles Drawing Name
Design Outcome Function & Material
Drawing Code
Scale
12 Toughened Laminated Glass
Outdoor Timber (Dulux Grey Paint: Klavier GR19)
Concrete
Outdoor Timber
Mesh
Concrete Fuse Rectified Tile
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Material
Basalt Blue Moon Tile
Drawing Code
Scale
13
Built-in drawers for repairing tools
Double roofs which can be folded as roof and slided down as the cover of built-in toolbox
Roof supports which can be folded onto the wall if the roofs are down Gaps on wall for contrast between enclosure and openess
Built-in toolbox in the wall structure for repairing tools. Mesh layer inside toolbox for hanging tools
2 different coloured tiles to form optical illusion pattern as a ramp from distance while a bicycle is hung on wall
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Function
Drawing Code
Scale
14
Stucture Breakdown
Stucture with Roof unfolded
Steel Frame
Existing Bitumen Surface
Concrete Column
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Structure
Drawing Code
Scale
15
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Visualisation
Drawing Code
Scale
16
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Visualisation
Drawing Code
Scale
17
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Visualisation
Drawing Code
Scale
18
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Visualisation
Drawing Code
Scale
19
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Visualisation
Drawing Code
Scale
20
UniWheel Jessica Li Melbourne School of Design ABPL90074 Landscape Detail Design Semester 2, 2016 SCHEDULE OF DRAWINGS UW00 Cover Sheet UW01 Setout Plan UW02 East Elevation (E) UW03 South Elevation (S) UW04 Section/Elevation (1-1) UW05 Section/Elevation (2-2) UW06 Steel Frame Detail UW07 Roof Detail UW08 Toolbox Detail UW09 Toolbox/Tile Detail UW10 Tile Detail UW11 Bike Support Detail
Exiting Condition & Site Plan (1:50@A3)
21
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Setout Plan
Drawing Code
UW01
Scale
1:50 @ A3
22
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation East Elevation (E)
Drawing Code
UW02
Scale
1:50 @ A3
23
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation South Elevation (S)
Drawing Code
UW03
Scale
1:20 @ A3
24
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Section/Elevation (1-1)
Drawing Code
UW04
Scale
1:10 @ A3
25
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Section/Elevation (2-2)
Drawing Code
UW05
Scale
1:20 @ A3
26
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Steel Frame Detail
Drawing Code
UW06
Scale
1:20 @ A3
27
D01
Foldable Roof Detail Scale 1:10 @ A3
D01.1
Roof Support Detail Scale 1:10 @ A3
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Roof Detail
Drawing Code
UW07
Scale
28
D02
Toolbox Detail Scale 1:10 @ A3
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Toolbox Detail
Drawing Code
UW08
Scale
29
D03
D04
Toolbox Detail Scale 1:10 @ A3
Tile Detail Scale 1:20 @ A3
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Toolbox/Tile Detail
Drawing Code
UW09
Scale
30
D04.1
Tile Detail Scale 1:10 @ A3
D04.1
Tile Detail Scale 1:5 @ A3
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Documentation Tile Detail
Drawing Code
UW10
Scale
31
Slide the inner Bike Support outwards from outer Bike Support for bigger sized bike
D04.2
Bike Support Detail Scale 1:5 @ A3
Project Name
School/Subject Name
Student Name/Number
UniWheel
The University of Melbourne ABPL90074 Landscape Detail Design
Jessica Li (581863)
Drawing Name
Design Outcome Bike Support Detail
Drawing Code
UW11
Scale