ARCHITECTURE PORTFOLIO
WILLIAM JURY
Selected Works 2014 - 2018
Content: 00
Curriculum Vitae
03-04
01
Runway Mode, Final Year
07-12
02
Vertex, Final Year
13-18
03
Al-Majd Canopy, Fourth Year
19-24
04
Towering Urbanism, Fourth Year
25-28
05
Adapt Apartments, Third Year
29-34
06
Other Works
37-38
07
Model
41-42
08
Sketch + Paint
45-46
Hello,
I am a recent graduate of architecture from the University of Adelaide. This portfolio is a selection of recent work in my masters degree and concludes with some additional work and skills.
My personal time is spent on key interests such as aviation and modelling as well as sketching. I have a quiet personality but excel in a creative group space.
During my studies I have developed software skills such as AutoCAD and Rhino as well as representation skills. My time at university has only accelerated my passion for architecture as well as time management and teamwork skills.
I believe that I am a good and confident candidate that has a lot of motivation and passion for my work. Thank you for your time and consideration. Kind Regards, 02
Academics:
WILLIAM JURY Graduate of Architecture
2017-2018
M.Arch (6.1 GPA), University Of Adelaide, Australia.
2014-2018
B.Arch (5.5 GPA), University Of Adelaide, Australia.
2008-2013
Senior School: Graduated with IB Diploma. Doha British School and Qatar Canadian School, Qatar.
2000-2008
Junior School: Prince Alfred College, Adelaide, Australia.
Experience: Sept 2017
JPE Design Studio, Work Experience.
Feb 2018
Studio Nine Architects, Work Experience.
Contact:
Exhibitions:
Tel: +61 481 091 538 E-mail: william.kej@gmail.com Address: 44 Mary Street, Unley SA 5061 Australia
2016-2017 University of Adelaide, ALL-IN Exhibitions.
Proficiency:
2017
RMIT Design Hub Plaza, Participation.
Photoshop InDesign Illustrator Rhino Maxwell Render Blender Render AutoCAD SketchUP Revit
2018
Paduli Monument, Runner Up.
Model Making Drawing/ Painting English Russian
Dec 2018
University of Adelaide, Final Year Exhibition.
Competitions:
Interests: General: Aviation, Railways, Modelling, Architecture, Art, Languages, Travel, Cricket, Football. Architecture: High Tech, Modernism, Vernacular, Kinetic.
International: Russian Language, Moscow State University, Russia (December 2018). Russian Language, University of Adelaide (2016-2018). Citizen of Australia and Germany. Can live and work in the European Union. Lived in Qatar for 5 years. Travelled to Russia, Qatar, Australia, Germany, United Kingdom, Spain, Austria, Switzerland, Belgium, Netherlands, New Zealand, Indonesia, Singapore, Malaysia.
References: Mirai Morita - Lecturer, University of Adelaide E-mail: mirai.morita@adelaide.edu.au A.Prof. Julian Worrall - Lecturer, University of Tasmania Tel: +61 474 055 078 E-mail: julianworrall@gmail.com Prof. George Zillante - Lecturer, University of Adelaide E-mail: george.zillante@adelaide.edu.au Anna Nikolskaya - Language Teacher, PCE University of Adelaide Tel: +61 415 928 427 E-mail: jbcolau@gmail.com
ACADEMIC WORK
01 RUNWAY MODE Final Project: Rhino/ Illustrator/ Indesign/ Maxwell
The story of runway mode begins with my passion for aviation. This obsession comes in many forms, from an aircrafts aesthetics and mechanics to the magic of lift and the performance of a flight. When thinking about the best way to present this passion through architecture, the idea of a performance developed. A performance of the assembly process. Due to the location of the inner city site and small size, it was decided to focus on celebrating helicopter production with a cycle.
This cycle would be a performance for public interaction that would assemble and disassemble the H160 helicopter by Airbus. After researching this assembly process, the idea developed to design other performances. Incorporating a mix of new programs such as a fashion show, concert and wedding, designed around the helicopter cycle not only changed the buildings focus to a performance hub, but created a much more interesting combination of ways to use the interior spaces.
08
Form was generated in parallel with program, however many of the first iterations where site focused such as on sight lines and sun paths. As the program grew, so did the building. Initial forms generated did not fit with the program so a new way of thinking
was approached, to draw a section over the existing design and extrude the important parts of the design that worked to let the building decide what form it wanted to take with program as opposed to designing a form and trying to push program into it.
10
Helicopter
Fashion
Concert
Wedding
The final form consists of opposites in aesthetics with hard and soft forms that reflect the programs inside, for example the hard plates reflecting the mechanical production line as well as a soft kinetic membrane faรงade,
reflecting the fashion show. These forms allow the building itself to perform as well, moving around the program requirements such as roof plates opening to allow for helicopter circulation.
12
02 VERTEX APARTMENTS Studio Arch: Rhino/ Illustrator/ Indesign/ AutoCAD/ Blender
Vertex is a design response to the project brief, which was to design a mixed-use apartment building that would also be used as a medical and retail precinct for the north-western area of the Adelaide CBD, but also take into account themes of Attunement. A theme of orientation was chosen to be focused on. Located next to the historic Newmarket Hotel, the design process began with the idea of a building that reflected and respected its surroundings.
The design process began with an extrusion up to a height of 73 metres and split in half. Half of the site was then pushed back, giving two separate buildings. The taller tower was then split again on its faรงade and pushed in to represent the angles and meeting points of North Terrace and Port Road. This also created an interesting form that was interpreted as a paper fold motif that was also carried onto the faรงade shutter design.
14
2 Bed 1 Bed
2 Bed 1 Bed
3 Bed
1 Bed
When thinking of interior spatial qualities, three main desired moods to create feeling from design helped to form tactile and lighting. These were elation, intrigue and place. Sketches then helped to inform the design decisions of these spaces.
The aim was to create a tactile building that not only considers orientation but also sets the tone for contemplation and positive thoughts. The distribution of programs in the building is separated into two main sections of public and above, private spaces.
16
GG
FF
EE
DD
CC
BB
33168 8588
6944
5355
5292
WALL TYPE LEGEND
6989
WT01 |
CSR 90mm Partition Wall to U/side of Slab
WT02 |
CSR 200mm Partition Wall to U/side of Slab
/Roof Sheet
6A
/Roof Sheet Pre-Cast Reinforced Concrete Sheer Wall Panel 200mm
WT04 |
Double Brick Wall 250mm /Brick 76x230x110mm
5250
WT03 |
5A WINDOW TYPE LEGEND S1 08
6170
W01 |
Double Glazing 6mm Curtain Wall w/Aluminium Frame
BATH 1 1402.03
56.500 FFL
4A
DOOR TYPE LEGEND
6642
29471
BATH 1 D 03
D 03 WT04
D 03
D 03
3A
BED 1
KITCHEN/LOUNGE
56.500 FFL
56.500 FFL
1406.04 WT04
5779
D 02
BED 2
D 03
1406.01
56.500 FFL D 01
1406.05
56.500 FFL
2A
1405.02
W 01 5642
BED 1
D 03
56.500 FFL
D 01
D 02
WT04
1405.04
56.500 FFL
STAIR A
BATH 1
DN
UP
UP
DN
STAIR B
WT03
1405.03
56.500 FFL
WT01
1A
PD4 15
D 05
Single Fire Rated Emergency Door w/Series Panic Exit Device
D06 |
Double Fire Rated Emergency Door w/Series Panic Exit Device
PD1 06
KITCHEN/LOUNGE
UNIT 1404
1404.02
56.500 FFL
WT01
D 02
1404.03
56.500 FFL
WT03
W 01
W 01
AWS Double Hinged Commercial Window Door w/ Aluminium Light Frame 900mm
D05 |
WT02
1404.01
BATH 1
D 05
SERVICES SERVICES
AWS 831 Series Top Hung Bi-Fold Door System / Frame 1000mm
D04 |
D 03
56.500 FFL
ENTRY
D 01
Hardwood Flush Sliding Door Twinwheel 2000mm
D03 |
WT04
BED 1
1403.04
WT02
D 05
Hardwood Flush VEX Panel Door 900mm
D02 |
S2 10
D 02
56.500 FFL
D 05
WT02 WT01
UNIT 1403
1403.02
56.500 FFL
WT01
D 01
WT03 WT03
WT02
KITCHEN/LOUNGE
WT01
SERVICE LIFT
UNIT 1405
56.500 FFL
D 01
56.500 FFL
D 01
1405.01
W 01
ENTRY
1403.03
1406.03
UNIT 1402
D 02
BATH 1
BATH 1
56.500 FFL
WT04
1403.01
D01 |
1402.02
56.500 FFL
56.500 FFL
14.00
56.500 FFL
WT01
ENTRY
D 01
D 01
1401.01
56.500 FFL
WT02
56.500 FFL
KITCHEN/LOUNGE
1402.01
WT02
ENTRY
D 02
KITCHEN/ LOUNGE
D 02
56.500 FFL
LIFT LOBBY
WT01
WT02
D 01
D 02
D 01
ENTRY
D 01
WT01
WT02
ENTRY
WT04
S2 10
D 01
56.500 FFL
UNIT 1401
UNIT 1406
D 02
W 01
56.500 FFL
1406.02
BED 2
WT04
1401.05
56.500 FFL
D 03
1402.05
1402.04
56.500 FFL WT01
W 01
BED 2
1401.04
1401.02
BED 1
56.500 FFL
WT04
BED 1
KITCHEN/LOUNGE
1401.03
D 03
D 03
D 03
W 01
BED 1
D 03
1404.04
WT01
W 01
WT04
56.500 FFL
W 01
S1 08
Consultant:
Project:
STUDIO ARCHITECTURE Date:
H
G
11/06/18
4101
APARTMENT FLOOR PLAN
Address:
F
Scale:
E 12 NORTH TERRACE 7661
7439
WILLIAM JURY
05 Drawing no:
D 1:200 @ A3
41182
8391
Drawn By:
Sheet no:
Drawing Title:
VERTEX / MIXED-USE
C
05
6796
5776
WT04
WT04
WT04
6347
WT04
WT04
8 4402
-0.315 FFL
RETAIL
D 03
D 03
D 03
7
-0.200 FFL
G.05
WT03 D 05
WT03 WT03
UP
DN
STAIR B
WT02 D 05
WT03
G.11
5483
D 03 D 03
D 03
D 03
RETAIL
RETAIL
-0.200 FFL
0.00 FFL
0.00 FFL
G.04
D 03
D 03
RETAIL
G.02
G.03
WT04
G.19
-0.200 FFL
5483
-0.315 FFL
44873 4895
D 03
KITCHEN G.21
D 03
D 03
D 03
RETAIL G.14
G.16
0.00 FFL
-0.200 FFL
WT04
WT01 WT02
D 03
WT02
D 03
D 03
DOOR TYPE LEGEND D01 |
Hardwood Flush VEX Panel Door 900mm
D02 |
Hardwood Flush Sliding Door Twinwheel 2000mm
D03 |
AWS 831 Series Top Hung Bi-Fold Door System / Frame 1000mm
D04 |
AWS Double Hinged Commercial Window Door w/ Aluminium Light Frame 900mm
D05 |
Single Fire Rated Emergency Door w/Series Panic Exit Device
D06 |
Double Fire Rated Emergency Door w/Series Panic Exit Device
WT02
5557
D 05
RESTAURANT G.22
D 03
WT04
KITCHEN
WC
-0.200 FFL
-0.200 FFL
G.23
WT01
-0.200 FFL
S2 10
0.00 FFL
G.25
WT02
WT01 D 05
WT02
WT01 D 05
LIFT LOBBY
WT02
DELIVERY ROOM
7385
STORAGE
-0.200 FFL
-0.200 FFL
0.00 FFL WT02 WT02
SERVICE LIFT
WT03
G.27
G.26
D 05
D 04 WT02
WT03 D 05
WT04
G.28
KITCHEN G.29
0.00 FFL
RESTAURANT D 03
5321
WT03
DN
UP
D 05
WT01
0.00 FFL
STAIR A
D 05
DN
WT03
G.30
WT02
WT04
WT04
WT04
WT04
G.32
0.00 FFL
G.31
D 05
-0.200 FFL WT02
WT02
WT04
WT02
DELIVERY BAY
WT02
D 05
FIRE PUMP/SERVICE ROOM
-0.200 FFL
WT04
D 06
D 05
D 05 D 05
SERVICES SERVICES
STAFF ROOM WT02
UP
WT02
STAIR B WT03
2
1
D 06
WT03
W 01
WT04
S2 10
G.33
G.00
W 01
LOBBY
WT04
WT02
D 06
D 05
D 05
-0.200 FFL
D 04
D 03
G.15
-0.200 FFL
WT02
D 04
WT04
RETAIL
WT02
WC
G.24
WT02
3
WT04
RESTAURANT WT01
G.20
WT04
D 03 D 03
D 03
WT04
WT04
WT04
WT04
WT04
WT04
WT04
S1 08
Consultant:
STUDIO ARCHITECTURE
Project:
VERTEX / MIXED-USE Address:
Date:
11/06/18
12 NORTH TERRACE
Drawing Title:
Drawn By:
Sheet no:
GROUND FLOOR PLAN
03 Drawing no:
Scale:
1:200 @ A3
WILLIAM JURY Student no:
03
Double Glazing 6mm Curtain Wall w/Aluminium Frame
D 03
G.13
-0.200 FFL
RESTAURANT -0.315 FFL
4
W01 |
RETAIL
-0.200 FFL
WT04
Double Brick Wall 250mm /Brick 76x230x110mm
WINDOW TYPE LEGEND
-0.200 FFL
D 05
WT04 | D 03
D 03
D 03
G.17
Pre-Cast Reinforced Concrete Sheer Wall Panel 200mm
WT04
D 03
KITCHEN
WT03 | WT04
D 03
D 03
WT02 D 05 WT02
D 03
/Roof Sheet
D 04 W 01
D 03
WT01
D 03
CSR 200mm Partition Wall to U/side of Slab
WT04
D 03
D 03
G.18
WT02 |
/Roof Sheet
WT02
-0.200 FFL
KITCHEN
RESTAURANT
CSR 90mm Partition Wall to U/side of Slab
WT02
G.12
D 03
WT01 | WT04
W 01
NEWMARKET STREET
5
G.01
-0.200 FFL
RETAIL
WT04
LOBBY
WT03
DN
UP
D 03
D 03
D 03
D 03
WT04
WALL TYPE LEGEND
D 04
SERVICES
STAIR A
-0.315 FFL
D 03
D 03
6
D 03
G.09
RETAIL
D 03
D 03
D 03
-0.315 FFL
D 03
D 03
WT04
-0.200 FFL
WT02
D 05
G.10
WT04
RETAIL
W 01
WT02
RETAIL
WT04
W 01
W 01
RETAIL G.08
WT03
WT04
-0.315 FFL
D 03
D 03
WT04
W 01
D 03
D 03
G.07
-0.315 FFL
G.06
WT04
W 01
RETAIL
RETAIL
PD3 15
WT04
W 01
WT02 D 03
WT04
W 01
W 01
W 01
9
WT04
a1667263
1018
S1 08
10
Student no:
B A
a1667263
NORTH
A podium medical centre separate from the main tower was important because it helps to keep this separation but also respects the north terrace street wall. Retail space is located
on the ground floor, with medical zones above. A roof terrace garden is a place for reflection but also begins the towers “folding� form of a slope and cantilever.
18
03 AL-MAJD CANOPY Studio Cultures: Rhino/ Illustrator/ Indesign/ Photoshop/ AutoCAD
For Studio Cultures, research was undertaken on a building of cultural significance. I chose The King Fahd Stadium in Riyadh, Saudi Arabia. It is located in a hot and arid inland desert climate where temperatures can be extreme. The stadium was completed in 1987 and was designed by Ian Fraser, John Roberts & Partners who collaborated on the project for the 68,000 seat venue to hold athletics and football matches.
The most predominant element of the stadium is the tensile ‘tent’ inspired roof. The vernacular tradition was important in the considered design concept for the Al Majd Canopy extension. This was an obvious choice for a extension because of the lack of main public entrance and amenities such as food. The concept would feature seating areas, a prayer area, cafes and ticket boxes as well as a ground floor food court and football museum.
20
Many iterations were undertaken to reach a concept that complimented the existing design, while providing a distinct extension that broke up the form of the fabric roof structure and bringing the stadium into the future. Most concepts focused around creating a ‘mini’ tensile roof structure that reflected the larger stadium.
This was because it was felt that the stadium’s iconic form should be celebrated rather than changed. It was then decided to change the canopy into a steel structure, imitating the tensile stadium. This steel structure would be made up of a pattern of hexagons, a motif used throughout the origional stadium design.
22
This meshed structure hexagons was chosen to relate back to the hexagon motif details in the original design but also a traditional arabian screen that merged with a futuristic kinetic design. Inside the hexagonal frame, PTFE Membranes where designed to be kinetic and respond to the sun and individual needs of the stadiums users.
Each membrane is designed to fit into its own hexagonal case with a motor system to move the membranes from a closed to open position, constantly changing the internal space of the stadium. This constant link with the outside as well as kinetic design, brings the stadium into the future as well as creates unique spaces within.
24
04TOWERING URBANISM Studio Urbanism: Rhino/ Illustrator/ Indesign/ Photoshop
Located on the intersection of North Terrace and East Terrace, the site of the old Royal Adelaide Hospital is in a prime position for development. Studio Urbanism looked into combining communication infrastructures with architecture in an urban environment. This created an interesting proposition: to design a communications tower that changes the way we look at the term ‘urbanism’.
Towering Urbanism refers to the aim of the project, which is to create a new urban realm for the heart of the city, but creating this in the vertical. Communication infrastructures can come in many forms such as that of telecommunications and radio but also visual communication. The design of a tower contains all these elements due to its height.
26
The British high tech movement inspired the form generation of the tower and by putting the structure on the outside in the way of three main ‘pillars’ as opposed to a traditional tower core; a larger and open plan could be achieved. This meant more versatility and space for the various programs inside. These programs include a viewing area, media centre and museum of telecoms to name a few.
A smaller podium building below was designed to house a retail space but also acts as a grassed rood for screen viewing of events. In all areas, the tower wants to celebrate both the structure of a tall building for Adelaide but also communications. Not only a landmark, the tower houses a new urban realm of life. One that is vertical.
28
05 ADAPT APARTMENTS Design Studio 5: Rhino/ Illustrator/ Indesign/ Photoshop/ AutoCAD/ Revit
Design Studio 5 incorporated all previously learnt skills to produce a proposal for a hybrid design of market and apartment space. The site is located on the corner of Angas and Pulteney street, in Adelaide, South Australia. The site offered a range of design opportunities but also limitations, surrounded by other residential buildings and two busy roads. The design began with a squared grid that was rotated 5 degrees every floor. This was to move away from a simple extrusion and give a more offset design which results in more floor space and a better consideration of natural light.
First two main towers, it was decided to cut a view path through to make four separate buildings so that surrounding residents would still have sight lines but also give better circulation within the site and re-activating an alleyway to the right of the site. The towers contain a mix of single and two bedroom studios with large sliding doors to create an open plan or close off, depending on the residents needs. All apartments contain large balcony space that can be adapted with a movable timber faรงade.
30
The design proposal “Adaptâ€? is a response to these points but also taking into consideration the current usage of the site: a market and carpark. This means apartments do not start until the first floor, leaving the ground floor open for a public plaza while incorporating permanent cafĂŠ and restaurant facilities. The design itself aims to highlight circulation and encourage adaptation.
A central plaza area is covered by a movable shading system which allows the market to be versatile and to incorporate a hybrid style, many market stalls are located on central balcony style terraces. All apartments are linked by walkways to elevators and fire stairs to give as much point access as possible and keep services in the lift core towers.
32
Sliding Door - 2 Panel 2150 (AUS): Type 1 Single - Steel Frame 1000 (AUS): 920 M_Single-Flush: 0813 813 x 2134mm M_Single-Flush: 0813 813 x 2134mm M_Single-Flush: 0762 762 x 2032mm Bathroom Sliding Door - 2 Panel 2150 (AUS): Type 1 SlidingBedroom Door - 2 Panel 2150 (AUS): Type 1 SlidingFire Door Stairs - 2 Panel 2150 (AUS): Type 1 M_Single-Flush: 0762 762 Laundry x 2032mm Living/ Kitchen M_Single-Flush: 0762 762 Living/16Kitchen x 2032mm M_Single-Flush: 0762 762 x 2032mm Lobby 2 92 M_Single-Flush: 0762 762 x 2032mm 100 Services Bedroom Bathroom M_Single-Flush: 0762 762 x 2032mm 18 17 M_Single-Flush: 0762 762 Laundry 2 x99 2032mm
2143
40
2040
51
Level 1
2
2
Bedroom
2032
51
2032
51
Level 1 16Bathroom
2
2
Level 1
51
11 2 1 Level
Bedroom
2
7
10 19Level 1
8
2
2
89
93
22
2
Laundry 2
8 12
A101
11
Bedroom A101
2
25
2
95 2
1
2
21 24 20
5
Bathroom Level 1 13
36
21Level 1
89
Level 1
90
Living/ Kitchen
94
Living/ Kitchen
25
2
2
2
2
Bathroom 26
Bedroom
2
27
Level 1 Laundry 14 2 1 Level
Laundry
20
Level 1
Bedroom
23
19
Level 1
2
96
18
2
2 2
97
16 17
2
Living/ Kitchen Level 1
2
13
2
Level 1
20
21
12 18
Bathroom
Living/ Kitchen
Bathroom 98
17
Level 1
9
12
90
4
Level 1 Laundry
2
1
11
2
19
4
2
2032
5
Laundry
2 Level 1
2
91
4
3
2
2 51
2
2032
15 Level 1
91
Level 1
92
Level 1
93
MECHANICAL HVAC Level 1 94 5 DIAGRAM
24
Level 1
1
1
Level 19 1 : 100
DRAWING TITLE
Width
95
2
Level 1
96
Level 1
97
x 2134mm M_Single-Flush: 0813 x 2134mm M_Single-Flush: 0762 x 2032mm Sliding Door - 2 Panel (AUS): Type 1 Sliding Door - 2 Panel (AUS): Type 1 Sliding Door - 2 Panel (AUS): Type 1 M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm Services M_Single-Flush:60762 x 2032mm M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm Sliding Door - 2 Panel (AUS): Type 1 Sliding Door - 2 Panel (AUS): Type 1 Single - Steel Frame (AUS): 920 M_Single-Flush: 0813 x 2134mm M_Single-Flush: 0813 x 2134mm M_Single-Flush: 0762 x 2032mm Sliding Door - 2 Panel (AUS): Type 1 Sliding Door - 2 Panel (AUS): Type 1 Sliding Door - 2 Panel (AUS): Type 1 M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm M_Single-Flush: 0762 x 2032mm
CON 3 SHEET 2 2016 DRAWING NUMBER A102 5
Level 1
98
Level 1
99
Level 1
100
Grand total: 28
2
Height
F:\constructionFINALds5designassign3B.rvt
20
10
0
10
813
Thickness
2134
51
2134
51
2134
762
2032
51
2143
40
2143
2150 24
762 762
762
2143
40 51
7
2032
51 51
25
36
2032
2150
2143
40
2143
40
1000 813
2134
51
2134
51
762
2032
2150 2150
2143
40
2143
40
2032
3
96 89
2032
51 51
2032
STUDENT NO.
A1667263
2
Laundry
8
2
27 2
Bedroom
Bathroom
25
95
94
2
24
ELECTRICAL/ FIRE 3 DIAGRAM
9
4
5
2032 51 SCALE: 1 : 100
762
2032 30
40
50
Level 1
1
Level 1
2
Level 1
4
Level 1
5
Level 1
11
Level 1
12
Level 1
13
Level 1
16
Level 1
17
Level 1
18
Level 1
19
Level 1
20
Level 1
21
Level 1
24
Level 1
25
Level 1
36
Level 1
89
Level 1
90
Level 1
91
Level 1
92
Level 1
93
Level 1
94
Level 1
95
Level 1
96
Level 1
97
Level 1
98
Level 1
99
Level 1
100
Grand total: 28
51 60
70
80
90
100mm
4
HYDRAULIC DIAGRAM
CONSTRUCTION III 2016
Assignment 3B
23
Living/ Kitchen
MECHANICAL HVAC 5 DIAGRAM
PROJECT TITLE
22
Laundry 2
7/06/2016 51 PM 7:36:20
STRUCTURAL DIAGRAM
DRAULIC DIAGRAM
93
Bedroom
21
97
51
2032
DATE:
2
Bathroom 98
40
2150
20
20
90
Mark
2
51
2143
762
19
26
813
762
Laundry 2
Living/ Kitchen
2040
762
17
7
51
2150
762
99
92
Bedroom
18
91
51
2032
UP
762
762
100 Bathroom
40
2032
2032
5
4
762
2
2032 Fire Stairs 51
Lobby
762
16
51
2150 2150
Living/ Kitchen
2
2032 13
1
Family and Type
2
51
Mark
ELECTRICAL/ FIRE M_Single-Flush: 0813 813 x 2134mm 3 2DIAGRAM M_Single-Flush: 0813 813 1
2
2032
Level 1
2
Level
40 Kitchen Living/
6
2
2143
6
Door Schedule
2
40 40
2
2143 2143
Doo Level
2
51
2
2032
2
51 51
2
2134 2134
PROJECT TITLE
Assignment 3B
STUDENT NO. CON 3 SHEET 2 2016 DRAWING NUMBER A102
A1667263 7/06/2016
DRAWING TITLE
F:\constructionFINALds5designassign3B.rvt
20
10
0
10
DATE:
7:36:20 PM
SCALE: 1 : 100
20
30
40
50
60
70
80
90
100mm
Family a
M_Single-F x 2134mm M_Single-F x 2134mm M_Single-F x 2134mm M_Single-F x 2032mm Sliding Doo (AUS): Type Sliding Doo (AUS): Type Sliding Doo (AUS): Type M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm Sliding Doo (AUS): Type Sliding Doo (AUS): Type Single - Ste (AUS): 920 M_Single-F x 2134mm M_Single-F x 2134mm M_Single-F x 2032mm Sliding Doo (AUS): Type Sliding Doo (AUS): Type Sliding Doo (AUS): Type M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm M_Single-F x 2032mm
Bathroom
6
Bedroom
Le
Living/ Kitchen
Fire Stairs
Living/ Kitchen
Le
16
1 2
Laundry Bedroom
2
3 2
4
2
Laundry
2
11 2 Bedroom
2
Lobby
2
UP
4
21
90
36
A101
1
Le 2
Laundry
8
2
2
27 2
Bedroom
26
2
94
Le
Le
24
15
Le
Le
Living/ Kitchen
Living/ Kitchen
Le
Le
25
95
2
2
21 2
Le
22
23
2
11
13
Le
Laundry 2
Bathroom
2
Bathroom
12
89
5
93
Bedroom
2
Bedroom
96
20
Le
2
Bathroom 98
6
Le
7
97
2
Le
Le
20
Fire Stairs
5
Services
25
A101
2
Living/ Kitchen
24
8
14 2
Le
19
Le 2
Living/ Kitchen
Laundry
Le
17
Laundry 2
7
10
2
2
Le
18
2 2
19
12
17
Bathroom
9
99
2
Services
18
91
1
Laundry
2
2
Lobby
Le
92
Bedroom
2
16Bathroom
2
2
100 Bathroom
2
Living/ Kitchen
2
2
13
Le
Le
Le
9 1
1
2
3
4
Level 1
5
Le
Le
Le
Le
1 : 100
Le
Gr
Revit was also first taught in this studio and one of the many tasks was to model our design completely within this software. After structure was modelled, services such as hydraulics, electricals and pipes were added. Mechanical systems were also added along with HVAC and plant rooms.
2
These systems were then put into diagrams to show how they were placed within the building and connected to the mains. Documentation sets were then made, these consisted of tags for doors and windows as well as electrical points. Rooms were also colour coded to match a legend.
STRUCTURAL DIAGRAM
4
34
HYDRAULIC DIAGRAM
OTHER WORKS
Outside of university and in my spare time I enjoy sketching up ideas in my sketchbook and sometimes bringing them to life through digital representation softwares and renderers such as Blender and Maxwell for Rhino. These projects span from house ideas to commercial buildings.
External design competitions have also been a great experience to learn and put my ideas out into the real world. Projects have been small but putting work behind real concepts and presenting them has sparked my passion for this profession even more.
38
MODEL
Throughout architecture school and in some cases when growing up, models have always been important. I feel that they are the most important part of the design process, not just completed models but working models aswell. Growing up I always enjoyed making model cities out of lego and later card and balsa.
This extended to my interest in model railways and aviation. While studying in architecture school I developed skills in lasercutting MDF, which I used for many projects. I also developed skills in foam cutting which helped for working models as well as finished models of foam and card.
42
SKETCH + PAINT
An important past time has always been sketching and painting. Mostly landscapes or architecture, I would usually draw what inspired me which has always been an interest in Russian culture and architecture.
I enjoy oil painting as well as acrylic but also sketching with charcoal and pencil. Most of the works are from memory or places which I wanted to visit. Architecture is everywhere, so much so that I can’t imagine a world without it.
46
Thank you.
Tel: +61 481 091 538 E-mail: william.kej@gmail.com Address: 44 Mary Street, Unley, SA Australia, 5061
WILLIAM JURY
Graduate of Architecture