PORTFOLIO
YING KAREN CHOW SELECTED WORKS 2011- 2017
Name
Ying Karen Chow
Contact
+(852) 69082022 Karenchow1203@gmail.com
About Me
As an architecture graduate, I am keen on learning and broadening my knowledge, skills and working experience in the design industry.
CONTENT
Academic Projects 01
Wyndham City Gateway
02
A New Way of Living
03
Archfield, St Kilda
04
Maribyrnong Community Centre
05
Thesis Project: Hospital of Body, Mind & Spirit
Documentation Drawings Sketches
Academic Projects 01 Wyndham City Gateway Studio AIR (2013) was structured around a practical project that emulates a real-world competition for Wyndham City Western Gateway. The project was still on going as of January 2013 and winners have not been announced. The course borrowed the competition’s context, documents and stakeholder insights and was divided into three modules: Part A: Case for Innovation: where we were to construct a convincing argument for the parametric approach to the design challenge; Part B: Design Approach: to develop a particular form- making technique through parametric modeling; Part C: Project Proposal Stage: the development of a realistic yet innovative design proposal. (Part B and C) were done in teams of 3.
Design Inspiration and Development Landscape can be thought of as an aesthetic term – a view through a window, or through a camera lens, or a landscape painting. Humans stand objectively apart from landscape, as the subject gazing at the object. Although it is an aesthetic term the bond between the ‘viewer’ and the landscape is interconnected. This study discusses the Wyndham community’s special places and landscapes, but also the ordinary and everyday places that communities value, such as particular viewing points, favourite fishing spots, or places that offer that rare experience of ‘quiet still awareness’. In addition to ‘special places and landscapes’ we are also valuing what might be thought of as commonplace, ‘local distinctiveness’. Windbreaks of Sugar Gums and boundaries of dry stone walls are not singular features in Wyndham: they repeat across the landscape and express ‘local distinctiveness’ through their repetition. Landscape, place and local distinctiveness are not mutually exclusive concepts, but depend on the cultural inclination of the interpreter.
Zoetrope
Zoe --> Alive, active Trope --> Turn
VARIATION
1
TECHNIQUE
1
TECHNIQUE
2
TECHNIQUE
3
TECHNIQUE
4
TECHNIQUE
5
TECHNIQUE
6
TECHNIQUE
7
TECHNIQUE
8
TECHNIQUE
9
TECHNIQUE
10
VARIATION
2
VARIATION
3
VARIATION
4
VARIATION
5
VARIATION
6
VARIATION
7
VARIATION
8
Design Concept We came up with the idea of thresholds and we thought that in order for users to experience the 'quiet still awareness', it is important that they first experience the 'noise', the busy area, then a bigger contrast would appear. To do that, we decided to place segments of 'noise' at both end of the gateway design, so both ends of the users could experience the same effect. The segments of noise would be represented by the input parameters that we have explored previously, which is the tonal variance of the site from plane view. They would then be connected to a series of strips overhang the road to represent the still and gently undulating topography of the road. By interpreting the tonal quality of the site and translate it into the design we believe that this would be represented as a site specific design that can create an experience for the users of the values that Wydham carries.
Wyndham council acknowledges the very real possibility of losing its identity and becoming a cluster of suburbs with no character of possibility for reflection and of its place history. In designing architecture which represents the cultural inheritance values of Wyndham, in particular that 'quiet still awareness', we believe it has strengthen Wyndham's identity by providing an experience for the users going through the Gateway. Through exploring the possibility of parametric modelling and developing an algorithm, we came up with a final design for this project which utilizes simple shapes and geometries to engage with the site to reflect the important elements of Wyndham in particular its natural topography.
Supporting System
Corten steel cladding on struts.
The design would be constructed in steel so it would be light weight and cheap. It would then be cladded with corten, which is a weathering steel as we thought its rustic appearance and its rich deep red brown color relates to the natural landscape that Wyndham emphasised. It represents the color of the native River Red Gum and other natural elements such as sand and soil. A typical truss system was chosen to form the strips of our design. It would be easy to prefabricated in factory and construct on site. Struts would be required to support the strips that are running parallel over the road.
Final Presentation Link: http://prezi.com/4s8yblfsykbh/untitled-prezi/?kw=view-4s8yblfsykbh&rc=ref-35295283
Short stop motion video we made in order to show the experience that we are trying to convey: http://www.youtube.com/watch?v=tiosQzYWyRw
Physical Model of Design
02 A New Way of Living Urban Strategies for the increasing population density of Kensington
Design Concept My project was to investigate the possibilities to drive congregation while coping with the increase population density in Kensington, Melbourne. Through analysis of the two cities of how they have dealt with the large amount of population, my proposition for Kensington focuses on two important aspect; the community, and connection. My strategy is to convert the existing terraced housing into a community center, a place to foster a neighborhood friendly community. Instead of individual backyards that are small and private, I am proposing an open public footbridge extending from the balconies of the terraced housing that residents rarely use, thus creating a connection between the two sides of Kensington that was originally split by the train line. I believe that through incorporating the calm and relaxing Vienna living lifestyle and the convenient and selfsufficient Shanghai living, Kensington would be able to cater for all levels of living.
Kensington Figureground Site plan 1:5000
Background study of the two cities VIENNA • Green city (50% green spaces) • Courtyard residential housing type to increase green spaces • Eco-mobility: combination of public transport and cycling • 5 to 6 stories mixed use retail with residential apartments and offices • Outdoor laneways cafes and restaurants
SHANGHAI • Self- contained towns (community centers and recreational areas within towns) • Clear zoning of areas • strong sense of community and culture • mixed use buildings (retail & residential/ Retail & commmercial offices) • pedestrian bridges linking buildings together
Design Development KENSINGTON
VIENNA
SHANGHAI
Aspirational section
Design Development
Physical Model
Aspirational college and sketches
Overview
Garden as Footbridge
Overview
Library
Section
03
St Kilda as “CULTURAL PRODUCER” St Kilda as “STAGE” St Kilda as “SYNTHESIZER OF SUBCULTURES”
Archfield
Site Overview
Design Concept
Archfield acting as a cultural producing hub will continue to support and serve local producers and performers in areas such as music, theatre, art, fashion, education, dance and food. Like the Palais’ pulley system that seamlessly changes scenes, Archfield will also be capable of staging events and gatherings adapting to different seasons and people. The beautiful panoramic view of the St Kilda Foreshore will be kept along Upper Esplanade while new vantage points and vistas are created on site for visitors to ‘watch and be watched’. The striking red arches curving around the site accentuate the quirkiness and confusion that St Kilda architecture brings us.
Site Masterplan Phase 1
St Kilda Triangle working along side with the Palais Theatre will become the key cultural destination for our community like it once was. Everyone is welcome here in Archfield. There are things to do, views to see, places to explore. It is a hip place to be, one that you wouldn’t want to miss.
Design Inspiration:
Site Analysis:
Railway
Luna Park Scenic Railway
Roman Town Square
Site surrounding
Wind and sun analysis
Viewpoints analysis
Design connectivity
Moulded landscape shell
Activities under landscape shell
Carpark under landscape shell
Public gathering spaces
Viewpoints
Axonometric View Site Section B-B
Site Context Plan
Site Section A-A
Site Section C-C
^ Cultural Complex Void Entrance View Along Upper Esplanade >
^ Palais Forecourt Town Square >
04 Maribyrnong Community Centre
Design Concept The new community centre at the former defence site at Maribyrnong will provide four main facilities for locals and visitors. It will consist of a library, a childcare centre, a gym with an outdoor basketball court and a multi-purpose hall for different activities such as dance performances and monthly open table. Inspired by the remains of the concrete blast walls on the site, the four new striking concrete walls at heights of 12m and 14m will act as a device separating the four zones of the community centre. Openings are punctured through walls to create circulation between zones. Colored glass is also installed at various punctures to allow colored lights into spaces such as the library and the sports centre. Each zone has its own distinctive material and design language to accentuate the different purpose they serve.
CHILDCARE
SPORTING FACITLIIES
MULTI FUNCTION HALL
LIBRARY
The childcare centre uses a vibrant patchwork of bricks and curvature walls to create a sense of playfulness. The roof garden on top will create a space for parents to gather and observe. The sports centre is designed with a combination of aluminium framing and copper cladding. The gym is arranged facing south with view to the outdoor basketball court. The multi- functional area on the other hand is designed as a set of puzzle pieces that are separated yet connected through a glass tunnel, symbolizing different groups of people coming together as a community. Lastly, the library designed in timber and glazing, with a double height space will allow natural lights and create a spacious and comfortable learning environment for people at all age. Overall the community centre will create a sense of place and of belonging to the locals of Maribyrnong. There are things to do and see during various times and seasons of the year and will become the new destination for people visiting North-west of Melbourne.
Site Plan
Design Development Design Inspiration ESD Implementation
Site Concrete Blast Walls
Natural Sunlight
Aluminium Louvre
Precedents of feature wall in architecture
Green Roof
Sustainable Materials
Natural Ventilation Feature Wall Design Progression
Ground Floor Plan Library 1. Reception/ Office 2. Junior Collection 3. Adult Collection 4. Computer Room 30. Quiet Study Room 31. Meeting Room 32. Office 33. Pantry 34. Lounge
Childcare Centre 5. Reception 6. Office 7. Lounge 8. Observation Room 9. Storage 10. 2-3 Years Old Playroom 11. Pantry 12. 3-4 Years Old Playroom 13. Alcove
14. 15. 16. 35. 36. 37. 38.
TV/ Reading Room Storage Outdoor Playarea Green Roof Garden Timber Decking Broadwalk Cafe
First Floor Plan Sports Centre 17. Reception 18. Office 19. Storage 20. Male Changing Room/ Toilet 21. Female Changing Room/ Toilet 22. Dance/ Yoga Studio 23. Outdoor Basketball Court 40. Gym
Multi Function Area 24. Art Gallery 25. Storage 26. Hall 27. Lounge 28. Reception 29. Glass Corridor 41. Classroom 42. Classroom 43. Classroom
Exterior view of Library and Childcare
Multi-function Hall
Sporting facilities- Outdoor Basketball Court
Library- Junior Collection Area
^ Childcare Outdoor Play area Exterior view of Multi- function Hall >
05 Hospital of Body, Mind & Spirit
Can the incorporation of spiritual elements in hospital support the psychological wellbeing of patients through the journey of uncertainty in organ transplant? This thesis project investigates the incorporation of spiritual elements in hospitals to support the psychological wellbeing of patients through the journey of uncertainty in organ transplant. The current issue with organ transplantation is the mismatch of organ supply and demand, resulting in a long waiting time for a patient to receive a suitable organ. Negative psychological emotions such as fear, stress and anxiety often cause patients to feel hopeless in life. Current hospital design is institutionalised, with hard and bright white spaces dedicated by the demands of hygiene and efficiency often make patients feel even more alienated and vulnerable. Therefore, the design aims to rid this common perception of hospitals by providing a positive environment for patients to look forward to in their trek to the clinic. Inspired by Maggie’s Cancer Caring Centres, the design of the new spaces focus on incorporating the elements which makes it successful; natural lighting, greenery, volume and the choice of materials into various spaces in the hospital including its entrance, inpatient rooms, counseling rooms and an additional rooftop sanctuary. The newly designed hospital aims to uplift patients’ hope and spirit by creating a warm and welcoming environment for their recovery in all dimensions of life; body, mind and spirit.
Maggie’s Cancer Caring Centres
Hospital ROOF TOP SANCTUARY • Counseling space • Contemplative space • Exercise space INPATIENT ROOM
CONSULTATION ROOMS HOSPITAL ENTRANCE
PHILIP BLOCK
MAIN WARD BLOCK
Design Concept
Rooftop Sanctuary Timber structure and lining board has been used to construct the roof of the overall sanctuary.
Inpatient Floor The floor has been reorganised and replanned- services and staff area located in the middle of the floor plan while patient rooms has been redesign
Entrance Hanging vines and climbing plants has replaced the existing concrete board to provide natural shading and create a warm and welcoming entrance to the hospital. Axonometric Diagram of Hospital
Inpatient Room Design
Interior Concept Diagram
The use of a color reflective plate located at the sliding door is used to impart faint color hues to natural light to create rainbow- like light entering the inpatient bedroom. Hanging vines drapes down from the balcony provide patients with high infection risk a visual connection with nature. It also acts as shading device and cast a beautiful shadow into the room. Graining rotates from floors to ceilings to subtly elongate the room. Lighting design of the room also create an illumination of the room seems larger than it is.
Section B-B
Rooftop Sanctuary Section A-A & Plan
1. 2. 3. 4. 5.
Walking meditation space Large contemplative area Communal Kitchen Office Counseling room & private contemplative area
6. Outdoor contemplative seating 7. Therapy room 8. Kitchen outdoor decking 9. Communal Kitchen 10. Courtyard
11. 12. 13. 14. 15.
Counseling room Outdoor exercise area Exercise room Open green area Vine planting space
< Inpatient Room
^
Counseling Rooms and Waiting Area
Counseling Room
^ Large Exercise Room Contemplative Area >
Total Values of Tower
1
GFA: 981578.4 m2 NLA: 752999 m2 Efficiency: 76.7%
4
5
6
7
8
1
GFA: 981578.4 m2 Efficiency: 76.7% NLA: 752999 m2 Efficiency: 76.7%
A
GFA: 18971.5 m2
BC
Sky-rise Floor NLA: 18246.5 m2 GFA: 18971.5 m Efficiency: 96.2% NLA: 18246.5 m2 Efficiency: 96.2% 2
D
EF 1
F
A1.1 1
High-rise Floor
8
Level 40
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
D
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
Level 39
RL +202.5m
Level 38
RL +198.5m
Level 37 Roof
RL +210.5m
Level 36
E
RL +190.5m
Level 40 Roof RL +206.5m RL +210.5m Level 35
RL +186.5m
F
Level 39 Level 40 RL +202.5m RL +206.5m
Level 34
RL +182.5m
Level 38 Level 39 RL +198.5m
1 A1.1
RL +202.5m
Level 33 RL +178.5m Level 37
RL +194.5m Level 38 RL +198.5m
G
Level 32 RL +174.5m Level 36 Level 37 RL +190.5m RL +194.5m
H
Level 31 RL +170.5m Level 35 Level 36 RL +186.5m RL +190.5m
I
Level 34
Level 35 RL +182.5m RL +186.5m
1 A1.1
J
Mechanical Floor 3 RL +166.5m
Level 33
Level 34 RL +178.5m RL +182.5m
Level 30
1 A1.1
RL +162.5m
Level 32 Level 33 RL +174.5m RL +178.5m
Level 29
RL +158.5m
3
4
5
6
7
Level 31 Level 32 RL +170.5m RL +174.5m
8
Level 28
RL +154.5m
Level 31
RL +170.5m
Level 27
RL +150.5m
Mechanical Floor 3
IJ A
RL +166.5m
Level 26 RL +146.5m Level 30
Mechanical RL +162.5m Floor 3 RL +166.5m
1 Sky Rise BFloor Plan 1:500 J 1 Sky RiseCFloor Plan 1:500 1 2
3
4
5
6
7
8
Level 29 RL +154.5m RL +158.5m
D
3
4
5
6
7
8
Level 28 RL +150.5m RL +154.5m
High-rise Floor
A
High-rise Floor NLA: 19638.8 m2
A B
GFA: 23290.1 m2
GFA: 23290.1 m2 Efficiency: 84.3% NLA: 19638.8 m2 Efficiency: 84.3%
BC
1
Level 25
RL +142.5m
Level 29
Level 30 RL +158.5m RL +162.5m
2
D E EF
Level 23 RL +134.5m Level 27 Level 22
RL +130.5m
Level 26
Level 27 RL +146.5m RL +150.5m
Level 21
RL +126.5m
Level 25
Level 26 RL +142.5m RL +146.5m
E
Level 24
Level 25 RL +138.5m RL +142.5m
F
Mechanical Floor 2 RL +118.5m
Level 23 Level 24 RL +134.5m RL +138.5m
Level 19
RL +110.5m
Level 21 Level 22 RL +126.5m
H
Level 21
I
RL +118.5m
RL +130.5m
Level 18
RL +106.5m RL +126.5m
Level 17
RL +102.5m
Mechanical Floor 2 Level 16
RL +98.5m
A A B
D
1
Level 20 Mechanical RL +114.5m Floor 2
1 A1.1
RL +118.5m
Level 15 RL +94.5m Level 19 Level 20 RL +110.5m
1 A1.1
RL +114.5m
Level 14
RL +90.5m
Level 18 Level 19 RL +106.5m RL +110.5m
3
4
5
6
7
Level 13
RL +86.5m
8
Level 17 Level 18 RL +102.5m RL +106.5m Level 12
RL +82.5m
Level 16 Level 17 RL +98.5m
RL +102.5m
A IJ B Floor Plan 2 High Rise 1:500 J 2 High Rise C Floor Plan 1 2 1:500
Medium-rise Floor
RL +134.5m
G
J 1 2A1.1 HighGRise Floor Plan 1:500 G H 1 2 I H
Medium-rise NLA: 4582.8 m2 Floor
Level 20 RL +114.5m Level 22 Level 23 RL +130.5m
1 A1.1
F
1 A1.1
GFA: 23290.1 m2
Level 24
RL +138.5m
Level 28
C D
1 A1.1
Level 11
RL +78.5m
Level 15
Level 16 RL +94.5m RL +98.5m Level 14 RL +90.5m Level 15 RL +94.5m Mechanical Floor 1 RL +70.5m
3
2
4
3
5
4
6
5
7
6
Level 13
Level 14 RL +86.5m RL +90.5m
8
7
Level 10 RL +66.5m Level 12
Level 13 RL +82.5m RL +86.5m
8
Level 9
RL +62.5m
Level 11
Level 12 RL +78.5m RL +82.5m
Level 8
GFA: 23290.1 m2 Efficiency: 80.3% NLA: 4582.8 m2 Efficiency: 80.3%
BC 1 A1.1
E EF 1 A1.1
RL +58.5m
Level 11
RL +78.5m
E
Level 7
RL +54.5m
Mechanical Floor 1 RL +70.5m
Level 6 RL +50.5m Level 10
F
Mechanical RL +66.5m Floor 1 RL +70.5m
C D D
F
1 A1.1
Level 10 RL +62.5m RL +66.5m
Level 4
RL +42.5m
Level 8
Level 9 RL +58.5m RL +62.5m
Level 3 RL +38.5m Level 7
Level 8 RL +54.5m RL +58.5m
H
Level 2
RL +34.5m
Level 6
Level 7 RL +50.5m RL +54.5m
I
Level 1
RL +30.5m
Level 5
Level 6 RL +46.5m RL +50.5m
1 A1.1
J
I H
Low-rise Floor
Level 5 RL +46.5m Level 9
1 A1.1
G
1
Level 4 Level 5 RL +42.5m Ground level RL +46.5m
1 A1.1
G 3 Medium Rise Floor 1:500 G H
A
BC 1 A1.1
RL +38.5m
2
3
4
5
6
7
1
8
E EF 1 A1.1
F
I H
3
4
5
6
7
Level 1 8 Level 2 RL +30.5m RL +34.5m Level 1
D
1
2
3
4
5
6
7
8
3
4
5
6
7
8
A A B BC
F 1 A1.1
1 A1.1
Ground level
E
H
EF
I 1 A1.1 1 A1.1
1 A1.1
C
1
2
3
4
5
D
1
2
3
4
5
6 Section 1-1 1:500 6 Section 1-1 1:500 6 7 6
7
RL +23.5m
Ground level RL +23.5m
8 8
E F
C D D
G
J
RL +30.5m
B
E
G 4 Low Rise Floor Plan 1:500 G H
1 A1.1
2
A
C D D
Level 3
Level 4 RL +38.5m RL +42.5m Level 2 Level 3 RL +34.5m
A J Rise Floor 3 Medium 1:500 B 3 Medium Rise Floor 1:500 C 1 2
A B
RL +23.5m
6 Section 1-1 1:500
IJ
GFA: 23290.1 m2 Low-rise Floor NLA: 4582.8 m2 GFA: 23290.1 m2 Efficiency: 80.3% NLA: 4582.8 m2 Efficiency: 80.3%
ABPL 90118 Applied Construction Assignment 1 Stacking Tan Xu Ren Daryl 516571, Ying Karen Chow 531688 Tutorial Number: T01 Tutor: Yohan Abhayaratne Group: B ABPL 90118 Applied Construction A 1.1 Assignment 1 Stacking ABPL 90118 Applied Tan Xu Ren DarylConstruction 516571, Assignment 1 Stacking Ying Karen Chow 531688
7
C
1 SkyGRise Floor Plan 1:500 G H 1 2 I H
Low-rise Floor
6
RL +210.5m
A1.1
GFA: 23290.1 m2 NLA: 4582.8 m2 Efficiency: 80.3%
5
Roof
C D
1 A1.1
E
GFA: 23290.1 m2 NLA: 4582.8 m2 Efficiency: 80.3%
4
RL +194.5m
A B
Sky-rise Floor
Medium-rise Floor
3
RL +206.5m
2 GFA: 981578.4 NLA: 18246.5mm2
2 Total Values Tower NLA: 752999 mof Efficiency: 96.2%
GFA: 23290.1 m2 NLA: 19638.8 m2 Efficiency: 84.3%
2
B
Example of Construction work
The subject focuses on the design development of a programmatically complex building types â&#x20AC;&#x201C; commercial high rise building. We explored and translated complex design propositions into a mode of construction, which considers assembly, materiality, regulatory frameworks, program-based technical requirements, environmental servicing, multidisciplinary aspects and leading edge industry practice. In pairs, my partner and I came up with the overall design of the building while we then went on and complete partial technical details of the building individually.
3
A
Sky-rise Floor Total GFA:Values 18971.5of m2Tower
Documentation Drawings Applied Construction
2
F
1 A1.1
G H I
J G 5 Ground Lobby Floor Plan 1:500 G H
1 A1.1
I H
1 A1.1 1 A1.1
Partial Isometric View
Physical Model Exploration
Environmental Control Design: Passive System: Adjustable louvres between glazing for solar sun shading allow maximum winter sun and block out summer heat gain
Active System: Under floor air distribution:
Adjustable louvres Equinox 52 Degrees Hot air rises and channel into the ceiling
Air supply through floor diffusers Summer Solstice 75 degrees
Floor to floor: 2700mm
Winter Solstice 29 degrees Raised floor
First variation of panels Second variation of panels
Note: Angle of facade is designed to block summer sun and allow winter sun to warm the building
Note: Each building module (1200mm) consist of two panels
Partial Section
Partial Elevation
Lobby Entry Design sketch First floor
Structural glass fin
Steel mould according to glass shape for support at the back. This shape can continue the aesthetic view of the building and provide shelter.
Automatic Sliding door
Lobby Entry Section
Sketches I started pursuing my architecture degree 5 years ago due to my love and passion of drawing and sketching. Even though 3D modeling and other technical software and devices are much more advanced and commonly used throughout my education, sketching is still my favourite way of expressing emotions and capturing beautiful things.