Po r fo l i o
Architecture Portfolio L UM CH E N G Pu i Lam Pau l i ne | 20 1 9
About me
- Lum CHENG Pui Lam Pauline -
+852 9405 8859 lum0813@gmail.com issuu.com/lumcheng
[EDUCATION]
The Chinese University of Hong Kong (2017- 2019) 2017-2019 Master of Architecture (MArch) City University of Hong Kong (2012 - 2016) 2014-2016 Bachelor of Science (Honours) in Architectural Studies (BScAS) First Class Honors 2012-2014 Associate of Science in Architectural Studies (AScAS) Ho Lap College (Sik Sik Yuen Sponsored) 2006-2012 F1 to F6 - Attempt public examination HKDSE
[WORK EXPERIENCE]
Summer Intern/ Part-time@AaaM// 2018JULY - NOV Primiarily working on a mixed-use project in PRC and an installation project in HK Architectural Graduate (Year Out)@Aedas// 2016 JUL - 2017 AUG Primiarily working on various mixed-use projects in PRC and engaging in different stages of the design. Partime Revit Modeller @CityU// 2015 OCT-DEC Built structural model and graphics for web publishing | Dr. Caroline T W Chan Research Assistant @CityU// 2015 summer Data collection and analysis, drawing production for a project about Hong Kong housing history| Dr. Carmen C M Tsui Architectural internship @Housing Authority // 2013 summer Participated in site office - Lower Ngan Tau Kwok Estate
[ EXTRA CURRICULAR ACTIVITIES / EXHIBITIONS ]
Studio Exhibition 2018 Exhibitor of Studio Exhibition in Chinese University of Hong Kong (M1 Semester2: Rooftop Cinema) Architectural Studies Graduation Show 2016 Exhibitor of 2016 Architectural Studies in City University of Hong Kong CSE Students Project Exhibition 2014 Act as a Project Representatives to introduce the project idea to the visitors of the CSE Student Project Competition 2014 Architectural Studies Graduation Show 2014 Exhibitor of 2014 Architectural Studies in City University of Hong Kong Student Mentor 2014 PALSI Leaders 2014 An Institutional Peer-Tutoring Scheme - trained by EDGE's Education Development Officers (EDOs). After completing the training, appointees are required to meet with the registered junior year students to run peertutoring sessions on a weekly basis. [GIFT] Design ideas competition 2013 Participated competition as team held by Hong Kong Science Park Study Tour | South Korea 2013 Participant of CityU Architectural Studies Study Tour 2013
M2 Thesis Project
Content
- Selected Work 2012-2019 -
00
FLOW & PAUSE
A Community-driven Uphill Transit Commute Proposal
ACADEMIC SELECTED WORKS [2012-2016]
ACADEMIC SELECTED WORKS [2012-2016]
Studio Projects
01
02 THE FLOW MORPH
Visitor Center in Hok Tsui Artist Village
Shopping Mall in Sheung Wan
03 01
a watch company Headquarter Office 02 in Causeway Bay
Visitor Center in Hok Tsui Artist Village
Shopping Mall in Sheung Wan
a watch company Headquarter Office 02 04 in Causeway Bay
MKCEC MKCEC
A Healthful Ultra-High Density Vertical City in Mong Kok
A Healthful Ultra-High Density Vertical City in Mong Kok
MAKERHUB
03Maker Paradise in ShenZhen
05 04
PRACTICAL MKCECGraduateEXPERIENCE Architectural (Year-out) @ AEDAS
Con
Con
04
MKCEC
ten
t
A Healthful Ultra-High Density Vertical City in Mong Kok
04
ROOFTOP CINEMA
Architectural Graduate (Year-out) @ AEDAS
06
Architectural Graduate (Year-out) @ AEDAS
06
MISCELLANEOUS
MI
A Healthful Ultra-High Density Vertical City in Mong Kok
PRACTICAL EXPERIENCE
PRACTICAL EXPERIENCE
C06o
MORPH
03Shopping Mall in Sheung Wan
05Utilization of Rooftop Space in Urban Void
05
AH
02
a watch company Headquarter Office in Causeway Bay
GEAR TOWER
MK
MORPH
THE FLOW
GEAR TOWER
03
04
GEAR TOWER
Other works: Digital Media Facade/ Sketching/ Photography
ten
t
06
MISCELLANEOUS
Other works: Digital Media Facade/ Sketching/ Photography
Othe
MARCH YEAR2 THESIS PROJECT//
FLOW & PAUSE
00
A Community-driven Uphill Transit Commute Proposal
//
Flow – transitional spaces that cater efficient circulation; Pause – public spaces that allow people to gather and socialize. Walking up against slope maybe physically demanding and hence discourage people to explore the urban life uphill. By integrating the concept of Flow and Pause, the community-driven transitional space would provide a meaningful journey for commuters, thus attract more people moving uphill. This thesis is to promote active mobility with sense of community through infrastructure and architecture in sloped districts. Transitional space is not only about commuting, but also acts as a catalyst for building up sense of community. In view of the geographical constraints, Hong Kong became a hyper dense metropolis and belied its tremendous population. In recent decades, Hong Kong had undergone Transit Oriented Developments (an urban development which responses to support walking within reasonable distance) by designing high-density mixed land-use and pedestrianfriendly urban area around public transit. Although TOD brings cataclysmic effect on the urban development of HK, most of the mass transportation systems are limited to certain horizontal levels. Only a small portion of land is suitable for building railway and most major business districts are concentrated in flat areas. This caused Hong Kong to become one of the most populated cities in the world. Creating infrastructural design which addresses geographical limitations is a challenge for Hong Kong. What if a community-driven transit can be a solution to Hong Kong in decentralizing population and enhance mobility to uphill instead of reclaiming land from our treasurable Harbor? In this thesis, the effectiveness of circulation space and social public space will be studied, in order to design a communicative transitional space. Integrating the social activities and necessary activities in transitional spaces help extending urban life from the transit node towards the mountain, thus, to decentralize the condensed districts and unravel hidden opportunities of developing spaces uphill.
8
Hilltop Mansion
e
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
7
Introducing Community Centre for all in building up sense of community 6 and contributing to the unity of the neighborhoodb
d
4
Clou
Kiangsu-Chekiang College / Kiangsu And Chekiang Primary School (international Upper School)
Recontruct and revitalization ofc old buildings
d Vi
ew
Road
15
s
Man Kiu College
Escalator Linkage Landing connects to the adjacent building
5
14
3 a
ad
ple Ro
u Tem
Tin Ha
r
Bridging uphill and downhill neighborhood Active Transit as alternative downhill method 2
1
Blending different groups of people among the two districts to foster collaboration
Water Education Complex
New interest points attracting people to travel thru the green belt
p q
p
p
13
Intervention of MYWS
n
12
New Typology of Podium stitching the neighborhood together
m
11
k
10
Pedestrian Linkage Axis 9
Extending urban vitality of Kings’s Road along Ming Yuen Western THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA Street and the water course to uphill. | MERGE THE INTERIOR SPACE TO THE NATURE
j
10
10
i
h
f
g
Ming Yuen Western Street
Chun Yeung Street Weet Market 8
Exhibition Space
e
7 c
6
d
b 4
5
inside the restaurant... SCALE 1:400
PAUSE //Program a Revitalization of retail floor b Small Retail Block c Community Restaurant d Small Retail Block (Extension of existing retail podium) e Community Centre f Nursery g Private roof garden for the education centre h Public roof garden i Education cntre entrance garden j New building (connect to escalators going hillside complex) k Stepped terraces m Studio apartments n Platform with seating area p Hillside Water Educational Complex (water service reservior) q Hiking trail resting area r Small Retail Block (connecting hillside complex to uphill) s Small Retail Block (Cloud View Road)
3 a
Extending the mass transit catchment area Providing alternative commuting way for school childs and residents of Braemar Hill.
King’s Road
2
Existing MYWS 1
Existing Site Map 1:1000
9 PAGE | 6 Chun Yeung Street Weet Market Western Street
FLOW //Access 1 Reactivate Existing Elevated Walkway occupied by street sleepers 2 Existing entrance of Everwin Building 3 Walkway cantilevered from existing building (Everwin Building) 4 New platform across MYWS 5 New stair connecting retail shops and roof 6 Stair access from MYWS to Fort Street 7 New elevated diagonal linkage 8 Walkway over existing building podium 9 Linkage to existing residential podium (Ming Yuen Mansion) 10 Building accessible ramped roofs 11 Building access from upper Kam Ping Street 12 Express Lifts 13 Bridge connecting tower to hillside complex 14 Existing Staircase connecting to Man Kiu College 15 System ends at Cloud View Road
MYWS Intervention Strategies Ming Yuen Western Street (MYWS) is a dead-end uphill street with lots of residential buildings. It is also a open-air carpark where the parking lots are on the two sides of the street. The traffic is not busy here. Residents of this street sometimes would walk on the asphalt ramp instead of the narrow pedestrian stairway. The primary reason making MYWS inaccessible is the long block lengths with narrow alleys. Breaking down the block size and inserting more open space and sitting out areas for residents nearby to gather. Promote compact mixed use neighborhood with adequate public open space and decent walkway throughout the street. As Fort Street is higher than Ming Yuen Ming Yuen Western Street Western Intervention Street. The access from Fort Street could directly connect to the upper level of buildings in Ming Yuen Western Street. People would walk on bridges or Current Situation down to street level afterwards. It could still create seamless connection even there is great level Ming Yuen Western Street Intervention different. Ming Yuen Western Street Intervention Current Situation
Current Situation Ming Yuen Western Street Intervention
Current CurrentSituation Situation
Chun Yeung Street is famous with a wet market that has a tram line running through it. The tram has to squeeze between traders and cart-pullers. The unique feature here is many stores here sell foodstuffs from Fujian.
Ming Yuen Western Street is a dead-end uphill street with lots of residential buildings. It is also a open-air carpark where the parking lots are on the two sides of the street. The traffic is not busy here. Residents of this street sometimes would walk on the asphalt ramp instead of the narrow pedestrian stairway.
Chun Yeung Street is famous with a wet market that has Ming Yuen Western Street is a dead-end uphill street with lots of residential PEDESTRIAN FLOW Improvement a tram line running through it. The tram has to squeeze buildings. It is also a open-air carpark where the parking lots are on the two VEHICULAR FLOW Chun Yeung Street is famous with a wet market that has Ming Yuen Western Street is a dead-end uphill street with lots of residential between traders and cart-pullers. The unique feature sides of the street. The traffic is not busy here. Residents of this street sometimes a tram line running through it. The tram has to squeeze buildings. It is also a open-air carpark where the parking lots are on the two here is many stores here sell foodstuffs from Fujian. would walk on the asphalt ramp instead of the narrow pedestrian stairway. between traders and cart-pullers. The unique feature sides of the street. The traffic is not busy here. Residents of this street sometimes Kam Street Chun Yeung Street is famous with a wet market hasstores Ming Yuen Street a dead-end uphill street lotsasphalt of residential PEDESTRIAN FLOW here isthat many here sellWestern foodstuffs fromis Fujian. would walkwith on the ramp instead of Ping the narrow pedestrian stairway. a tram line running through it. The tram has to squeeze buildings. It is also a open-air carpark where the parking lots are on the two VEHICULAR FLOW between traders and cart-pullers. The unique feature sides of the street. The traffic is not busy here. Residents of this street sometimes Improvement here is many stores here sell foodstuffs from Fujian. would walk on the asphalt ramp instead of the narrow pedestrian stairway.
PEDESTRIAN FLOW VEHICULAR FLOW
PEDESTRIAN FLOW VEHICULAR FLOW
Improvement
Improvement
Improvement
Kam Ping Street Kam Ping Street Kam Ping Street
Fort Street
The primary reason making MYWS Fort Street is higher than Ming Yuen Western Street. The access from Fort Street inaccessible is the long block lengths could directly connect to the upper level of buildings in Ming Yuen Western Fort Street with narrow alleys. Street. People would walk on bridges or down to street level afterwards. It could still create seamless connection Fort evenStreet there is great level different. The primary reason making MYWS inaccessible is the long block lengths with narrow alleys. The primary reason making MYWS
inaccessible is the long block lengths Porosification with narrow alleys.
BUILDING BLOCK EDGES EDGES WITH GREAT LEVEL DIFFERENCE GROUND CONNECTION ELEVATED CONNECTION
Fort Street is higher than Ming Yuen Western BUILDING BLOCK EDGES Porosification Fort Street. Street The access from Fort Street could directly connect to the upper level of buildings in Ming Yuen Western EDGES WITH GREAT LEVEL DIFFERENCE The primary reason making MYWS Fort Street is higher than Ming Yuen Western Street. The access from Fort Street BUILDING BLOCK EDGES Street. People would walk on bridges or down to street level afterwards. It could GROUND CONNECTION inaccessible is the long block lengths could directly connect to the upper level of buildings in Ming Yuen Western EDGES WITH GREAT LEVEL DIFFERENCE still create seamless connection even there is great level different. ELEVATED CONNECTION with narrow alleys. Street. People would walk on bridges or down to street level afterwards. It could GROUND CONNECTION Fort Street is higher than Ming Yuen Western accessconnection from Fort Street BLOCK EDGES stillStreet. create The seamless even there is greatBUILDING level different. ELEVATED CONNECTION could directly connect to the upper level of buildings in Ming Yuen Western EDGES WITH GREAT LEVEL DIFFERENCE Street. People would walk on bridges or down to street level afterwards. It could GROUND CONNECTION Porosification still create seamless connection even there is great level different. ELEVATED CONNECTION
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
Studio Apartment Tower Afterschool Day-care Centre Express Lifts
connect to Braemar Hill
Street Level Shops
connect to adjacent podium
New Typology of Podium
allow access from different levels
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space Community Center pass by the existing podium
Fort Street
MYWS
inside the restaurant...
11 PAGE | 6
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
The Community Centre for the local residents with connection to the existing podium / providing options for people walking on the street or podium level
inside the restaurant...
13 PAGE | 6
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
15 PAGE | 6
Public Reading Zone for schoolkids/ residents nearby The entrance locates near at the end of the ramping walkway which remains the space private. The visual depth extending upward with the opening along the ramps would create a sense of openness. Schoolkids and residents could share the relax space here to study or read books.
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
Afterschool Care Centre for schoolkids from Braemar Hill The afterschool care centre is mainly for schoolkids studying on Bramar Hill or living in North Point. After school hour, normally 4-5pm, when their parents still working, schoolkids would join extracurricular activities and meet new friends from different schools. This would facilitate socialization and help their self-development.
inside the restaurant...
17 PAGE | 6
01 UNDERGRAD | Visitor Center in Hok Tsui Artist Village YEAR4 FINAL PROJECT//
THE FLOW 01 Visitor Center
in Hok Tsui Artist Village, Cape D'Aguilar
[DESIGN APPROACH] Exploration of parametric strategies based on the functions of space and level difference of site, the dynamic curve of roof makes the site alive located in the southeast part of Hong Kong Island. The curve covered the whole visitor center as the roof of the interior space, and also extended as a shelter on upper level which linked to the central plaza of the whole planning.
USING GREEN ROOF
GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
STEEL TRUSS
WOOD CEILING
ROOF EDGE
TAPERED COLUMN
Pavilion/ Entrance Plaza
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING | MERGE THE INTERIOR SPACE TO THE NATURE
Information AREA Center
Plaza
Multimedia Archives/ Digital Libirary
Cafe + Restaurant
Accessible Roof (Open Space)
[CONCEPT] Pavilion/ Entrance Plaza Information Center
UPPER GROUND
FACADE & EXTERNAL WALL Plaza
Multimedia Archives/ Digital Libirary
Cafe + Restaurant
[WAVE]
Accessible Roof (Open Space)
RESPONSE TO HILLY TERRAIN AND COASTAL AREA. Functional spaces and open spaces are arranged alternatively. This enhances the accessibility and visibility of spaces.
inside the restaurant...
Exhibition Space
[BUILDING AS LANDSCAPE]
LOWER GROUND
The form is designed to merge with the surrounding but still attracting people's eyes. The interior spaces are extended to the outdoor which increases the view of depth. People inside would not feel trapped even they are in a small scale building.
19 PAGE | 6 2
01 | Visitor Center in Hok Tsui Artist Village
Hok Tsui Artist Village for Performance Arts
ABOUT THE VISITOR CENTER...
“
EXHIBITION HALL
OUTDOOR PERFORMANCE SPACE HOK TSUI VILLAGE COUNCIL OFFICE
[ZONING]
It is located at the first point people reached of the whole planing. It is a great place for a welcoming visitor center. The curve flows in the direction along the boundary in order to motivate people get into the site. The dynamic form of building draws people's attention to promote the aesthetic of performance arts. The building sit on a slope with 5M level difference. It linked up the two levels, namely entrance level and plaza level. People they can go through the spaces inside the center first, or go to the plaza level directly by the stair at the entrance.
[LOOP CIRCULATION SURROUND THE PLAZA] LEISURE COMPLEX
VISITOR CENTER
ARTIST RESIDENCE
OUTDOOR PERFORMANCE IN CENTRAL PLAZA OUTSIDE THE VISITOR CENTER
PERFORMANCE HALL
[SITE SECTION]
VISITOR CENTER ARTIST RESIDENTCE
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION 30MM Planting BETWEEN DIFFERENT FUNCTIONS OF SPACES. 80MM Growing Medium 1MM Thermal insulation <1MM Vapour Retarder 20MM Metal deck 10MM Rigid insulation
[ROOF STRUCTURE BLOWUP]
SE ELEVATION STEEL TRUSS Horizontal: 50mmØ Diagonal: 30mmØ WOOD SLATS 100mm(H)X300mm(W)
SECTION XX’
TAPERED COLUMN 100mmØ > 300mmØ
5M LEVEL DIFFERENCE OF THE SITE
UPPER GROUND FLOOR PLAN (UG) THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
LOWER GROUND FLOOR PLAN (LG)
inside the restaurant...
[CIRCULATION] Once the visitors arrive the site - reach the red start point, they can choose either go upstairs to the central plaza, or get into the center to enjoy the exhibition. The circulation path is simple but gives great experience inside the center. The third path is for the hikers passing through. Exhibition Space
1// Pavilion - access to Plaza 2// Information Centre 3// Exhibition 4// Exhibition
5// Souvenir Shop - access to Plaza 6// Cafe - access to Plaza 7// Restaurant 8// Access to Artist Residence
21 PAGE PAGE | 4| 6
01 | Visitor Center in Hok Tsui Artist Village [PULSE FORMATION]
The location of peaks are determined by the space and its function. They mainly are located at the spaces which is double height space and front of house. After setting points of peaks, sectional splines are formed, then the roof surface.
Entrance Double-height Performance space
[PHYSICAL MODEL 1:200]
Mid-level exhibition space
[TEST MODEL]
[ROOF MODEL]
//Physical model is the most effective way to visualize the actual form. Using Corrugated Fiberboard is a fast way to test the irregular form like this roof.
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
23 PAGE | 6
04| MKCEC - Ultra-High Density Vertical City UNDERGRAD YEAR4 SEM1 STUDIO//
Porosity & Density Study// #SPIRAL STEPPING OUTDOOR SPACE
COVERED OUTDOOR SPACE
INDOOR SPACE Definition of Porosity = opening/ negative volume ; For building design: = Uncovered open space Porosity [PHYSICAL MODEL STUDY]
50%
75%
25%
LOW-ZONE
MID-ZONE
HIGH-ZONE
+with D-50% for demonstration
P D
There is not much high rise building, only Langham Place Building stand out from the surrounding and sharpen the skyline.
P D
Alternative density in various levels will create interactive dispositions, which also be opportunity for porosity occur.
P D
In dense urban grid with busy transport and circulation network, this building lift up and create open space on ground.
[TARGET USERS] ENTERTAINMENT HUB With the elongated masses, typical floors are developed, People can rent the whole floor or part of it.
ENTERTAINMENT HUB
VISITOR TO MONG KOK
RETAIL The one-way circulation is adapted with stairs and ramps, Use of external circulation also promote the movement.
COMMUNITY HEALTH CARE Large indoor space with circulation inside throughout the whole center, There are also greenery open space at south side.
Interaction through
retail stores and open space
LOCAL RESIDENTS COMMUNITY HEALTH-CARE CENTER
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
02 THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
25 PAGE | 6
04 | MKCEC - Ultra-High Density Vertical City [ENTERTAINMENT HUB] The top part of tower are rental typical floors. Visitor to MongKok can join the various activities upstairs. Swimming pool is one of the feature where can enjoy the city view.
FUTURE FOOTBRIDGE
LANGHAM PLACE
Swimming Pool
Argyle street view
Snooker Room
Sustainable feature//
Solar shading control system For lower part of the tower - community health care center, the exterior fins can allow optimum amount of incoming sunlight. Since the building form is tiled, there is not much sunlight can directly go into the indoor space but daylight does; however when the sun is setting, the fins would flip downwards to block the glare,
[SECTION]
[CIRCULATION IN RETAIL ZONE] One-way path going through all the space in the zone.
[J-GRAPH] Showing the spatial connection. Amusement Arcade | Sky Lobby
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
#Redefine shopping experience People would not be packed in glass volume like the normal mall does. The outdoor spaces serve as buffer zone for people staying. Sometimes, people go shopping not aim at buying things, but they just want to spend their time with their family and friends. Those open space would increase the opportunities for social interaction. 7’F 7’F 7F 7F 6’F 6’F
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
= Indoor retail space = Outdoor open space Multi-function outdoor space | Sky Lobby Community Health Center Sky Garden
inside the restaurant...
OUTDOOR MULTI-FUNCTION SPACE | POP-UP STORES
Exhibition Space
27 PAGE | 6 14
MARCH YEAR1 SEM1 STUDIO PROJECT//
03
MAKERHUB
//
Maker Paradise in Hua Qiang Bei, ShenZhen
This project aims to develop a new high-rise typology that could balance the commercial activity and local needs in HQB. The idea of MakerHUB is to develop a high-effiency vertical city in such a high-rise and high-dense city. MakerHUB provides makers desired living-working space and inspiring co-working space, while other amenities also composed in the same building â&#x20AC;&#x201C; the residents nearby also can access. It is a vertical extension at the northern end of of HQB road, the vehicule-free pedestrian retail street. By stacking up various types of functions, MakerHUB will be a new iconic landmark in the district and draw the markers and tourists attention.
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
29 PAGE | 6
HQB is a hyper-dense urban zone with intensive social activities. It is an industrial zone with state-owned enterprise and currently is the global hub of electronic devices and technological innovation activities.
[POSITIONING]
电子科技大厦
[Electronic Technology Building] BUILDING HEIGHT STOREY COMPLETION
赛格广场
[SEG PLAZA]
208M 46 1995
PODIUM FLOOR AREA 5,058m² TOWER FLOOR AREA 1,578m² GFA 170,000m² PLOT RATIO 18.2 BUILDING HEIGHT 292M(356M) NO. OF STOREY 71 COMPLETION 2000
N
ICONIC BUILDING AS ‘ENTRANCE’ OF HQB
街 行 步 北 强 华
华强广场酒店
[Huaqiang Plaza Hotel] BUILDING HEIGHT STOREY COMPLETION
157M 36 1995
红 荔 路
群星广场
[STAR PLAZA] GFA PLOT RATIO BUILDING HEIGHT STOREY COMPLETION
華
強
北
路
北
側
沿
红
荔
路
145,000m² 12 155M 40 2001
Reconstruction of 上步工业区102栋东座 Existing Vacant units in 2F-6F only street level shops is occupied LongXin Hotel (龙鑫酒店) on 5F Outdoor Carpark next to it Design ‥Provide all Makers needed in one place Outcome - Let them focus on their creation ‥Link to the existing context which provide rich resources and materials for makers ‥Provide entertainment & amenities to the district - Contribute to the society
START/END
AS ‘LIGHTHOUSE’ OF HQB
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
红
荔
路
[CLIMATE RESPONSE]
华
WINDROSE
OFFICE TOWER
6 office units + 2 meeting rooms
SUNPATH
WORKING LOFT
12 LOFT units per each tower
[CONTEXT RESPONSE]
强 B1 MTR linkage
北
From MTR exit on Ground
Ground Floor Open Space
Ground Floor Retail Space
步 行
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
街
106M
From HQBroad
88M
SITE AREA PROJ. GFA BLG. HEIGHT STOREY
Sunken Plaza
SunkenSpace Entrance Exhibition of Shopping Mall
9,328m² 150,000m² 232M 50 N
inside the restaurant...
31 PAGE | 6
[Vertical City] a concept of folding horizontal street in a co-existence space. â&#x20AC;&#x153;[The challenge of high-rise towers] is the design of quality of external spaces that emphasizes on the individual in terms of human scale, choice, comfort, while opening up to the climate, community spaces and nature.â&#x20AC;? - NG,2011
OFFICE TOWER (232M)
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
LOFT2 TOWER (218M) INCUBATOR HEADQUATER OFFICE
Sky Bar Food Court
Health Care Center
Alternative Workspace START-UP OFFICE UNITS
Indoor Sport Court
Workshop
Media Library RENTAL OFFICE
Co-working Space
Auditorium
Cinema x Retail space
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE MAKER SCHOOL
Typical tower with Central Core
Collaborative Core
Sky Garden cum Refuge Floor
Maker Communial Space Facilities&Amenities
ExhibitionSpace Zone Exhibition Eletronic Shopping Mall
WORKSHOP
[Maker Nucleus]
STORAGE+E&M
The architectural design of the MakerHUB symbolises a maker cultural nuclues, a singular point of energy source that radiates maker energy from the inner tube, through the outer ring of typical units, to HQB. All various programs will happen in the inner tube, the public would be drawn inside the building by entering the building on ground or basement.
inside the restaurant...
33 PAGE | 6
N
Mezzanine Level L22M (+2.2M)
30°
E&M
30°
Typical Layout Plan L22 (+0M)
VOID E&M
°
30
°
30
30
°
E&M
E&M
°
E&M
30
E&M
VOID
VOID
E&M
E&M
E&M
E&M 30
30
° 30°
° 30°
LIFT CONFIGURATION
COLLABORATIVE SPACE
MAKER’S COMMUNIAL SPACE
PUBLIC ACCESSIBLE SPACE
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
35 PAGE | 6
Physical Model 1:500
Partial Model 1:200
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
37 PAGE | 6
MARCH YEAR1 SEM2 STUDIO PROJECT//
04
ROOFTOPCINEMA Utilization of Rooftop Space in Urban Void
This project consists of a grassroots rooftop cinema, located high-up in Causeway Bay’s (CWB) urban void that is created by its many high-rise buildings and older urban fabric. It utilises light-weight architectural structural systems to further add onto existing urban hyper-density. The project positions itself as the architectural equivalent of ‘Street Art’ and subversively critiques urban conditions by adding a highly unique and powerfully contrasting touch to existing structures. This design illustrates that despite the homogeneity of its fabric and programme, there are still low-cost, engaging, and creative design opportunities available that can transform CWB into a far more diverse, inclusive and interesting place than it currently seems to have become. By combining latest design technology and clever construction methods, an exciting architectural alternative can be realised.
SITE
To Time s Squa
re
To Hysan Place
- Gap in-between the building accomodation of building service
- Lower block of southern side daylight penetration to deepest interior space
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
Times Square
Hysan Place
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
Section - 1:100
inside the restaurant...
39 PAGE | 6
The three story-high cinema project is an add-on structure that spans two building blocks of an existing mid-rise residential building complex. Its design is developed using computer-driven physical behaviour simulation engines that allow to study how flat structural grids can be elastically deformed into more engaging shapes. The main cinema space is covered by a large bubble-like structure consisting of a bendingactive lightweight gridshell that covers 450m2 and houses a movie theatre for 100 people. The structure is built from 116 bent members that are prefabricated into a grid and bent into shape onsite. It is covered by a tailor-made white tensile fabric that is stretched over the structure as a weather-proof cover. Its edges are anchored to the cantilevering steel floor structure and graphically extend beyond its lower edge to create a highly distinguishable and edgy personality. Towards the back of the space, the large diagrid shell folds down into a hollow column that rests on the existing building. This column extends through the existing roof into the floor below where it allows daylight to enter the cafeteria below.
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
41 PAGE | 6
05 | Practical Experience
05PRACTICAL EXPERIENCE ARCHITECTURAL GRADUATE (YEAR-OUT) @AEDAS
Nansha Coastal Garden Phase 7 //
Guangzhou | PRC
+ A 697,020 sq m mixed use development comprises of a mixed use tower, retail street, shopping mall, SOHO and salable office SOHO, loft, residential and carpark. Aedas is commissioned to design all retail components for this project. GRADE A OFFICE TOWER/SA
GRADE A MIXED-USE TOWER
Central plaZa |
中央绿化广场
GRADE A OFFICE TOWER/SA
(RENDERING FROM DIAMOND) GuanGzhou nansha Coastal Garden Phase 7 | 广州南沙滨海花园7期
PHASE3
TERRACED DECK
(RENDERING FROM DIAMOND)
CONNECTING RETAIL STREET AND SHOPPING MALL
PHASE2 FACADE DETAILED DEVELOPMENT
PHASE4 SCHEMATIC DESIGN
GuanGzhou nansha Coastal Garden Phase 7 | 广州南沙滨海花园7期
(RENDERING FROM DIAMOND)
SOLID TEAM MEMBER The project is divided into 4 phases. the first phase was being constructed when i joined. Current task for me is to finetune the design progressively and now focusing on phase 2. Preparing tender drawing, diagrams, drawing presentation, 3D models, renderings and material sample board for presentation and meeting with clients are my work.
(SITE PHOTO)
+ Project description from company GuanGzhou nansha Coastal Garden Phase 7 | 广州南沙滨海花园7期
PHASE1 UNDERGOING CONSTRUCTION
俌ቸ俌ቸ
俌ቸ俌ቸ
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
ST-P-01 ST-P-01 AL-P-07 AL-P-07
001 001
[LOW RETAIL BLOCKS DESIGN] The low retail blocks connected to the base retails of towers with an elevated bridge. With the retail street on ground, it can convince the residents to fulfill their basic needs. This is not a common type of building can be found in Hong Kong, which became one of my special experiences.
BASE RETAIL PODIUM& LOW RETAIL BLOCKS
[PAVILION DESIGN] We proposed three options to clients. They tend to like the idea of lakeside crystal as a spot of the site. After doing CAD and 3D modeling, we used Lumion to render some images and video clips for presentation.
2-6⤢ṁ ђ्䶘ഴ 2-6⤢ṁ ђ्䶘ഴ
GL-P-02 GL-P-02
GL-P-01 GL-P-01
GL-P-03 GL-P-03
SS-P-02 SS-P-02
GL-P-01 GL-P-01
AL-P-01 AL-P-01
AL-P-07 AL-P-07
8100 8100
8100 8100
8100 8100
ST-P-01 ST-P-01
-
002 1:150 1:150 002
2-62-6 LOW LOW BLOCK BLOCK NORTH NORTH EAST EAST ELEVATION ELEVATION
6500 6500
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
8100 8100
2-6⤢ṁ ђ䶘ഴ 2-6⤢ṁ ђ䶘ഴ
2-62-6 LOW LOW BLOCK BLOCK SOUTH SOUTH EAST EAST ELEVATION ELEVATION
-
-
-
-
-
-
1:150 1:150
8100 8100
MLP OF PHASE2 USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
ᔰㆇ䇴䇗⹊ガ䲘 ᔰㆇ䇴䇗⹊ガ䲘 8100 8100
8100 8100
8100 8100
8100 8100
AL-P-06 AL-P-06
AL-P-06 AL-P-06
AL-P-03 AL-P-03
AL-P-03 AL-P-03
榀㸖汾汣㵳 榀㸖汾汣㵳 ⌵⅗巖18⏞ ⌵⅗巖18⏞ 㸖ⲂḃḔ⾪31㥣 㸖ⲂḃḔ⾪31㥣
GL-P-04 GL-P-04
T +852 T +852 28612861 17281728 F +852 F +852 25292529 64196419
hongkong@aedas.com hongkong@aedas.com aedas.com aedas.com
㿸ݿụ 㿸ݿụ
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎
㔉ᶺḽ儎 㔉ᶺḽ儎
㔉ᶺḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
GL-P-04 GL-P-04 ቸ ቸ
ቸ ቸ
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
俌ቸ俌ቸ
俌ቸ俌ቸ
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
AL-P-01 AL-P-01
GL-P-02 GL-P-02
ᇂᡆ䶘ḽ儎 ᇂᡆ䶘ḽ儎 㔉ᶺḽ儎 㔉ᶺḽ儎
ST-P-01 ST-P-01
GL-P-01 GL-P-01
GL-P-02 GL-P-02
AL-P-07 AL-P-07
SS-P-02 SS-P-02
003 003
2-6⤢ṁ 㾵䶘ഴ 2-6⤢ṁ 㾵䶘ഴ
004 1:150 1:150 004
2-62-6 LOW LOW BLOCK BLOCK SOUTH SOUTH WEST WEST ELEVATION ELEVATION
2-6⤢ṁ 㾵्䶘ഴ 2-6⤢ṁ 㾵्䶘ഴ
2-62-6 LOW LOW BLOCK BLOCK NORTH NORTH WEST WEST ELEVATION ELEVATION
1:150 1:150
LINKED WITH ELEVATED BRIDGE
ROOF E&M
LASKSIDE CRYSTAL
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
VIEW TO LAKE
L2
Exhibition Space
MULTIFUNCTION AREA
L1
EXHIBITION SPACE + LIGHT F&B
B1
DOUBLE HEIGHT ART EXHIBITION SPACE
ST AF FB
inside the restaurant...
CLUBHOUSE FOR RESIDENTS
.O .H
.
F.O .H
.
I suggested using basements as a utility space - the space on ground can be fully utilized. Another advantage of locating kitchen in basement is the delivery of goods are resolved without passing through on-ground space.
16 43 PAGE | 6
05 | Practical Experience
Shanghai Xiao Dong Men Mixed-use Project//
SHANGHAI | PRC PARTICIPANT | JUL-SEP 2016 + A 462,000 sq m development divided into 4 zones. Zone 1 comprises a site area of 50,760 sq m with a 300m tower, 150m tower, retail and carpark. Zone 2 comprises a site area of 3,904 sq m with a 240m tower, 100m serviced apartment tower including a podium, retail and carpark. Zone 3 comprises a site area of 22,760 sq m with a street retail,footbridge, exhibition center, retail and carpark. Zone 4 comprises of 44,569 sq m with corporate office, retail and carpark. Since the scale of the project is relatively larger than usual, I helped to build some part of the 3D model, do rendering and related post-processing work, prepare some diagrams and contents of presentation booklets. [HOTEL ROOF LAWN DESIGN STRATEGY] Based on the design language of the whole site, I helped to build the roof part showing the connection between blocks and present with diagrams shown below.
+ Project description from company
Nan-FeiHong Development Phase 2 //
YANTA DISTRICT IN XIAN | PRC PARTICIPANT | JUL-AUG 2016 + The project is part of the city regeneration development of Dongsanyao and surrounding areas. The 250,000 sq m high end mixed use development comprises of retail, boutique hotel, Grade A office. I helped to prepare CAD, presentation drawings and concept and circulation diagrams (eg. cinema circulation and area calculation) and presentation booklets during schematic stage.
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
[RETAIL POSITIONING & CIRCULATION PLANNING] (RENDERING FROM DIAMOND)
MLP
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
DEVELOPMENT AXIS
HeFei Huijing Yuegang Mixed-use Project//
HEFEI | PRC PARTICIPANT | NOV 2016 +A complex development consists of office, hotel, residential towers with retail podiums and retail mall. In initial concept stage, 5 different design approaches are provided for client. My tasks are doing the diagrams of site analysis, prepare concepts images, presentation drawings and making two of the physical models.
inside the restaurant...
+ Project description from company
| 项目主轴线
Exhibition Space MALL CORE SPINE
商场流线轴
商场流线平行中央公园门廊轴 布置，形成另一室内商业主要 人流动线。 DEVELOPMENT CORE SPINE
项目核心主轴 商业部份核心主轴，连接及 贯穿北侧绿化公园至项目核 心中央公园。
CENTRAL PARK GATEWAY
DE
VE
E
PIN
N
公共绿化带轴线 项目地块规划绿化带，延伸 北侧绿化公园。
K
R PA AL
BE
LT
AX
IS
R NT CE 公 共 绿 化 带
轴
线
公
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T GA
流
央
SP
街
业
中
NE
PI
IN Y AE EW 项目
GR
EE
园
OR
S LL
IC
PUBLIC GREEN BELT AXIS
TC
MA
BL
门
商
EN
中央公园门廊轴
廊
流
场
M
PU
轴
轴
线
LO P
TS
商
中央公园门廊，置于两个地铁 出口中间，有效引领人流进入 项目中心，连接下沉广场及中 央公园重点特色区域。
EE
TR LS
核
心
主
轴
I TA
RE
RETAIL STREET SPINE
商业街流线轴 项目南侧办公区域设东西向商 业街流线轴，形成与门廊轴平 衡的次要流线。
轴
线
[PHYSICAL MODELS OF 5 DESIGN OPTIONS] 合肥汇景环球资本集群中心
PAGE | 18 45 PAGE | 6
M i s c el
s u o e n a l
CREATIVE MEDIA COURSE: DIGITAL MEDIA IN ARCHITECTURE
Projection maPPing//
a
Venue: Sai Van Lake near Macau Tower
Quick Sketching//
Study tour - South korea
It is a collaboration between students from Macau and Hong Kong. The pavilion designed by architectural students from Macau is enlivened by light-and-sound show created by us (mainly architectural students and few students from school of creative media). Besides architectural design, it is a great experience to learn how to make a digital media facade by projection mapping.
hYBIRD SPACE OF HK //
- Parame
tri c
deSign
[NOTATIONAL DRAWING: 800MM X 800MM]
1// The National Art Center | Tokyo
3d Pri nt
1
In the spirit of clashing narrations and articulations of the estranging neighborhoods in Hong Kong and to recomposite new narratives, we will merge and fuse our 3D scanned fragments into anew and hybrid construct of space. The notational drawing articulates the techniques as well as set-up used in the precise construction of the film and its pictorial effects such as scale transitions, background and foreground, forced perspective and anamorphic projection.
architecture PhotograPhy//
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
2
3
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
1// The National Art Center | Tokyo 2// Under the dome | The National Art Center 3// Glass Courtyard |Jewish Museum, Berlin 4// Haeundae, Park Marina | Busan 5// Illusion | Trutec Building, Seoul 6// Inside out | Deutscher Bundestag
1
inside the restaurant...
Exhibition Space
4
5
6
47 PAGE | 6
PAGE | 20
MARCH YEAR1 SEM 2 STUDIO FORCE MATTER II: CALIBRATION//
ROOFTOP PAVILION 1:1 Bending Active Structure ConstructionTest Ground
Location : AIT Building Rooftop, CUHK
The video is now available on YouTube Scan the QR code or: https://www.youtube.com/watch?v=VOFKhLpnIdg&t=125s
Instructor: Prof. Kristof CROLLA CHAN Ka Chun Ringo/ CHENG Pui Lam Pauline/ FAN Tian Peng/ SI Hiu Kwan Olivia/ WANG Shu Wei/ WONG Long Hin Nichol/ YEH Yi Hsin Celia
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
49 PAGE | 6
MARCH YEAR2 SEM 1 ELECTIVE ARCH5431 COURSEWORK//
ONE PIECE,TWO BOXES Box Packaging Design
Our intention is to make a box with one piece of paper without any waste. For the first attempt, we just cut and fold the paper into a box. Then, we attempted to make multiple boxes with single paper, also simply by cutting and folding. By extending one face of the opening, it forms one of the bottom face of another box. Finally, we successfully made two separated boxes with sub-dividers inside using only one completed piece of cardboard. The upper one has sub-dividers for small objects, while inside the bottom one is clear for larger storage. Credit to my teammate - Kelly WONG KaWing
Front
Back
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
Exhibition Space
inside the restaurant...
51 PAGE | 6
MARCH YEAR2 SEM 1 ELECTIVE ARCH5431 COURSEWORK//
JANPANESE PAVILION
Exploration Model Making
Fundamental structural components appeared from ancient time and widely used in everyday buildings, wall and beam can achieve multiple goals other than bearing the load, such as enveloping a space, filtering the light, indicating various programs, and responding to a place. This exercise is not only cloning the existing building structure, the model has to be portable, be easy to assemble and reassemble, and display decently.
Materials: Brown Cardboard (2mm, 3mm and 5mm)
USING GLASS PARTITION INCREASED THE VISUAL CONNECTION BETWEEN DIFFERENT FUNCTIONS OF SPACES.
1
2
Lever System 3
4
THE CURVY CONTINUOUS ROOF EXTEND TO THE OUTDOOR SEATING AREA | MERGE THE INTERIOR SPACE TO THE NATURE
inside the restaurant...
Usually columns are arranged at the intersections of the main beams. However, in this case, the columns are moved away that points in order to create a larger interior space in the middle. The profile of the beams are slanted toward to the intersection, which resulted V-shape in elevation. This reduced the volume of Exhibition Space concrete and weight of the cantilevered structure, but transferred loads efficiently. When assembling the components, we found that each part works together in order to stay balance. If any column or beam are removed, the structure will be unstable then fall.
53 PAGE | 6
LUM C HENG Pu i Lam Pau l i ne l um 08 1 3 @ g mai l . com +852 9405 88 59