SANDY JAN Work Samples 2010 - 2019
SANDY JAN EDUCATION
+1 267 2071847
sandyjanyh@gmail.com
MASTER OF ARCHITECTURE
EMPLOYMENT
UNIVERSITY OF PENNSYLVANIA | PHILADELPHIA | PENNSYLVANIA 2011 - 2014
BACHELOR OF CITY AND REGIONAL PLANNING
RYERSON UNIVERSITY | TORONTO | ONTARIO
2004 - 2006
BACHELOR OF SCIENCE [HONORS], LIFE SCIENCE
QUEEN’S UNIVERSITY | KINGSTON | ONTARIO 1999 - 2003
XTEN ARCHITECTURE LOS ANGELES, CALIFORNIA Junior Architect | 2016. 10 - 2017.02
Project Types : Residential Project Design
Computer-aided Design & Drafting
Revit, AutoCAD, Adobe Photoshop, Adobe Illustrator, Adobe InDesign, Adobe After Effects
Architectural Assistant | 2014.10 - 2016. 09
Mixed-use development Retail podium facade design
3D Modeling & Rendering
Rhino, Maya, 3D Studio Max, Sketch Up, VRay, Grasshopper
General computing skills with both Microsoft and Macintosh operating systems
LANGUAGE
Retail podium facade design and development Digital 3D model building Preparation of detail development package and visual mock-ups tender package Assistant to project coordination Facade visual mock-ups detail design and construction coordination Facade material sourcing and selection
SILVERSTEIN PROPERTIES NEW YORK CITY, NEW YORK Project Types :
HONORS / PUBLICATION
Responsibilities :
Summer Design Associate | 2013. 05 - 2013. 08
English, Mandarin Chinese 2011 - 2014 2014 2013 2005
Assisted in the construction plans development Preparation of bid set documents by using Revit Coordinated finish materials, lighting and plumbing fixtures Assisting project construction administration
AEDAS HONG KONG SAR Project Types :
SOFTWARE
Responsibilities :
PennDesign Chair’s Merit Scholarship, University of Pennsylvania Roosevelt Island Cornell Tech Campus Research and Design, Publication for Marion Weiss Studio, PennDesign Works Selected for Departmental Publication Pressing Matters 2 Michael E. Kusner Award Exceptional Work in Land Use Planning and Design
World Trade Center Tower 3 World Trade Center Tower 4 CBD development proposal Land development research
Responsibilities : Material preparation for bi-weekly World Trade Center design meetings Preparation of design proposals Formulation of design options according to applicable building codes Research on relevant information for assigned land parcels Preparation of site review report
1/10 CONCEPT PROGRAMMING INTERIOR TAIPEI, TAIWAN Associate Interior Designer | 2010. 01 - 2011. 03
EMPLOYMENT
JERDE LOS ANGELES, CALIFORNIA
Project Types :
Designer | 2017. 02 - 2019.07
Project Types : Mixed-use development Retail podium design Master planning
Responsibilities : Participated in the design and devlopment of project concepts Production of conceptual and schematic design packages Cooperated with consultants for detail developments Design of plans and elevations of retail podiums and towers Design and production of urban scale master planning projects
Retail storefront renovation Building Facade Design Studio unit renovation Interior renovation design proposal
Responsibilities : Formulation of interior design proposal Preparation of working drawings and 3D renderings Coordinated the contractors and oversaw the projects Formulation of construction schedule Supervision of construction sites Estimation of material required and associated costs Coordination with suppliers and contractors to meet the budget requirements
23013
F
11160
13600
161
DESIGN ARCHITECT
913 Ocean Front Walk Venice, California 90291 (310) 399-1987
E
HENGQIN SHUNTAK GATEWAY VILLAGE
24509
A
13700
MIXED-USE PROJECT DESIGN AND DEVELOPMENT
A
+23.7 L05
+21.3 L05
HENGQIN ISLAND, CHINA
D
Mixed-Use Development Hengqin, Macau
C'
7500
+21.3 L05
ARCHITECTURAL MATERIALS CONCEPT - CANOPY
COPYRIGHT © 2017 THE JERDE PARTNERSHIP, INC. ALL DRAWINGS SUBMITTED BY THE JERDE PARTNERSHIP, INC. ARE SUBJECT TO COPYRIGHT PROTECTION AND MAY NOT BE REPRODUCED WITHOUT PERMISSION. DOCUMENTS PROVIDED ARE FOR DESIGN INTENT ONLY. LOCAL DESIGN ARCHITECT IS RESPONSIBLE FOR ALL CONSTRUCTION DOCUMENTATION.
35202
C
+ CANOPY STUDY OPTION: MESH
HOUSE ROOF VIEW 1 - OPT B 4
SCALE (A1): SCALE (A3): 1 : N/A
PROJECT DATA
HOUSE ROOF PLAN 2
SCALE (A1): 1 : 200 SCALE (A3): 1 : 400
HENG QIN SHUN TAK GATEWAY VILLAGE 10
11
12
13
14
OWNER:
REV.
8400
165
8400
8400
12440
CEREMIC TILE
3790
300 mm.
166
162
BRIDGE CONNECTION BELOW
167
.700.
F
11160
DESIGN ARCHITECT
CEREMIC TILE TYPE 1
ROOFTOP CAFE BELOW
SCHEMATIC DESIGN
OPENING TO CENTRAL WALK CEMENTITIOUS BOND COAT
13600
161
913 Ocean Front Walk Venice, California 90291 (310) 399-1987
ROOFTOP F&B BELOW OPENING TO VILLAGE ATRIUM
REFLECTIVE CEREMIC TILE TYPE 1 E
13700
A
+23.7 L05
+21.3 L05
KEYPLAN:
N
EXTERIOR
INTERIOR
DATE: 12/20/2017 SCHEMATIC DESIGN:
COPYRIGHT © 2017 THE JERDE PARTNERSHIP, INC. ALL DRAWINGS SUBMITTED BY THE JERDE PARTNERSHIP, INC. ARE SUBJECT TO COPYRIGHT PROTECTION AND MAY NOT BE REPRODUCED WITHOUT PERMISSION. DOCUMENTS PROVIDED ARE CEREMICFOR TILEDESIGN TYPE 2 INTENT ONLY. LOCAL DESIGN ARCHITECT IS RESPONSIBLE FOR ALL CONSTRUCTION DOCUMENTATION.
7500
+21.3 L05
35202
C' C
HOUSE ROOF VIEW 1 - OPT B 4
SCALE (A1): SCALE (A3): 1 : N/A
TITLE:
HOUSE ROOF OPTION B
PROJECT NO.: 4923
DRAWING NO.:
HOUSE ROOF PLAN 2
SCALE (A1): 1 : 200 SCALE (A3): 1 : 400
HOUSE ROOF VIEW 2 - OPT B 3
SCALE (A1): SCALE (A3): 1 : N/A
HOSUE ROOF SECTION A-A - OPT B 1
SCALE (A1): 1 : 20 SCALE (A3): 1 : 40 REV.
DESCRIPTION
DATE
GROUT
300 mm.
200
.700.
DRAINAGE GUTTER
CEREMIC TILE TYPE 1
SCHEMATIC DESIGN
CEMENTITIOUS BOND COAT
Right Bottom | Inner Court Green Wall Elevation and Section
CONCEPT FINAL TOP VIEW
CONCRETE BACKER BOARD
.1250.
500
19MM PLYWOOD SUBSTRATE
REFLECTIVE CEREMIC TILE TYPE 1
61
Left Top | Featured Roof Pattern Plan View + Section Detail
.500.
Right Top | Trellis Design Axon View
KEYPLAN:
N
WATER RESISTIVE BARRIER
CANOPY SECTION DIAGRAMRIGID INSULATION NORTH-SOUTH CUT
HENGQIN SHUNTAK CONCEPT - FINAL - 29TH AUGUST 2017
H
8
9
OWNER:
C A4-408
43
HENGQIN SHUNTAK CONCEPT - FINAL - 29TH AUGUST 2017
REFLECTIVE CEREMIC TILE TYPE 2
EXTERIOR
INTERIOR
DATE: 12/20/2017 SCHEMATIC DESIGN:
TITLE:
HOUSE ROOF OPTION B
CEREMIC TILE TYPE 2
HOUSE ROOF VIEW 2 - OPT B 3
SCALE (A1): SCALE (A3): 1 : N/A
SCALE (A1): SCALE (A3): 1 : NS
INNER COURT N GREEN WALL 1 5
DESIGN ARCHITECT
23.70 H.P. ROOF
HOSUE
SCALE (A1): 1 : 20 SCALE (A3): 1 : 40
913 Ocean Front Walk Venice, California 90291A-A ROOF SECTION (310) 399-1987
STEEL FRAME
6900
HENGQIN SHUNTAK GATEWAY VILLAGE
FIBER CEMENT PANEL PLANTER
HENGQIN ISLAND, CHINA
16.80 L04
3200
500
1100
.3800.
.3300.
2200
WOOD TRELLIS
COPYRIGHT © 2017 THE JERDE PARTNERSHIP, INC. ALL DRAWINGS SUBMITTED BY THE JERDE PARTNERSHIP, INC. ARE SUBJECT TO COPYRIGHT PROTECTION AND MAY NOT BE REPRODUCED WITHOUT PERMISSION. DOCUMENTS PROVIDED ARE FOR DESIGN INTENT ONLY. LOCAL DESIGN ARCHITECT IS RESPONSIBLE FOR ALL CONSTRUCTION DOCUMENTATION.
400
2000
METAL CLADDING FASCIA
3400
5400
2300
ALUMINUM PANEL SOFFIT STOREFRONT GLASS
INNER COURT N GREEN WALL 2
4
23700
2500
1100
PLANTER
11.40 L03
METAL CLADDING FASCIA
2000
SCALE (A1): SCALE (A3): 1 : NS
5400
ALUMINUM PANEL SOFFIT FINISHED CEILING BY OTHERS
.3400.
Feature roof pattern was inspired by the interplay of light and shadow when looking through the canopy of cherry blossom trees. The design intention of this project was to create a living environment - not just a retail space - that resonates with the land it sits on.
GREEN WALL
REV.
DESCRIPTION
DATE
A
6500
A4-408
2000
6.00 L02
SCHEMATIC DESIGN 6000
GUTTER
3500
4000
ALUMINUM PANEL SOFFIT
STOREFRONT GLASS
KEYPLAN:
N
FINISHED EXTERIOR PAVING
SCALE (A1): SCALE (A3): 1 : NS
INNER COURT N GREEN WALL 3
3
0.00 L01
CONCEPT FINAL SOUTH ELEVATION B C
INNER COURT GREEN WALL SECTION 1 : 75
INNER COURT GREEN WALL ELEVATION 1 : 75
DATE: 12/20/2017 SCHEMATIC DESIGN:
TITLE:
COURT YARD GREEN WALL WALL SECTION 300
H
SANDY JAN
500
HENGQIN ISLAND, CHINA REFLECTIVE CEREMIC TILE TYPE 2
D
DRAWING NO.:
3
.1250.
19MM PLYWOOD SUBSTRATE
RIGID INSULATION
PROJECT NO.: 4923
The design of trellis was proposed to insert a dynamic fluid shadow pattern onto the more rigidly-shaped village-style retail podium. The canvas of the trellis surface was carefully manipulated to create fluidity and, at the same time, calibrated different heights of rooftops and tower levels. The south elevation was designed to celebrate proposed functions, including an F/B hub behind the jewel-box-inspired glass facade and a semi-open-air event space surrounded by green walls and wood trellis.
CONCRETE BACKER BOARD
WATER RESISTIVE BARRIER
HENGQIN SHUNTAK GATEWAY VILLAGE
24509 A
CANOPY PLAN VIEW
CEREMIC TILE
I was involved in this project from inception to the phase of 50% Detail Design. My responsibilities included the proposal of a concept design option, production of presentation packages, trellis design and development, facade design and development, feature roof design, 3d model building, detail development, and production of DD package by Revit.
DATE
200
DRAINAGE GUTTER
34173 23013
The project spans from concept design to construction administration and is set to open in the year 2020. It is a mixed-use development that includes a 45,000 square-meter retail podium, an office tower, and a hotel tower. The project features a multi-level of outdoor program spaces connected vertically to activate public areas from ground level to the rooftop.
DESCRIPTION
GROUT
STEEL FRAME
.500.
Professional Project Conceptual, Schematic and Detail Design 2017
9
GLASS
.1500.
1000
.1500.
.1000.
1500
.9290.
1500
1000
1500
M. Arch I | sandyjanyh@gmail.com
PROJECT NO.: 4923
A
SCALE (A1): SCALE (A3): 1 : NS
INNER COURT N GREEN WALL 4
2
SCALE (A1): 1 : 75 SCALE (A3): 1 : 150
L02 PARTIAL PLAN 1 : 75
GREEN WALL
IRRIGATION SYSTEM
POLYURETHANE FOAM
GLAZING
INNER COURT WALL FACADE DETAIL
DRAWING NO.:
1
A4-408
- OPT B 1
A4-416-02
Left Bottom | Trellis Under Construction
A4-416-02
CORNELL TECH CAMPUS MASTERPLAN
UTOPIAN VISIONS OF ROOSEVLET ISLAND
GRACE CHO SANDY JAN
CONCEPT VISION AND STRATEGIC PLANNING
NEW WELFARE ISLAND Rem Koolhaas,1975-76
CONVENTION SPORTS & ENTERTAINMENT CENTER
-suspended glass above the bridge -auditorium/offices under the bridge
Vision and Master Plan Development Jakarta, Indonesia
BUILDING WITH NO PROGRAM AND PURPOSE
HARBOR
I SLAND I
ISLAND J
2
G reen Bl ue P ubl i c Space Net work MAY 3rd 2018
I SL AND I
MAY 3rd 2018
MAY 3rd 2018
ISLAND L
2
Green Blue Public Space Net work
CHINESE SWIMMINGPOOL
2
Gr een Blu e Pu blic Space Networ k
2
Re s i d en t i a l D i s t r i ct
MAY 3rd 2018
WELFARE PALACE HOTEL & SEMICIRCULAR PLAZA
-accomodates 10,000 guests -7 towers and 2 slabs -towers arranged in v formation -4 facades individually respond to the different formal and symbolic demands -circular plaza turn into ice -differnet club at the top of each skyscrapper
MAIN CBD HUB CILIWUNG CHANNEL
CONCEPTS 1. ROOSEVELT ISLAND AS A TESTING GROUND
2. FUSE OF PROGRAMS
3. EXTENSION OF THE GRID SYSTEM
4. STRUCTURES REINFORCING THE GRID
Professional Project Master Planning 2018
RECREATIONAL CENTER FOR UN EMPLOYEES
MANGROVE PARK
URBAN GREEN WALK
URBAN PARKS
GREEN WALK
ISLAND ‘J’
CHANNEL-SIDE PROMENADE
VERTICAL LIVING
LUX URY VILLA S
CHANNEL RESIDENTIAL
URBAN PARKS
GREEN SPINE
ROOSEVELT ISLAND REDEVELOPMENT PROJECT
WATERFRONT NATURE PARK
Robert Zion and Harold Breen
COMMUNITY ROOM
SPECIAL AMENITIES
LAKESIDE HILL
GREEN SPINE
RIVER WALK
ROW OF SYNETHETIC BROWNSTONES
SLAB
EXTENSION OF MANHATTAN GRID
GREEN CORRIDOR P RIVA T E VILLA S
EGYPTIAN MUSEUM
Rem Koolhaas & Eliza Zenghelis, 1975
CBD COURTYARDS
VERTICAL LIVING
The project proposes concept vision and planning strategies for three artificial islands situated off the coastline of Jakarta - the fastest-sinking city severely exposed to the adverse effects of climate change as well as excessive extraction of groundwater. Our design strategy addresses the issues through the following: green initiatives which aim to enhance biodiversity, increase permeable ground, and provide recreation benefits; blue initiatives which plan for flood events, rainwater harvesting, reservoirs, and clean drinking water; and energy initiatives which deploy clean, diversified, and affordable energy generation.
75th
LAKESIDE WALK
WATERFRONT BEACH LUXURY VILLAS AQUATIC NATURE RESERVE
CBD GREEN CORRIDOR
GREEN CORRIDOR WATERFRONT NATURE PARK
GREEN WALK VERT ICA L LIVIN G
GREEN CORRIDOR
71st
URBAN PARKS
GREEN SPINE
WA T ERF RONT D ENSITY
URBAN PARKS
GREEN WALK AQUATIC RESERVE PIER The iconic, but temporary changes in Times Square will be soon be upgraded and made permanent. Credit: New York City Department of Transportation
Tactical 18
MAY 34 ANCOL MASTERPLAN: I, J, L VISION; ECOPARK, CARNAVAL > 3rd 2018
I SL AND J
E nt er t a i n men t D i s t r i ct
2
URBAN PARKS
GREEN WALK
URBANISM
GREEN WALK
ISLAND ‘I’
COMMUNITY GARDEN
‘TOWER’
RIVER BLOCKS
CONCEPTS 1. SAME PROTOTYPES AS MANHATTAN CILIWUNG CHANNEL RESORT ROW
MR T HU B
T HEME PAR KS
MAIN CBD HUB
Re s ilien t Ur ban Pl an n i n g Str ategi e s
1ISLAND I PUBLIC SPACE NETWORK
MICE FACILITIES
THEMED RESORTS
T HEMED R ESOR T S
THEMED RESORTS
CHAPTER 1 - PREFACE AND INTRODUCTION
33 33
TYPE B
TYPE C
MANHATTAN
ANCOL MASTERPLAN: I, J, L VISION
I. LARGER CONTEXT
ANCOL MASTERPLAN: I, J, L VISION
43
ISLAND J PUBLIC SPACE NETWORK
ECOLOGY OF ROOSEVLET ISLAND
Elevated Topography ELEVATED TOPOGRAPHY
THEME PARKS
25
4. UNOBSTRUCTED VIEW TOWARDS MANHATTAN
TYPE A
MAY 3rd 2018
O VERA L L MA ST ER P L A N V IS ION THEMED RESORTS
3. EXTENSION OF THE GRID SYSTEM
2. STREET LIFE & COMMUNAL SPACE
ROOSEVELT ISLAND
44
ANCOL MASTERPLAN: I, J, L VISION
ISLAND L PUBLIC SPACE NETWORK
45
MAY 3rd 2018
ISLA N D I, J & L
2
Pu blic Tran sportation N etwork
II. FOOD CHAIN
III. NATIVE PLANTS
MRT LINE LIGHT RAIL LINE
FERRY LINE
MONORAIL LINE
THEME PARK JETTY
2
BLUE
: Provides open space for urban leisure :: Functions as water detention and retention basin in time of flood ::: Water absorbing landscape to facilitate rainwater harvesting [collection and reuse]
COASTAL Coastal Forest FOREST : Provides shade and oxygen :: Nest for colonial water birds ::: Mediates local climate
COASTAL GRASSLAND
ROCkY INTERTIDAL Rocky Intertidal Zone ZONE
TIDALTidal wETLAND Wetland
Coastal Grassland
: Home to diverse wildflower communities :: Important habitat for birds of prey
LI GH T
OP
MAY 36 ANCOL MASTERPLAN: I, J, L VISION; ECOPARK, CARNAVAL > 3rd 2018
: Traps sediments :: Stores flood water ::: Reduces wave energy during storms
RA IL
LO
O P
LINE : Filters nutrients fromFERRY water :: Food source for marine organisms
MRT LINE MRT LINE
MRT LINE
Oxygen
MR T HU B
MAIN CBD HUB
Mid salinity planktonic systems
Bioswale / Lake
Barrier Island
OPEN SPACE
Delta
Rangia and Oyster reefs
Oxygen
Rainwater Reuse/Recycle
PEDESTRIAN FRIENDLY ZONE
PEDESTRIAN FRIENDLY ZONE
ORIGINAL LAND RECLAMATION PROFILE Barrier Island
Marsh grasses
Net outflow of fresh water Net inflow of salt water
Sea grasses Macro algae
WAT ER FR ONT CU LT U R AL Draft 1 April 2014 | Master Plan | National Capital Integrated Coastal Development Project
PEOPLE’S BRIDGE
71
Producers
ANCOL MASTERPLAN: I, J, L VISION; ECOPARK, CARNAVAL >
40
Northern Red Oak
Coastal Grassland Rocky Intertidal Zone
MUSEUM
WATERFRONT MIXED USE
White-tailed Deer
Coastal Forest
PEDESTRIAN FRIENDLY ZONE
Detritus production
Rainwater Reuse/Recycle Atlantic Ocean
FEST V ALS
Flameleaf Sumac
PEDESTRIAN FRIENDLY ZONE
CILIWUNG CHANNEL
RIVERWALK
American Black Bear
PIER PEDESTRIAN CIRCULATION
Solar energy Carbon dioxide
CULTURAL BUILDING
Gray Fox
PUBLIC BEACH
Nutrients
Img.25
R IV ER WALK
48
PARK
The cross section through the land reclamation
CBD CHANNEL
MAY 3rd 2018
ANCOL MASTERPLAN: I, J, L VISION
Red-tailed Hawk
ence can be slowed down in the coming years.
FERRY LINE
2
Roundleaf Greenbrier
Given this uncertainty, a closing data of 2022 was chosen. Around 2022 sea water CHANNEL B U SINESS D IST R ICT
Pedestrian Con n ectivity N etwork
American Chestnut
of Jakarta. As subsidence is higher in the western part, measures are more urgent there. The western part of the bay needs to be closed between 2022 and 2028. For the eastern part, closure can be postponed until 2040, or even further if subsid-
FERRY LINE
Tidal Wetlands
White-footed Mouse
ers will stop flowing and when flood risks become unacceptable. For most rivers and canals this will be sometime between 2015 and 2030, depending on the local subsidence rate, the river profile and river level in respect to the sea level.
Wetland Marsh
From this perspective, there is a difference between the eastern and western part
Oyster
Lack of data has made it difficult to statistically determine the moment when riv-
FERRY LINE
ISLA NPUBLIC D I, J &TRANSPORTATION L
Red Hake
thus requiring pumps and pumping lakes either onshore or offshore.
PEOPLE’S BRIDGE
Crevalle Jack
to the sea would provide a safety risk, requiring a more robust and shorter Outer Sea Wall. By 2022 also many rivers and canals will not be flowing freely to the sea,
storage capacity for bulk water supply.
Atlantic Tomcod
levels will be around 3-4 meters above street level, which is a critical level as many houses in poor areas are below this height and ‘vertical’ evacuation will not provide safety against floods anymore. The current sea wall and the many rivers open
required storage capacity of the giant waduk between current coastline and sea wall. It provides sufficient room for future expansion of the land reclamation and
Winter Flounder
The need for large storage lakes (waduks) is one of the main reasons for creating the offshore waduk, rather than seeking room for such storage lakes in the city of Jakarta. The location of the outer sea (phase B) wall is mainly determined by the
White Wood Aster
IL
RA
Meadow Vole
NO
Red Maple
MO
Semipalmated Plover
Oxygen
Virginia Threeseed Mercury
MRT LINE
Tidal Wetlands ISLAND ‘L’
Atlantic Silverside
La k es i d e D i s t r i ct
Transformative Reservoir TRANSFORMATIVE RESERVOIR
: Bioswales to preserve bio-diversity :: Flood prevention and fresh water storage ::: Provides recreational destination
FERRY LINE
IL LO RA
WATERFRONT MIXED USE
I SL AND L
BOATING ROUTES LOOP
HT
PERMANENT Permanent Reservoir RESERVOIR
R ESOR T FACILIT IES
CULTURAL BUILDING
LIGHT RAIL
LIG
: Elevated land and building typology in response to sea level rising :: Accounts for possible future land subsidence
AIL
EXPER IENCE CENT ER S
OR MON
PEOPLE’S BRIDGE
My responsibilities in this project included extensive research on the environmental, social, and cultural context of the megacity, and proposal of feasible design strategies in response to the issues. In the process, I worked closely with the planning consultant for traffic planning, density implications, and zoning considerations. The master plan was an orchestrated overlay of various carefully designed armatures, including armature of interwoven natural elements, the framework of intermingled districts, zones of sensible density distribution, hierarchy of traffic networks, and armature of the urban fabric. I was involved in the integration and formulation of the master plan, 3D model building for final rendering, as well as final concept package production.
Phytoplankton
Mollusks, shellfish, clams, zooplankton Plant Eaters
SOFT EDGE DESIGN STRATEGIES
Tidal Wetland
PEDESTRIAN FRIENDLY ZONE
PEDESTRIAN FRIENDLY ZONE
PEDESTRIAN FRIENDLY ZONE
Fish, crabs, birds Animal Eaters
PEDESTRIAN CONNECTIVITY ANCOL MASTERPLAN: I, J, L VISION
49
SANDY JAN
M. Arch I | sandyjanyh@gmail.com
6
CONCEPT VISION AND STRATEGIC PLANNING Vision and Master Plan Development Dara Sakor, Cambodia
MIXED-USE CONCEPT DESIGN Mixed-Use Development Changzhou, China
Professional Project Master Planning 2018
The Dara Sakor Resort project incorporates in total 5.5 million square meters GFA of offerings - luxury resorts, mid to high-rise residential towers, villas, and a myriad of retail and entertainment options- in a way that celebrates the rich culture of Cambodia while being respectful of the natural environment. The project components are connected via thoughtfully planned pedestrian pathways with emphasis on the user experience at ground-level. The project situates along the pristine coastlines of southern Cambodia, rewarding those few fortunate to visit with a lush, tropical setting. The project goal was to create a thriving new community and to share beauty of the land with the world. The site was carefully studied, including strategic understandings of forest distribution, existing settlements, mangrove coverage, type of beaches, water quality, coastal ecosystem, and circulation networks. The comprehensive research led us to propose program types and vision plan that is mindful of the context and the identity of the region while offering a dynamic series of unique experiences. The vision plan proposed preservation of white sand beaches and existing mangrove wetlands, access to ocean activities, cultural center, retail and entertainment offerings in both international and traditional village settings, access to outdoor activities, and incorporation of an existing Cambodian temple.
Professional Project Concept Design 2018
The project is a mixed-use design and development project that consists of three program types - retail podium, street retail, and hotel tower. Three design options were proposed, all with design intentions to facilitate connectivity between the adjacent urban park and the proposed green belt, as well as to create a retail hub to vitalize the local economy. My responsibilities in this project mainly focused on the design development of street retail. The street retail was designed to bridge the architectural characteristics of the existing neighborhood and the proposed retail hub. The elevation design features traditional Chinese roof curvature with a modern interpretation. The connected outdoor walkways and bridges create elevational variations which offer dynamic spatial qualities for various public uses. The street retail also features a public entry square which bridges the prominent urban park to the proposed retail environment. The square presents flows of landscape features leading into the central corridor of the retail podium. I was also responsible for the production of final concept package, including producing design concept diagrams, site and SWOT analysis, area calculation, and elevation and section representations.
My responsibilities in this project included site analysis, SWOT analysis, development of master site plan, the proposal of design characters, presentation package preparation, and 3d model building.
7
SANDY JAN
M. Arch I | sandyjanyh@gmail.com
SANDY JAN
M. Arch I | sandyjanyh@gmail.com
8
RETAIL PODIUM DESIGN Mixed-Use Development Wuhan, China
Professional Project Facade Design 2014-2016
The project is the design and development of a retail podium facade consisting of six different wall types. The retail podium is part of a LEED Gold certified mixed-use development situated in downtown Wuhan City, Hubei Province in central China. The development spans a gross floor area of 433,000 square meters above ground comprising of a 50m high 6-storey retail podium, a 325m high office tower, and three service apartment towers with the height of 150m, 175m and 200m respectively. My responsibilities in this project mainly focused on the design development of retail podium roof and facade. The facade consists of 6 wall types, including diamond glass wall, diamond stone wall, shop front glass wall, aluminum wall, signage wall, and feature stone wall (interlayer of stone strips and lightboxes). During the design development phase I studied the modulation of diamond glass panels and diamond stone panels, the interface detail between different materials, the visual effect of stone paneling, lightbox installation detail, louver arrangement and design, the placement of entrance and exit doors in consideration of fire regulations, the material selection according to LEED requirements, and the fine-tuning of design based on material manufacturing constraints.
FRITTED GLASS IN DIAMOND GRID
FRIT PATTERN RESPONSIVE TO INTERIOR FUNCTION
SPANDREL PATTERN RESPONSIVE TO INTERIOR FUNCTION
5
SANDY JAN
M. Arch I | sandyjanyh@gmail.com
FEATURE ROOF DESIGN
MAIN FACADE DESIGN
The dynamic infinity loop roof evolved as a response to the site’s circulation pattern. The roof form was articulated by looping pattern of skylight, louver, aluminum panels, gutters, and artificial turf. During the design phase I was involved in formulation and fine-tuning of roof pattern based on coordination with E&M requirements, water drainage, interior natural light arrangement, and demand for aesthetic qualities.
6
VISUAL MOCK-UPS OF RETAIL PODIUM FACADE Mixed-Use Development Wuhan, China Professional Project Facade Design 2015-2016
001
006
001
006
001
001
The project includes detail design and construction of three 1:1 scale visual mock-ups (VMUs) of a retail podium facade, which was commissioned by the client to read the effect of design intent and to resolve possible construction issues prior to the actual construction of the entire building.
002
003
006
002
006 002
002 001
In total 3 VMUs were detailed and constructed to understand all the wall types, roof types, and the interface design between different materials. I was involved since the inception of the VMU tender process to the later construction phase. My duties included preparation of VMU facade design and development package, review of tenderer documents, coordination with contractors and consultants for completion of construction document, material selection and sourcing, and site visit. The VMUs studied and detailed out the following facade wall types: diamond glass facade, diamond stone facade, stone strips facade with light boxes, shop front glass facade, aluminum wall facade, glass box facade, and signage wall facade. The VMUs also studied feature roof of the project, including the detail of and the interfaces between skylights, louvers, aluminum panels, artificial turf roof, gutters, and parapet.
002 --
10/06/2015 AEDAS RT GL CL/DAC 10/06/2015
RT
GL
004 --
ELEVATION ተ䜘・䶒മ
001
AEDAS
003 --
1:150
002
SECTION ተ䜘ࢆ
CL/DAC
005
003
003
007
007
006
6000
006
俉勇劬⎼
⌵⅗巖18⏞ 㸖ⲂḃḔ⾪31㥣
⌵⅗巖18⏞ 㸖ⲂḃḔ⾪31㥣
T +852 2861 1728 F +852 2529 6419
T +852 2861 1728 F +852 2529 6419
h ongkong@aedas.com a edas.com
h ongkong@aedas.com a edas.com
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俉勇劬⎼
Top | VMU 1 - Retail Podium Diamond Glass Wall, Feature Glass Wall, Feature Stone Wall, Walk of Death
Left Top | VMU 2 - Retail Podium Shopfront Glass Wall, Feature Stone Wall, Signage Box, Exit Doors Left Bottom | VMU 3 - Retail Podium Diamond Stone Wall, Alluminium Wall, Glass Box, Terrace, Feature Roof
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SANDY JAN 001
10/06/2015
10/06/2015
PARTIAL ELEVATION
M. Arch I | sandyjanyh@gmail.com 1:50
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SECTION PESPECTIVE DESALINATION PLANT
RETENTION BASIN
EXPERIMENTAL POND
REFLECTION POND
CONSTRUCTED WETLAND
ISLAND IN-FORMATION
CANAL
Cornell Tech Campus Master Plan Roosevelt Island, New York OUTLOOK DECK
VERTICAL ACTIVITY CORE
CAMPUS PARK
_SITE PLAN
Academic Project Architecture Spring, 2014
The project looks into alternative campus design strategies in response to the shifted education paradigm, technological advancement, and environmental awareness. EXPERIMENTAL POND
CANAL
RETENTION BASIN
CONSTRUCTED WETLAND
DESALINATION PLANT
REFLECTION POND
BUILDING SECTION
TRANSVERSE CORRIDOR
LANDSCAPE SECTION
GROUND FLOOR
1ST FLOOR
ROOSEVELT ISLAND CORNELL TECH CAMPUS MASTERPLAN GRACE CHO SANDY JAN
2ND FLOOR
4TH FLOOR
CORNELL- TECHNION MASTERPLAN
5TH-6TH FLOOR
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SANDY JAN
M. Arch I | sandyjanyh@gmail.com
Traditional typological approach that explicitly delineates spaces based on the assigned programmatic uses was considered designer-centric in this project, which turned a blind eye on users, context, and environment as whole. The project proposed that a successful campus plan should map out resiliency to changes and encourage communication and collaboration. The spatial arrangement should be open-ended for which the users can modify according to their needs, now and in the future. The campus plan in this project was designed to be responsive, and be capable of adapting into the advancing technology, changing programming demands, and unpredictable events. The unique location of Cornell Tech campus also addresses the issue of designing in response to environmental changes and reconnection to the natural habitat. The design recognizes the fact of sea level rising and maximizes the island’s capacity to absorb and adapt into the changes. The elevated and permeable building design allows for the restoration of natural habitat and intends to integrate the built environment with natural surroundings. The campus was also designed to calibrate and to retain the continuity among the surrounding communities: the established residential community to the north of the island, the Four Freedoms Park to the south of the island, Manhattan to the west of the East River, and Queens borough to the east of the river. The continuum allows the flow of knowledge and the freely adaptive spaces allow the campus to serve as an incubator welcoming all types of possibilities.
7TH FLOOR
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STITCHING THE VOID
INFORMAL FOOD DISTRIBUTION WEB
Rethinking the Food Supply System Medellin, Colombia
RETHINKING FORMAL / INFORMAL FOOD SUPPLY SYSTEMS
DESIGN FRAMWORK
Academic Project Landscape Architecture Fall, 2013
INFORMAL SETTLEMENT FORMAL SETTLEMENT
FARMER’S MARKET
INSTITUTIONAL USE COMMERCIAL/INDUSTRIAL USE
The project, by investigating the distinctive food supply systems servicing the two different settlement patterns – the wealthy urban residents and the resources-deprived informal settlers, proposed strategies to integrate the two food supply chains as a mean to integrate the segragated communities.
LAND USE ARMATURE
COMMUNITY MARKET
SMALLHOLDER FARMS
A’ LOCAL MARKET
COMMUNITY CENTER / SCHOOL
LOCAL MARKET
FLEA MARKET
LOCAL MARKET CENTRAL PLAZA OUTDOOR THEATER / PLAZA
A
MAJOR CORRIDORS SECONDARY/TERTIARY STREETS
Medellin has a segregated settlement pattern with which the communities are both physically excluded from each another as well as culturally, mainly due to income disparity. The urbanized areas are occupied by wealthy residents who are readily accessible to ample economic privileges and resources, while the low-income population fueled by waves of rural migration to the city inevitably have to settle informally in the areas that are generally inhabitable. Despite in close proximity, the two types of settlement patterns do not share resources with each other. The lack of a more integrative urban fabric further prevents the communication between two settlement systems. The integration allows a more efficient and mutually beneficial food distribution system. More importantly, by altering the food supply chains and distribution routes, the city can automatically weave together the two segregated community fabric and provide venues for cultural exchange. New opportunities also arise so both formal and informal settlement communities can be benefited from sharing economic resources, workforces and public facilities. The project proposed an urban development strategy which pointed out the cultural importance of industrial planning.
CONNECTIVE ARMATURE
URBAN FARMS
URBAN OUTDOOR MARKET
FORMAL SETTLEMENT FOOD SUPPLY NETWORK
INFORMAL SETTLEMENT FOOD SUPPLY NETWORK
A’
A COMMUNITY CENTER
STREET SETTLEMENT
URBAN FARMS
SETTLEMENT
STREET
SETTLEMENT
URBAN FARMS
SETTLEMENT
COMMUNITY PARK
SETTLEMENT
SMALLHOLDER FARMING INDUSTRIAL FARMING
PRODUCTIVE ARMATURE
PUBLIC SPACE/PLAZAS
COMMUNAL ARMATURE
GREEN ZONES/PARKS
ECOLOGICAL ARMATURE
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SANDY JAN
M. Arch I | sandyjanyh@gmail.com
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VERTICAL TERROIR Enology Center Building Design New York, NY
Academic Project Architecture Spring, 2013
+245.0’
Level Roof
Level 15
+224.5’
+209.5’
Level 14
+197.0’
Level 13
+245.0’
Level Roof
+224.5’
+245.0’
Level Roof
Level 15
+224.5’
Level 15
+209.5’
Level 14
+209.5’
Level 14
+197.0’
Level 13
+197.0’
Level 13
+182.0’
Level 12
+182.0’
Level 12
+182.0’
Level 12
+149.0’
Level 11
+149.0’
Level 11
+149.0’
Level 11
+134.0’
Level 10
+134.0’
Level 10
+134.0’
Level 10
Offices / Laboratories
+121.5’
Level 09
+121.5’
Level 09
Offices / Laboratories
Offices / Laboratories
Auditorium
Auditorium
Auditorium
Auditorium
Auditorium
Auditorium
The ambiguous nature of viscosity which is neither solid nor liquid allows for a different angle of reading the connectivity and fluidity among different program spaces in a compact building. The viscous spatial arrangement also benefits the mediation of humidity and circulation of air in this building combining both living space and nature environment. The undulating floor plates facilitate the achievement of viscous flow of space.
Restaurants
Restaurants
Restaurants
The project explores the strategy of creating an energy efficient high-rise building in the center of Manhattan to house an enology institute, which combines vertically office space, public plaza, and experimental vineyard and gardens. The concept of viscosity is studied to apply new understanding on spatial connectivity.
Garden
Garden
Garden
Stage
Stage
X1
X2
X3
X4
X5
X6
Space
Stage
X7
Truss
90.00 7.00
+121.5’
Level 09
Demonstrative Wine Factory
Demonstrative Wine Factory
17.00
12.00
13.00
34.00
7.00
Demonstrative Wine Factory
7.50
Y5 UP
BARREL STORAGE
Y4 9.00
Mezzanine
ELEVATOR LOBBY
Y3
+96.5’
Level 08
Level 08
60.00
DEMONSTRATIVE WINE FACTORY
Demonstrative Wine Factory
34.50
Demonstrative Wine Factory
Demonstrative Wine Factory +96.5’
Glass and Concrete Joint
+96.5’
Level 08
GRAPES PROCESSING AREA
9.00
Y2 UP
Auditorium
Y1
+81.0’
Wine Barreling Area
Level 07
+81.0’
Wine Barreling Area
Level 07
+81.0’
Wine Barreling Area
Level 07 PLAN LEVEL 08
LEVEL 8TH
The concrete facade of the building functions as structural support for the building. The porous facade is based on the concept of flowing liquid. The porousness responds to the spatial solidity and liquidity of interior. The degree of viscosity provides facade the capacity to sustain structural support.
+68.5’
Seed Bank/Vine Garden
Seed Bank/Vine Garden
Seed Bank/Vine Garden
+68.5’
Level 06
Level 06
+68.5’
Atrium Experiment Garden
Level 06 X1
X2
X3
X4
X5
X6
X7
90.00
+53.0’
Level 05
Level 05
+53.0’Y5
17.00
12.00
13.00
34.00
7.00
Wine Museum Experiment Garden
Level 05 STUDY CHAMBERS
7.50
+53.0’
7.00
Wine Museum
Wine Museum
CORE AREA
9.00
Y4 FACILITIES
Visitor Center
AUDITORIUM
+37.5’
60.00
Level 04
34.50
+37.5’
Level 04
Elevator Lobby
Y3
Visitor Center
Visitor Center +37.5’
DOWN
Level 04
VIEWING DECK
AUDITORIUM
MAIN AREA Garden
Wine Making Area
Wine Stores
Level 03
+25.0’
Wine Stores
Level 03
Wine Stores
Restaurants
Y2
+25.0’
9.00
+25.0’
Level 03
GARDENS
GARDEN
Wine Making Area
Y1
The concept of viscosity is also applied to create a thickness for the facade. The facade is thickened in lower floors, and the application of viscous nature to the generation of facade gives rise to porous spaces in the thickened part of facade. Facade itself therefore is not just a wall, but it also defines space.
Offices / Laboratories
Market
Market
Market +12.5’
+12.5’
Level 02
Level 02
+12.5’
PLAN LEVEL 11
Level 02
LEVEL 11TH Auditorium
+/- 0’
Level Ground
Food Court
+/- 0’
Level Ground
Food Court
Auditorium
+/- 0’
Level Ground X1 X2
Food Court
Stage
X3
X4
X5
X6
X7
Wine Storage
Demonstrative Wine Factory
90.00 7.00
Level Basement 01
Food Court
-12.5’
Level Basement 01
Food Court
12.00
13.00
Wine Barreling Area
VENDERS
Level Basement 02
Wine Cellar
Y3
-25.0’
-37.5’
Level Basement 03
-37.5’
Level Basement 03
Wine Cellar
SHOWCASE
Visitor Center
FOOD COURT
MAIN AREA
VENDERS
Wine Stores
Level Basement 03 UP
Y2 SHOWCASE
9.00
Building Section North-South
Section North-South Building Building Section North-South
0
0
6’
12’
36’
6’
12’
0
6’
36’12’
36’
CAFE
Wine Cellar
Market Maintenance Aisle Food Court
GARDENS Seed Bank
Y1
BuildingSection SectionNorth-South North-South Building 0 06’ 6’ 12’ 12’
Wine Cellar
Wine Museum
VENDERS
VENDERS
-37.5’
Slab Detail
Visitor Center
FACILITIES
Level Basement 02 60.00
-25.0’
Wine Cellar
Balcony Seed Bank/Vine Garden
9.00
Wine Cellar
Food Court CORE AREA
VENDERS
Elevator Lobby
34.50
Level Basement 02
7.00
Level Basement 01
Y4
-25.0’
34.00
Demonstrative Wine Factory
-12.5’Y5
7.50
-12.5’
17.00
36’ 36’
Food Court
Wine Cellar
Wine Cellar
PLAN LEVEL 01
GROUND LEVEL
DETAILED SECTION
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SANDY JAN
STRUCTURAL ANALYSIS
M. Arch I | sandyjanyh@gmail.com
FRONT + RIGHT
FRONT
RIGHT
PLAN VIEW
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Past Events
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FLEX HOUSE
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CHAPELS
CondoMaximum Residential Building Design Miami, FL
3
8
Experiencing the Flow of Time Concept Design
Gallery Funeral Chapel Funeral reception area Entrance to baptism/wedding chapels Baptism Chapel Wedding Chapel Ceremony preparation chambers Entrance to funeral chapel
GROUND LEVEL
Academic Project Architecture Fall, 2011
PRIVATE PrivateACCESS Access
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SUPER MostFLEXIBLE flexibleCORE PROGRAM FlexibleCONTAINER CIRCULATION LAYER Service core SKINScreen LAYER panel
Academic Project Architecture Fall, 2012
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MOVIE ANALYSIS
FlexHouse is a project looking into possible architectural response to economic influences on housing stocks.
PUBLICEntrance ENTRANCE Public
Florida is one of the states suffering the worst impact from economic downturn since 2008. Miami particularly is still dealing with high foreclosure rate. One of the architectural conditions that exacerbate the problem is the lack of adaptability in housing design. Economic cycle fluctuates in an unpredictable manner, while the design of housing is rigid, making it incapable of adapting changes in a short span of time. FlexHouse proposes a condominium that is able to accommodate needs in different economic periods. The whole building can be a luxury condominium during good economic time. As economy turns unfavorable and more occupants become incapable of affording mortgage payments, the units can be rearranged to accommodate other programmatic needs, which in term facilitate a positive impact on economic stimulation. By designing flexibility into the dimensions of space, time and programmatic usage, FlexHouse becomes an active member that feeds back to the local neighborhood and the economy.
The chapels contain spaces for functions of baptism, wedding and funeral service - major events people go through in the course of life, generations after generations. The idea is to have the flow of time to be eternal in this building, echoing the rhythm of life.
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1 2 3 4
Funeral visitation Funeral prepartion ro Wedding banquet ha Banquet food prepar
Layer of Past Events
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2 1
1 2 3 4 5 6 7 812
6
3
8
Mezzanine of baptis Mezzanine of weddin Wedding banquet ha Banquet hall patio
Layer of Present Events
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The project was to design a chapel that allows users to experience and reflect on the relationships between time and space.
Most RIGID rigid MOST
DIAGRAM OF OVERLAPPING TIME
1 2 3 4
2
4
2
MOST Most FLEXIBLE flexible
4
Layer of Present Self
GALLERY FUNERAL CHAPEL FUNERAL RECEPTION AREA ENTRANCE TO BAPTISM/WEDDING CHAPELS BAPTISM CHAPEL WEDDING CHAPEL CEREMONY PREPARATION CHAMBERS ENTRANCE TO FUNERAL CHAPEL
PUBLIC Public ACCESS Access
PrivateACCESS Access VEHIICULAR
3
7 7
Past Events
3 Gallery Funeral Chapel Funeral reception area Entrance to baptism/wedding chapels Baptism Chapel Wedding Chapel Ceremony 2ND LEVELpreparation chambers MEZZANINE OF BAPTISMto CHAPEL Entrance funeral chapel MEZZANINE OF WEDDING CHAPEL
4
1 2 3 4
Mezzanine of baptism chapel Mezzanine of wedding chapel Wedding banquet hall Banquet hall patio
4
DIAGRAM OF PENETRATION OF TIME
DIAGRAM OF OVERLAPPING TIME
3RD LEVEL 1 2 3 4
2
3 WEDDING BANQUET HALL 4 BANQUET HALL PATIO
FUNERAL VISITATION FUNERAL PREPARATION ROOM WEDDING BANQUET HALL BANQUET FOOD PREPARATION AREA
Layer of Present Self
The project was inspired by the nonlinear story telling technique perfected by the movie Eternal Sunshine of Spotless Mind. The movie unfolded the story by delicately manipulates the concept of time. The project started from studying the relationships and interactions between different timelines in the movie and different time-reality among each protagonists. The time manipulation techniques applied in the movie were analyzed and extracted to formulate the strategies for creating an experiential environment reflecting the intangible flow of time. Spaces in this project are the materialization of time flows that layer, interweave, penetrate, and overlap with each other.
1 3
Layer of Past Events Layer of Present Events 4
1 2 3 4
Funeral visitation Funeral prepartion room Wedding banquet hall Banquet food preparation area
2 1
RigidEDGE edge RIGID
WildCARD Card WILD
3
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FlexHouse
Arch601 | Fall 2012 | CondoMaximum 2
2
4
1 2 3 4
Mezzanine of baptism chapel Mezzanine of wedding chapel Wedding banquet hall Banquet hall patio
DIAGRAM OF PENETRATION OF TIME
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RETAIL STORE FACADE & STOREFRONT DESIGN Accessories/Jewelry Store Renovation Taipei City, Taiwan Left | Construction Progress and Lighting Effect of Skeletal Diamond -Shaped Facade
Top Right | Construction Progress of Shopfront Interior Renovation - Honeycomb Wall Display Boxes Bottom Right | Construction Progress of Shopfront Interior Renovation - Tree-Shaped Jewelry Display Boxes
Professional Project Facade Design+Retail Interior Design 2010 The project was to design and construct a 3-story facade and the interior of a retail jewelry store. The design concept of the exterior facade was derived from the major product of the store – diamond. We took an image of diamond radiance and stretched it both vertically and horizontally to create an angular-shaped skeleton. The stretches created dramatic visual tension to symbolize the breaking through of this long-lasting retail store and the business area. To simulate the glossiness of a diamond, the skeleton extruding out of the exterior wall was covered by patterned translucent films on tranparnet plastic plates. Durind daytime the façade is a glittering diamond, and at nighttime the façade turns into a shining color-changing gemstone by the LED lights installed inside the skeletal structure. The inteior design of the store was modelled after the idea of a spring garden. The essence of vitality is conveyed through growing trees supporting the jewelry display boxes, and honeycomb wall-displays which represent opulence and liveliness. My duties in the project includ the generation of design concepts, the production of schematic representations, communication with clients and contractors, and supervision of the renovation site.
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SANDY JAN
M. Arch I | sandyjanyh@gmail.com
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sandyjanyh@gmail.com +1 267 2071847