FU YING Architecture Portfolio 2008-2015
HARBIN ART CRAFT SHOPPING CENTER
This project is a shopping mall located in Harbin China. The main concept is to create an architecture that reflects local ice sculpture cultures. My primary responsibilities were communicating with client, designing interior layout, and facade studies.
制图人
给排水 暖通
建筑 结构
电讯
电气
动力
1 1
Children Play Area
2
Cafe
2
Anchor Store
Horizontal Circulation
F+B
Service/Logistic
Retail
Fashion Anchor
HOSPITAL WAITING AREA
This is a hospital interior design located in Singapore. I was involved in designing, 3d modeling and rendering
Lighting Detail
Custom Chair
Wood Laminate
Vinyl Flooring
Glass Film
Emulsion Paint
Emulsion Paint
RETAIL
This is a luxury retail interior design located in Macau, China. My primary responsibilities were 3d modeling and 2d drafting.
Veneer
Marble
Marble
Custom Light
Semi-tranparent Fabric
JINAN CENTURY CENTER
This project is a mixed-use of office and commercial building complex in Jinan, China. My primary responsibilities were 2d drafting, diagramming, collaborating with Local Design Institute and landscape architect, monitoring 3d visualizer, and participating in facade design and material selections.
Ground Fl
Facade Patterns
YINCHUAN FUPU MUSEUM
This project is a mixed-use of office spaces and museum in Yinchuan, China. My primary responsibilities were 2d drafting, diagramming, solar analysis, massing studies and supporting 3d visualizer.
Summe
01
02
Solar Analysis
Design Responses / 设计回应 Solar Analysis / 太阳能分析
er/夏 01 03
02
Wh/m2 3000+ 2710
South
2420 2130 1840 1550
03
1260 970 680 390 100
North
Summer
West
Winter
General Arrangement /基本布局 Plan Level 01 / 一层平面图
Jin
gS
iR
oa
d/
经
General Arrangement /基本布局 Plan Level 01 / 一层平面图
Jin
四
Jin
gS
路
13.
14.
gS
iR
oa
16. 12.
General Arrangement /基本布局 Plan Level 07 / 七层平面图 General Arrangement /基本布局 Plan Level 01 / 一层平面图
d/
经
四
iR
oa
d/
经
路
四
路
16.
16. 13.
11.
12.
13.
14.
12.
14.
1. 11.
1.
11.
15. 15.
10.
1.
1. 1.
10.
10.
9.
1.
1. 9.
9. 2. 4.
3.
3. 7.
2.
2. 4.
4.
3.
5. 7.
7.
5.
5.
6. 8.
6.
6. 8.
8. 1.Security/
14.Drop Off/
安检
2.Ticket Office/ 3.Reception/
接待处
4.Cloak Rm/
衣帽间
落客区
15.Carpark Entrance /
售票处
16.Carpark Exit/
停车库入口 1.Security/
停车库出口
3.Reception/
接待处
6.Souvenir/
4.Cloak Rm/
衣帽间
纪念品商店
8.Restaurant/
6.Souvenir/
餐厅
10.Temporary Exhibition/ 11.Office Lobby/
0m
0m
5m
10m
20m
30m
Fu Pu Meseum Interim Concept Design Review/复朴博物馆方案设计中期汇报
5m
10m
20m
N
Ground Fl
12.Office Security/
30m
Fu Pu Meseum Interim Concept Design Review/复朴博物馆方案设计中期汇报 0m 5m 10m
30m
Fu Pu Meseum Interim Concept Design Review/复朴博物馆方案设计中期汇报
停车库入口
停车库出口
纪念品商店
7.Atrium/ 中庭
拍卖厅
8.Restaurant/
临时展览空间
餐厅
办公室大厅
9.Auction (Multi-purpose)/
保安室
10.Temporary Exhibition/
13.Fire Command Centre/ 20m
16.Carpark Exit/
5.Locker/ 储物柜
9.Auction (Multi-purpose)/
N
落客区
15.Carpark Entrance /
售票处
5.Locker/ 储物柜 7.Atrium/ 中庭
N
14.Drop Off/
安检
2.Ticket Office/
11.Office Lobby/
消防控制室
Typical Fl
118
12.Office Security/
拍卖厅 临时展览空间
办公室大厅 保安室
13.Fire Command Centre/
消防控制室 118
Section 02 / 剖面图02
0m
2m
4m
SCALE = 1:200
办公室 Pu Meseum Interim Concept Design Review/复朴博物馆方案设计中期汇报 1.Office/ 124
FLEXSIBLE ART APARTMENT/HOUSING
Flexsible Art is a five-story mixed-use urban housing located in Downtown Buffalo for local artists. The ground floor is a public gallery, which will be displaying tenants’ artwork. Folding screen is integrated throughout the design to allow the tenants to have control over their personal space. This building is “flexible” in a sense that the 2nd and 3rd floor provides a social enviroment for those that enjoy working with others, while the upper levels were designed for those who prefer a more solitary enviroment.
The Flexsible Art is intented to create public and private living/working environments for artists. The interior form is derived from a 15’ by 15’ cube.Egress can be formed through stacking the cube vertically. Extra space can be provided through expanding horizontally. While designing the building circulation, a 45 degree diagonal cut of the cube is incorporated into the design.
Interior Space
Studio
1 Bedroom
2 Bedroom
3 Bedroom
Filtering
5th Private 3rd Semi-Public
Vegetations function as a separation between public and private spaces.Folding screens provide a flexible use of interior spaces.
4th
2nd
Interior folding screen allows interaction between tenants. Exterior folding facade provides privacy control.
2th Floor
Filtering Private Studio
1 Bedroom
2 Bedroom
Additional private spaces
4th Floor
Perspective Section
31. ½” Waterproof Membrane 32. 2 ½” Drainage Mat 33. 3” x 3’ x 3” Flat Steel Post
Detail Wall Section & Elevation DS 4
26
DS 4
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17.
1’ Diameter Foundation Pile 1’ Thick Lean Concrete 8” Diameter PVC Drainage Pipe 1’ Thick Drainage Gravel 2” Porous Boards 8” Thick Flyash Concrete 3” Wide Expansion Joint Bitumen Paint 2’ Concrete Shear Wall Vapor Barrier 4” Thermal Insulation ½” Waterproof Membrane 1 ½” Drainage Mat 1” Soil Retention 3” Fine Sand 1’ x 3” Concrete Pavement 5” Soil
27. 28. 29. 30. 31. 32. 33.
1” Double Glazed Sliding Door 8”Thermal Insulation 21” x 3” x 3” Aluminum Supporting Structure 1” Laminated Safety Glass ½” Waterproof Membrane 2 ½” Drainage Mat 3” x 3’ x 3” Flat Steel Post
DS 3
DS 3
18. 3/4” Plywood 19. 5/8” Concrete Finishing 20. 4” Thermal Insulation 21. Radiant Heating Floor 22. 2“ x 3.9” Aluminum Guide Track 23. Aluminum Guide Wheel 24. 15’ x 3’ x 3” Grate 25. AISI Type 316 Stainless Steel 26. Aluminum Frame
25 24
23 22 21 19
20 18
DS 2
DS 2
DS 1
DS 1
LIFE-CYCLES: HOSPICE & BIRTHING CENTER
First and second floors consist of a nexus area for the community to gather and learn about urban health. Third to seventh floors consist of a hospice to a birthing center. Top floor is an indoor garden for patients that are current residing in the hospice and birthing center.
The site is located in Buffalo Historic Polonia District. The district has ample historical buildings and is close to Downtown Buffalo and Buffalo Central Terminal. The building form is derived from the idea of emphasizing the skyline view of the rich Buffalo architectural heritages.
Doctor
Occupant Family Typical Hosiptal Room
Birthing Center
Hospice Room
Eighth Floor Plan
The initial study of typical patient rooms in a traditional hospital consists of three zones: doctor, occupant, and family. However, rooms in a hospice and birthing center shouldn’t be organized in a similar manner as compared to traditional hospital rooms. In a hospice, the room should provide occupants with comfort and family support. While in a birthing center, Pregnant women need access to a doctor’s assistance and family support in order to safely give birth.
Fourth Floor Plan
The project was to design a parametric surface using Grasshopper. Depending on the condition, the surface can be alternated as a wall,a furniture, or a facade.
The surface was integrated into the building interior as an interface to encourage social interaction between floors and rooms. On the exterior, the surface was used as the faรงade to provide necessary shading and privacy.
Sectional Render
LANDSCAPE MOSQUE
A mosque is a religious structure which is orienting towards Mecca. Mosques incorporate a variety of climate conditions. The arrangement of these devices does not depend entirely on creating the most efficient system, but more importantly serves as to enhance the religious experience such as directionality, homogeneity and focus. The two most commonly used devices found in mosques are water channel system in the courtyard and roof openings that allow maximum ventilation. Both of these devices are intended to create microclimates within mosques and emphasize the religious experiences related to directionality, homogeneity, and focus. The roof of the Cornell Mosque combines a water channel system and roof opening design into a single system. The interior programs are influenced by the interplay of water and light above the roof. This idea is similar to the idea of Parquet Deformation that the roof is a continuous piece, but the geometries of the roofs are varied. From elevation perspective, the mosque deforms into surrounding landscape.
(Note: Parquet Drawing is from “The Parquet Deformation� by William S. Huff)
Plan & Sections
Mecca
TECHNICAL DRAWING
PIERCE COUNTY ENVIRONMENTAL SERVICES MILL OUTLINE SPECIFICATION 1 FOUNDATION: 34" wide x 12" thick strip footing with # 5 reinforcement bar to match spacing of vertical wall reinforcement 4" hairpin 2 FIRST FLOOR: R-10 rigid insulation on perimeter 4" crushed gravel vapor barrier wire mesh reinforcement 4" concrete slab on grade raised floor system 3 ALUMINUM WINDOW SYSTEM: metal sill flashing 1 2" cement board 5 8" gypsum sheathing 6" metal stud @ 16" O.C. vapor barrier R-19 batt insulation 5 8" GWB interior 4 SUSPENDED CEILING SYSTEM: 5 8" GWB 3 4" metal furring channels 24" O.C. max 1 21" channels 4" O.C. max hanger spacing 4" O.C. max metal furring channel clip 5 SECOND FLOOR 8" hollow core concrete slab wire mesh reinforcement 2 21" topping concrete slab raised floor system 6 ALUMINUM: metal sill flashing 1 2" cement board 5 8" gypsum sheathing 6" metal stud @ 16" O.C. vapor barrier R-19 batt insulation 5 8" GWB interior I beam 7 ACOUSTIC CEILING TILE SYSTEM: acoustic tile main & cross tee 12 G.A. vertical hanger wire compression strut connect to structure above hanger clip 1" acoustic insulation 36" long x 34" wide site cast concrete with # 5 reinforcement bar 8 OVERHANG ROOF: drip sloping concrete plank metal edge flashing P.T. wood edge flashing membrane 1" insulation U.N.O. metal fascia system 1 2" P.T. plywood 1 2" P.T. wood curb continuous roof membrane on top of curb 9 ROOF: sloping 8" ho;llow core concrete planks 2 21" concrete toping slab R-30 rigid insulation single ply vented roof membrane
PIERCE COUNTY ENVIRONMENTAL SERVICES MILL|HULL ARCHITECTS JOHN BRENNAN TIFFANY CHEN NATALIE CARPENTER ELDO MATHEWS FU YING 4-18-2011 1
3
6
10
3 4" 2 6"
1
3 4" 2 CA # BU PA
TECHNICAL DRAWING CROFFEAD RESIDENCE
1. FOUNDATION AT FIREPLACE
12 x 8 x 8 CMU. 9' x 13' x 12" THICK SITE CAST CONCRETE PAD WITH # 5 REINFORCEMENT BARS @ 12 INCHES O.C. BOTH DIRECTIONS
2. FOUNDATION AT STAIRCASE
4' 4" X 6' 9" X 2' 6" THICK CAST CONCRETE PAD WITH 6 # 5 REINFORCEMENT BAR @ 12 INCHES O.C.
3. STAIR CASE
RISER 7" TOTAL HEIGHT 10' 3" TREAD 10" TOTAL LENGTH 14' 2"
4. GROUND FLOOR
4" THICK SITE CAST CONCRETE FLOOR SLAB WITH MESH REINFORCEMENT VAPOR BARRIER & COMPACTED SAND
5. EXTERNAL WALL AT GROUND FLOOR 8 x 8 x 4 CMU. 2 X 4 X 8 CMU. WIRE TIES EVERY THREE COURSE O.C. VERTICAL.
6. GROUND FLOOR CEILING 2 X 10 JOISTS AT 16" O.C. 3 4" GYPSUM BOARD
7. SECOND FLOOR
3 4" GYPSUM BOARD 2 X 10 JOIST AT 16 INCHES O.C. 3 4" PLYWOOD SUBFLOORING 3 4" FINISH WOOD FLOORING BLOCKING
8. FIREPLACE
4"THICK SITE CAST CONCRETE 16" X 16" FLUE 8 x 8 x 8 CMU
9. CEILING
3 4" GYPSUM & VAPOR BARRIER 2 X 4 RAFTERS AT 16 INCHES O.C. 6" BATTING INSULATION
10. ROOF
3 4" PLYWOOD SHEATHING 2 x 8 RAFTERS AT 16 INCHES O.C. CAST CONCRETE WITH 8 # 5 # 3 TIES @ 16 INCHES O.C. BUILT-UP ROOF MEMBRANE PARAPET CAP FLASHING
3 4
C 8 C 3 4"=1'-0"
C
CROFFEAD RESIDENCE 85 RIVERLAND DRIVE CHARLESTON 6.C CLARK & MENEFEE ARCHITECTS
Fu Ying
Fu
ENVIRONMENT BUBBLE Partners: Eldo Mathew, Troy Barnes
Analyzed Reyner Banham’s architectural theory article “A home Is not a House”, Banham believes the modern American houses is overly designed and crowded. An idea of portable and self-sustaining environment bubble was introduced in the article in 1969. The bubble as envisioned by Banham consists of a Standard of Living Package which combines all the creature comforts of modern man into an easily transportable system that can be deployed anywhere at the users leisure. This project were focusing on redesigning and improving the environment bubble based on the today’s new technologies.
Existing Issues Centralized plan: All activities are geared inwards thereby breaking connection to environment. Amorphous membrane is not flexible in adapting to user needs.
Conceptual Proposal Use of multiple layers of membrane to address user needs
SLEEP
SLEEP
ENTERAINMENT
DINING
STUDY
Comparing 1969’s to 2012’s technologies, the changes have been revolutionary. The sizes of most technologies are reduced significantly, while the technologies have become more efficient. Clearly, the 1969’s SLP (Standard Living Package) from Banham’s article is outdated. For instant, laptop with Wi-Fi can be easily replaced 1969’s radio, television and telephone. The 1969’s SLP was stationary at the center of environment bubble and all the activities were happened around it. The 2012’s SLP frees out this limitation, since the 2012’s SLP is no longer stationary.
DC Powered Device
Solar Film
Charge Control
Projector
Solar Battery
Hot Plate
Inverter
MacBook
Fridge
Air Blower
How Standard Living Package of 2012 Work
1969’’s Standard Living Package
2012’s Standard Living Package
PV Film Roll
PV laminate with ETFE
Using PV film to create pixilation on membrane surface to provide privacy and shade.
100% Clear ETFE Film PV Film 75% Clear ETFE Film
Air
Matte White ETFE Removable Fabric
Based on new construction materials researches, the membrane of the environment bubble can be constructed with PV film and ETFE film. Through manipulating the layed out the PV film, variety of patterns can be created for different purposes.
Ecotect was utilized to analyze the areas on the membrane which would receive the most amount of direct sunlight at any given time. The solar cells were layed out to correlate to the areas with the highest amount of direct light, thereby creating the most efficient and cost effective PV Pattern. In order to allow the user to fully exploit the new freedom of the portable standard of living package, the membrane was updated to facilitate the use of the membrane beyond the weather barrier. As the membrane unfolds the membrane begins to address different user needs ranging from a simple platform open to the environment to an immersive projection screen which transports the user to a different environment.
EcoTech Sunlight Analysis
ETFE Environment Bubble
Incorporating PV Pattern
Front Elevation
Side Elevation
Sectional Diagram
3
Specifications 2
Air Beam Connection 1. 10� Air Beam 2. ETFE Membrane, heat sealed seams 3. Thin Film Photovoltaic Laminates 4. Hung Membrane with Grommets, Connects to Flange with S Hooks Ground Connections 1. Flange with Grommets, Cemented to Air Beam 2. Air Beam, on Grade 3. High Pressure Air Quick Disconnect 4. Pressure Release Valve 5. ETFE Membrane, Heat Sealed Connection 6. Pillow Inflation Valve
5 6
3 4
1
2
1
4
5