SHIN TAN
2024 Architecture Portfolio
Skills
AutoCAD
Rhinoceros
Sketchup
Autodesk REVIT
Lumion
Enscape
VRAY
Photoshop
InDesign
Illustrator
Premiere Pro
Microsoft Suite
Education
Universiti Tunku Abdul Rahman (UTAR), Malaysia
BSc. Architecture (Hons.) with Merit
Experience
Architectural Designer
B+P Architects and Planners, Taipei, Taiwan
11.22 - 06.24
Assistant Architect, Social Media Manager
Tetawowe Atelier
09.21 - 08.22
Architecture Intern, Social Media Manager
Tetawowe Atelier
09.18 - 01.19
Certification
Board of Architects Malaysia (LAM) Part 1
Languages
English
Chinese
Malay
French
2 Shin Jie Tan
Contents 01 02 03 04 05 06 p.04 - 13 p.14 - 25 p.26 - 31 p.32 - 39 p.40 - 45 p.46 - 49 Anle
Residential Sprout House Residential Dental Clinic Healthcare Food Farmercy Mixed-use Commerical Honda Interior Design The Origin Interior Installation
Apartment
ANLE APARTMENT
Micro apartment in Chiayi City, Taiwan
Professional Work Office :
B+P Architects
Chiayi, Taiwan
Jeff Tsai, Jason
Ongoing, under construction
Apartment / Residential
4500m ²
1 year 7 months
Located in downtown Chiayi City, this micro apartment complex draws its initial design inspiration from the concept of a staircase in an old apartment connecting the neighborhood, as well as the entrance and front balcony of the residents. The design features a red vertical staircase that connects the public spaces on each floor. The entrance is reimagined as more than just an enclosed transitional space; it becomes a breathable balcony, a place to chat with neighbors, and a space that faces the household tasks within the home. This redefines the relationship between the entrance, the interior of the home, and the neighborhood.
The office has been working on this project since 2020 and underwent 2 major design revisions. I was involved in the 2nd design renewal phase. The scope of works include; design development, presentations, construction drawings, 3D modelling, rendering, material study, and discussing with external contractors (civil engineer, mechanical engineer, suppliers, and the clients). I learned how to better design for the sensitivity of the occupants in a low rise apartment building. Next, I learned how to multitask a lot of different tasks at once and how to manage a project. Furthermore, I learned how to make my ideas into tangible reality.
5
Site
Status
Size
: Contributors :
: Type:
: Involvement Duration:
6 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 -525 X1 X2 X3 X4 Y1 Y2 Y3 X5 Y1-0 Y2-2 Y4 10 9 8 7 6 5 4 3 2 1 1 2 3 5 6 7 8 11 20 19 18 17 16 15 14 13 12 9 10 SD5 SD3 SD3 SD1 SD3 D8 LW1a LW1 -325 D2 消防栓 X5 Y1-0 Y4 X1 X2 X3 X4 Y1 Y2 Y3 foundation plan | 1:20 basement floor plan | 1:20 ANLE APARTMENT | Professional work | 2024.06
7
X2 X3 X4 Y1 Y2 Y3 19 18 20 17 16 15 13 12 11 10 10 14 15 20 19 18 17 16 11 13 12 SD2 SD2 D5 D5 D4 D4 D6 D5 SD1 DW3 DW4 DW7 SD2 D4 D4 D5 D5 DW6 W11 W2 W3 W5 W12 W14 W9 W13 10 11 795 D3 消防栓 10 14 15 20 19 18 17 16 11 13 12 14 15 16 17 18 11 10 12 13 SD1 LW3 LW2 W23 2955 消防栓 25x80 X1 X2 X3 X4 Y1 Y2 Y3 FIX FIX third floor plan | 1:20 roof floor plan | 1:20 2024.06 | Professional work | ANLE APARTMENT
X1
8 1FL 2FL 3FL 4FL 5FL 6FL R1FL +1875 +1515 1155 +795 +435 +15 +2955 B1FL -325 Building Height GL ±0 (Land Height+1.95) Eave Height 7FL +2235 8FL +2595 Roof Overhang Height R2FL +3255 +3555 +3580 RF Boundary Line Building Line X1 X2 X3 X4 X5 FIX FIX FIX FIX FIX FIX FIX FIX FIX FIX FIX W6 W3 W20 W19 W18 W17 W6 W20 W18 W6 W11 W3 W2 W6 W3 W11 W2 W6 W11 W3 W2 W6 W11 W3 W6 W11 W2 W19 W17 W1 W1 DW3 D6 DW3 D6 DW3 D6 DW3 D6 DW3 D6 SD2 D1 1FL 2FL 3FL 4FL 5FL 6FL R1FL +1875 +1515 1155 +795 +435 +15 +2955 B1FL -325 Building Height GL ±0 (Land Height+1.95) Eave Height 7FL +2235 8FL +2595 Roof Overhang Height R2FL +3255 +3555 +3580 RF X1 X2 X3 X4 X5 Boundary Line Boundary Line FIX FIX W9 W14 W9 W14 W9 W14 W9 W8 W7 W1 DW8 DW10 DW11 DW1 D1 DW11 north elevation | 1:40 south elevation | 1:40 ANLE APARTMENT | Professional work | 2024.06
9 道 路 境 界 線 Y3 Y2 Y1 Y4 Y1-0 Boundary Line Building Line 10 12 17 10 11 13 14 15 16 11 14 15 10 14 15 16 W20 W20 W11 DW3 D9 10 W11 DW3 D9 W11 DW3 D9 W11 DW3 D9 W11 DW3 D9 10 D2 D2 SD2 D4 SD2 SD2 DW9 SD2 D4 SD2 SD2 SD2 SD2 SD2 SD2 SD2 SD2 SD2 D4 SD2 SD2 SD2 D4 SD2 DW5 D4 D4 D2 SD2 D1 SD4 LW3 1FL 2FL 3FL 4FL 5FL 6FL R1FL +1875 +1515 1155 +795 +435 +15 +2955 B1FL -325 Building Height GL ±0 (Land Height+1.95) Eave Height 7FL +2235 8FL +2595 Roof Overhang Height R2FL +3255 +3555 +3580 RF section a | 1:40 section d | 1:40 11 12 13 14 18 19 11 20 19 20 10 11 12 13 16 17 10 11 14 15 16 17 18 10 17 18 X1 X2 X3 X4 X5 Boundary Line Boundary Line FIX 17 19 17 19 16 17 19 DW11 D3 DW6 W5 DW6 DW6 DW6 SD2 D5 D5 D4 D5 W13 D4 D4 W13 D5 W13 D4 D5 DW4 DW9 DW11 DW2 DW8 1FL 2FL 3FL 4FL 5FL 6FL R1FL +1875 +1515 1155 +795 +435 +15 +2955 B1FL -325 Building Height GL ±0 (Land Height+1.95) Eave Height 7FL +2235 8FL +2595 Roof Overhang Height R2FL +3255 +3555 +3580 RF D A 2024.06 | Professional work | ANLE APARTMENT
DW1
10
FIX FIX DW1 0 10 車道入口 A1=1/100 A3=1/200 CM 嘉義安樂街集合住宅 新建工程 B + P A c h e c & P a n n r s 蔡嘉豪建築師事務所 版次 日期 修改項目 REVISON DATE MODIFICATION 備註 圖號 DRAWING NO. 結構工程 空調/機電/消防工程 STRUCTURE HVA,MEP,FS 岱能思工程顧問有限公司 東泰電機技師事務所 工程名稱 PROJECT 圖名 TITLE 比例 SCALE 繪圖 DRAWN 核對 CHECKED 確認 APPROVED 日期 DATE 業務號 JOB NO. 階段 單位 STAGE UNIT NOTE B20007 CD - 第一次變更設計 CHT CHT JSC TSJ 燈光設計 Lighting Design 艾歐照明設計 6/8/2024 2024-6-8 A1=1: A3=1: Index map Plan 200 400 1 A1=1: A3=1: Concrete awning of Lot A's entrance Section View 20 40 6 A1=1: A3=1: Driveway entrance concrete awning Elevation 50 100 4 A1=1: A3=1: Driveway entrance rain screen Section Detail 2 4 8 A1=1: A3=1: Driveway entrance awning Section Detail 2 4 9 A1=1: A3=1: Driveway entrance awning Section 20 40 7 2 A4-21 Driveway roof entrance 1 A6-13 Driveway gate N.T.S Driveway entrance awning Perspective View 2 A1=1: A3=1: Driveway entrance awning Plan 50 100 3 A4-21 6 A4-21 7 A4-21 6 A4-21 7 A4-21 9 1 A6-13 Driveway gate TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint Surface painted white paint 1:3 cement mortar powder finish 1~2° waterproof paint on the surface Flat head screw lock 洩水方向，坡度1/100 Expansion bolt lock 洩水方向，坡度1/100 TH=1.5mm Stainless steel enameled board 1 A6-12 Entrance Gate Surface brushed clay sand aggregate paint A4-21 8 1:3 Cement mortar powder finish 1~2° waterproof paint on the surface Surface brushed clay sand aggregate paint 1:2 Cement mortar powder finish 7.5x30cm Tiles TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint White paint surface 1:3 Cement mortar powder finish 1~2° waterproof paint on the surface Flat head screw lock 洩水方向，坡度1/100 Surface brushed clay sand aggregate paint 1:2 Cement mortar powder finish 洩水方向，坡度1/100 TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint 5 A4-21 TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint 4 A4-21 A1=1: A3=1: Driveway entrance awning Plan Detail 50 100 5 7.5x30cm Tiles Silicone caulking Slope 1/50 Slope 1/100 TH=1.5mm Stainless steel enameled board TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint 雨遮詳圖 A6-13bIron rolling door Drip line 1:3 Cement mortar powder finish Surface brushed clay sand aggregate paint TH=1.5mm Hot dip galvanized drip line White fluorocarbon paint 1:3 Cement mortar powder finish 1~2° waterproof paint on the surface Flat head screw lock Surface brushed clay sand aggregate paint ANLE APARTMENT | Professional work | 2024.06
11 1 3 4 5 7 8 9 10 11 12 13 14 15 16 17 18 19 20 2 3 4 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 24 20 1 2 3 4 5 7 8 9 10 11 12 13 14 15 16 17 18 1 2 3 4 5 7 8 9 10 11 12 13 14 15 16 17 18 1 2 3 4 5 7 8 9 10 11 12 13 14 15 16 17 18 1 2 20 20 1 2 3 4 5 6 7 8 11 20 19 18 17 16 15 14 13 12 9 10 UP SD1 A C 1 2 3 4 5 6 7 8 9 UP 10 14 15 20 19 18 17 16 11 13 12 DN SD1 W6 A C 1 2 3 4 5 6 7 8 9 UP 10 14 15 20 19 18 17 16 11 13 12 DN SD1 W6 1155 A C 1 2 3 4 5 6 7 10 11 UP 13 14 15 24 23 22 21 20 19 18 17 16 12 DN SD1 W6 1 2 3 4 5 6 7 8 11 20 19 18 17 16 15 14 13 12 9 10 UP 9 DN 無障礙安全梯A A1=1/50 A3=1/100 First floor staircase Plan Second floor staircase Plan Forth floor staircase Plan Ground floor staircase Plan Third floor staircase Plan 17@11=187 340 17.5@12=210 420 18@10=180 360 360 360 B1FL -320 1FL +15 2FL +435 3FL +795 4FL +1155 5FL +1515 17.5@12=210 18@10=180 18@10=180 18@10=180 18@10=180 18@10=180 17@9=153 Y2 Y3 Y3 B1F~4F Fire escape staircase Section A3=1:100 A1=1:50 CM (一) 24@10=240 167 24 17 / 17.5 Anti-slip strips and Smoothened steps A3=1:100 A1=1:50 CM A3=1:100 A1=1:50 CM A3=1:100 A1=1:50 CM A3=1:100 A1=1:50 CM A3=1:100 A1=1:50 CM 75 35 110 75 35 110 75 35 110 549 X1 137.5 310 137.5 124.5 124.5 120 CM 嘉義安樂街集合住宅 新建工程 B + P A r c h t e t & P a n n e 蔡嘉豪建築師事務所 版次 日期 修改項目 REVISON DATE MODIFICATION 備註 圖號 DRAWING NO. 結構工程 空調/機電/消防工程 STRUCTURE HVA,MEP,FS 岱能思工程顧問有限公司 東泰電機技師事務所 工程名稱 PROJECT 圖名 TITLE 比例 SCALE 繪圖 DRAWN 核對 CHECKED 確認 APPROVED 日期 DATE 業務號 JOB NO. 階段 單位 STAGE UNIT NOTE B20007 CD - 第一次變更設計 CHT CHT JSC . TSJ 燈光設計 Lighting Design 艾歐照明設計 6/8/2024 2024-6-8 124.5 124.5 124.5 75 35 110 75 35 110 24@8=192 191 166 142 35 Y3 24@11=264 145.5 539 X1 137.5 310 137.5 120 24@8=192 193.5 168.5 129.5 35 Y3 24@9=216 193.5 539 X1 137.5 310 137.5 24@11=264 30.5 129.5 129.5 35 120 132.5 X2 X2 X2 Y3 24@9=216 193.5 539 X1 137.5 310 137.5 24@9=216 54.5 153.5 129.5 35 120 130 X2 Y3 24@9=216 193.5 539 X1 137.5 310 137.5 24@9=216 54.5 153.5 129.5 35 120 130 X2 75 35 75 35 75 35 75 35 75 35 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 65 55 70 65 17 65 2024.06 | Professional work | ANLE APARTMENT
12 90x95 W1-Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint 1F Guard room, Lot A, toilets, storage H 90 120x130 W2-1F Lot A，2F-6F Lot B Bedroom 60x60 W3-2F-6F Lot C Toilet 90x240 W4-2F-6F Lot B Bedroom 180x185-2F Lot A Living Room W8-2F Lot A Kitchen 80x80 W9-2F Lot A Toilet 180x65 W10-2F-6F Lot C Bedroom 150x130 W11-W12-3F,5F Lot A Bedroom W13-3F-5F Lot A Living Room W14 120x240-4F,6F Lot A Balcony 3F-5F Lot A Bedroom W15 160 95 W7-2F Lot A Bedroom 240x240-2F-6F Lot B Kitchen, 2F Lot A Bedroom W5 210x160 W6-2F-8F Fire safety staircase 95 H Code 90 cm W1 170 cm W1a W1a 60 55 花台 concave wall 2EQ=90 60 花台 FIX 90 240 FIX FIX 240 2EQ=240 2EQ=180 185 300 concave wall 60 115 175 2EQ=210 2EQ=90 255 115 DW3 65 195 2EQ=180 50 175 225 60 20 290 130 2EQ=150 115 245 115 130 245 2EQ=120 120x130 205 210x185 115 185 300 2EQ=210 flower bed concave wall 115 115 FIX FIX 240 2EQ=120 110 120x130-7F Lot A Bedroom W16 115 130 245 2EQ=120 141x240-7F,8F Lot A Bedroom W18 花台 FIX FIX 內凹牆面 2EQ=141 240 110 90x95-7F,8F Lot A Toilet W19 150 95 245 2EQ=90 150x240-7F,8F Lot A Bedroom W20 FIX FIX 245 240 2EQ=150 270x130-7F,8F Lot A Kitchen W21 245 115 3EQ=270 FIX 130 10 2EQ=210 160 5 130 H 240 2EQ=120 H Code 120 cm W2 95 cm W2a Airtight push-up aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others Hard -ware Airtight sliding aluminium window 5+5 Laminated glass Aluminum extruded fluorocarbon paint Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others Hard -ware Airtight push-out aluminium window 5+5 Laminated glass Aluminum extruded fluorocarbon paint Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others Hard -ware Airtight push-out aluminium window 5+5 Laminated glass Aluminum extruded fluorocarbon paint Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others Hard -ware Airtight sliding aluminium window 5+5 Laminated glass Aluminum extruded fluorocarbon paint Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others Hard -ware Airtight push-out aluminium window 5+5 Laminated glass Aluminum extruded fluorocarbon paint Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others Hard -ware Airtight sliding aluminium window 5+5 Laminated glass Aluminum extruded fluorocarbon paint Aluminum extruded fluorocarbon paint 90x95 Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight push-up aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Hard -ware Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint W8 Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint W8 Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint W8 Frame Sash Glass Hinge Remarks Handle Lock Others 5+5 Laminated glass Aluminum extruded fluorocarbon paint Airtight sliding aluminium window Aluminum extruded fluorocarbon paint 門窗表(三) A1=1/50 A3=1/100 嘉義安樂街集合住宅 新建工程 B + P A h e t s & P a n n e r 蔡嘉豪建築師事務所 版次 日期 修改項目 REVISON DATE MODIFICATION 備註 圖號 DRAWING NO. 結構工程 空調/機電/消防工程 STRUCTURE HVA,MEP,FS 岱能思工程顧問有限公司 東泰電機技師事務所 工程名稱 PROJECT 圖名 TITLE 比例 SCALE 繪圖 DRAWN 核對 CHECKED 確認 APPROVED 日期 DATE 業務號 JOB NO. 階段 單位 STAGE UNIT NOTE B20007 CD - 第一次變更設計 CHT CHT JSC TSJ 燈光設計 Lighting Design 艾歐照明設計
2024-6-8 ANLE APARTMENT | Professional work | 2024.06
6/8/2024
3.
13 1/100 1/100 1/100 D5 W10 D5 W10 D5 D5 D5 W19 1/100 1/100 1/100 W19 D5 W19 D5 W19 D5 A1=1: A3=1: Lot 6A Toilet Ceiling Plan 30 60 3 嘉義安樂街集合住宅 新建工程 B + P A c h e c t & P a n n e 蔡嘉豪建築師事務所 版次 日期 修改項目 REVISON DATE MODIFICATION 備註 圖號 DRAWING NO. 結構工程 空調/機電/消防工程 STRUCTURE HVA,MEP,FS 岱能思工程顧問有限公司 東泰電機技師事務所 工程名稱 PROJECT 圖名 TITLE 比例 SCALE 繪圖 DRAWN 核對 CHECKED 確認 APPROVED 日期 DATE 業務號 JOB NO. 階段 單位 STAGE UNIT NOTE B20007 CD - 第一次變更設計 CHT CHT JSC TSJ 燈光設計 Lighting Design 艾歐照明設計 6/8/2024 2024-6-8 A1=1/ A3=1/ 30 60 CM A1=1: A3=1: Lot 6A Toilet Plan 30 60 1 A1=1: A3=1: Lot 6A Toilet Floor Finish Plan 30 60 2 A1=1: A3=1: Lot 6A Toilet Section 1 30 60 4 A1=1: A3=1: Lot 6A Toilet Section 2 30 60 5 A1=1: A3=1: Lot 6A Toilet Section 3 30 60 6 A1=1: A3=1: Lot 6A Toilet Section 4 30 60 7 A1=1: A3=1: 7~8F Lot A Toilet 2 Plan 30 60 8 A1=1: A3=1: 7~8F Lot A Toilet 2 Floor Finish Plan 30 60 9 A1=1: A3=1: 7~8F Lot A Toilet 2 Ceiling Plan 30 60 10 A1=1: A3=1: 7~8F Lot A Toilet 2 Section 1 30 60 11 A1=1: A3=1: 7~8F Lot A Toilet 2 Section 2 30 60 12 A1=1: A3=1: 7~8F Lot A Toilet 2 Section 3 30 60 13 A1=1: A3=1: 7~8F Lot A Toilet 2 Section 4 30 60 14 Key 1:2 Waterproof cement painting + 30*30 quartz tiles (rough surface) Calcium silicate board ceiling Batch soil + flat cement paint Embedded light Ventilation heater 1:3Cement mortar +7.5*30cm permeable brick Drain Rectangular s.s. drain Wall light Mechanical exhaust fan Indirect lighting (T5 LED string lights) Note: 1. The floor completed surface F.F.L+0 is the structural completed surface F.L+5cm 2. If there is no special mark on the center height of the socket, it is 30cm/120cm from the finished surface of the ground.
Indirect lighting details A8-14
Shower cubicle details A9-11~A9-21 6.7.8層 廁所詳圖 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 1/100 1/100 1/100 D5 W10 D5 W10 D5 D5 D5 W19 1/100 1/100 1/100 W19 W19 W19 A1=1: A3=1: Lot 6A Toilet Ceiling Plan 30 60 3 嘉義安樂街集合住宅 新建工程 B + P A c h e c t & P a n n 蔡嘉豪建築師事務所 版次 日期 修改項目 REVISON DATE MODIFICATION 備註 結構工程 空調/機電/消防工程 STRUCTURE HVA,MEP,FS 岱能思工程顧問有限公司 東泰電機技師事務所 工程名稱 PROJECT 圖名 TITLE 繪圖 DRAWN 核對 CHECKED 階段 STAGE NOTE CD - 第一次變更設計 JSC TSJ 燈光設計 Lighting Design 艾歐照明設計 6/8/2024 A1=1: A3=1: Lot 6A Toilet Plan 30 60 1 A1=1: A3=1: Lot 6A Toilet Floor Finish Plan 30 60 2 A1=1: A3=1: Lot 6A Toilet Section 1 30 60 4 A1=1: A3=1: Lot 6A Toilet Section 2 30 60 5 A1=1: A3=1: Lot 6A Toilet Section 3 30 60 6 A1=1: A3=1: Lot 6A Toilet Section 4 30 60 7 A1=1: A3=1: 7~8F Lot A Toilet 2 Plan 30 60 8 A1=1: A3=1: 7~8F Lot A Toilet 2 Floor Finish Plan 30 60 9 A1=1: A3=1: 7~8F Lot A Toilet 2 Ceiling Plan 30 60 10 Key 1:2 Waterproof cement painting + 30*30 quartz tiles (rough surface) Calcium silicate board ceiling Batch soil + flat cement paint Embedded light Ventilation heater 1:3Cement mortar +7.5*30cm permeable brick Drain Rectangular s.s. drain Wall light Mechanical exhaust fan Indirect lighting (T5 LED string lights) Note: 1. The floor completed surface F.F.L+0 is the structural completed surface F.L+5cm 2. If there is no special mark on the center height of the socket, it is 30cm/120cm from the finished surface of the ground. 3. Indirect lighting details A8-14 4. Shower cubicle details A9-11~A9-21 6.7.8層 廁所詳圖 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 FL +0 CH FL+345 CH FL+255 CH FL+345 CH FL+255 CH FL+345 CH FL+255 CH FL+345 CH FL+255 CH FL+345 2024.06 | Professional work | ANLE APARTMENT
4.
SPROUT HOUSE
Residential Masterplan proposal for the Concept Home 2030 competition.
Professional Work
Office : Tetawowe Atelier
Site : Technology Park, Bukit Jalil, Malaysia
Contributors : Wei Ping, Tat Sing, Alex, Huey Mun, Claire, Angellyn, Sean, Andrew, Ken
Status : Design proposal
Type : Residential / Community
Size : 900,000m ²
Involvement Duration: 1 month
The Concept Home 2030 Competition invites architects to reimagine the potential Malaysian livingstyle in 2030 and share their vision of the quintessential Malaysian terrace home. Architects were invited to explore the opportunities provided by the emerging trends of housing technologies and the increasing need for environmental sustainabilit to conceive joyful homes for the future gneeration through this Sime Darby Property and Pertubuhan Akitek Malaysia collaboration.
Unfortunately we did not place first, but I really enjoyed the process of our visions coming together and working hard together. It felt proud and satisfying to compile the teams’ efforts into a final report. And of course, I learned about residential housing in the micro and macro scale in a tight time frame.
15
I. CONCEPT
The Sub Unit - The Sprout
The homes are embodied by their fixed core consisting of service areas and staircase, with the main rooms and spaces that extend off it being varied depending on whose house you are observing - similar to a tree with its trunk branching into flowers and leaves. As the building can be made to grow adjacent to its occupants it is, in a sense, just as “alive” as the people that inhabit it.
A Dynamic Ecosystem
Similarly, the surrounding neighbourhoods and communal spaces that exist along with the dwellings make up a larger habitat - a dynamic, interactive ecosystem that consists of all of the humans, plants, and animals.
Modularity
Uncertain and extended lockdown dates, ever-changing standard operating procedures, and setbacks in deadlines all create a need for more efficient construction - being able to build quickly within very narrow windows of opportunity. A focus on modular design and prefabricated components will allow for effective and fast assembly of repeatable building design elements, useful for more high-density dwellings like terrace houses.
The variety in dwelling unit typologies also creates varied streetscapes and elevations, creating spatial variety within a standardised grid. This also negates tedium and repetition of similar building typologies.
While not necessarily bleeding-edge building technology by 2030 standards, relatively modern materials like cross-laminated timber can be utilised in more interesting ways, to push the boundaries and limits of their conventional uses in construction. These will be used to create the key modules that will make up the primary design elements of our houses, with their strong core components and their ever-evolving rooms and spaces.
16
2-bedroom typology, with double-volume center 1-bedroom typology, with large roof garden area Adding a third room to maximise usable space SPROUT HOUSE | Professional work | 2021.11
1-Bedroom Typology Independent living with interaction and shared facilities with neighbours
Hybrid Home Living
The COVID-19 pandemic changed the way people lived in 2020, and likely the years to come as well. With the public encouraged to stay home, the house became where most people spent the majority of their time.
However, the adversity of remaining indoors resulted in some unexpected outcomes as people adjusted to this; many workplaces would require employees to work from home (or conversely, would adapt to operate remotely), and several small, local home-based businesses were established - with some eventually flourishing. Families would also spend more time together, becoming more dependent on each other for companionship.
As with the people, housing developments of the future will similarly have to adapt and evolve to accommodate the new normal, as one’s home is now more than just a place to eat and sleep at the end of a day at work - it must be fully capable of functioning as a well-rounded space for both working and living, as well as any individual and familial activities. As such, dwellings in 2030 must have a stronger emphasis on quality of living.
The (dump) Site
With a boom in housing developments as the population steadily increases, the amount of readily-available land will decrease by 2030. Thus, we will turn to a former landfill that can be mined and reclaimed, before then being given a new breath of life as a prospective housing and community site. Landfills are usually owned by municipalities or by people who are no longer managing them, and thus can be very attractive for redevelopment.
Despite the negative public concerns that are often raised about landfill development projects, many of the major challenges to repurposing a landfill now have engineered, architectonic solutions. By redeveloping this site, we will have the opportunity to install better environmental controls than there were previously, and thus the development itself will become more protective of the environment than if the site was left alone.
With the aftermath of the pandemic in mind, this adaptive reuse approach becomes an increasingly viable design approach; being a much more efficient and sustainable approach to designing and building.
Vast numbers of land have been used as dump sites; the boundary of the dump site cuts off nature. Through the green arteries and highway ideas, the cut-off nature can once again slowly get closer to our cities.
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The bigger picture behind Sprout House’s development is to create and link nature and neighbourhoods through the green highway. Each patch of Sprout House development comes with the green arteries - when different patches are being attached, the green arteries will be linked together and eventually create a highway for nature.
Pocket gardens and green linkages for neighbourhood activities.
2021.11 | Professional work | SPROUT HOUSE
A simple modular core creates endless possibilities, designed with a bigger picture in mind.
II. STRATEGY
SPROUT HOUSE - CORE
A home for one, for a pair or for a family; A home for all.
MULTI AND INTERGENERATIONAL LIVING
The “core” concept of Sprout House: a base component that can be easily expanded upon
Sprout House creates sustainable design schemes through multi-generational and intergenerational living. Like the idea of a sprout, these flexible and adaptable units accommodate dynamic shifts or growth of familial and social structures to allow the transformation of the occupant’s household model. There are three main typologies: 1-bedroom, 2-bedroom, and 3-bedroom units to accommodate more diverse household scales in the future.
DIVERSITY AND INCLUSIVITY THROUGH FLEXIBLE TERRACE TYPOLOGY
While the common type of new terrace households with 3-4 bedrooms seems to be oversized for an average family household in Malaysia, Sprout House’s flexible and adaptable scheme allows for a more diverse household scale. Taking into consideration that a majority of demographics consists of singles and small families1, Sprout House allows the interchangeable number of bedrooms to fully utilize occupant’s demands. Other types of rooms such as leisure rooms, workshops, home studios or greenhouses then emerge to allow a hybrid living experience in the terrace typology.
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Front Elevation. 1:125 Rear Elevation. 1:125 Sectional
of a Typical 2- Bedroom
SPROUT HOUSE | Professional work | 2021.11
1. Yi, C. Y. (2021, February 17). Cover story: Have homebuyers' preferences changed? The Edge Markets. Retrieved November 11, 2021, from https://www.theedgemarkets.com/article/cover-story-have-homebuyers-preferences-changed.
Isometric
Unit
19 LIVING KITCHEN + DINING CAR PORCH 11.11.2021 KP210 schematic dwg drawn by: andrewleng CORE HOUSE 1:75 tetawowe 1. Only figured dimensions are to be worked from. 2. Contractor must check all dimensions on site. 3. Discrepancies must be reported to the Architect before proceeding. BEDROOM 01 BEDROOM 02 Ground Floor Plan of a Typical 2- Bedroom Unit. 1:125 First Floor Plan of a Typical 2- Bedroom Unit. 1:125 living room schedule of area outdoor space dining room bedroom 01 outdoor space first floor ground floor roof top 223 476 2334 sqft total built up area type 02 core 373 272 600 195 bedroom 02 195 2021.11 | Professional work | SPROUT HOUSE
III. 4 PILLARS
A. SUSTAINABLE SOLUTION
Sustainability in architecture aims to reduce negative environmental impact, significantly improving people’s health and ultimately affecting social and mental well-being. Sprout House in Sproughtown seeks the most efficient and deep-rooted solutions to help improve people’s lives in 2030. The sustainable solutions that are implemented range from a small to large scale, as Sprout House is a component of Arterial City. When people move into Sprout House, they will be part of the community as a whole. The sustainable measures in the area are car ownership, waste management in site context, renewable energy, construction method, choice of building materials, and symbiotic living.
Apps to connect to nearby transportation
BIPV Solar Panels intergrated street lamp
CAR OWNERSHIP
By 2030, society will no longer be abiding by the American Dream where everyone owns a car in their front yard. Vans, carpooling, driverless vehicles, planned trips within the community, and buses will be the new norm. Technology and fields of thinking would have advanced; owning a car will not be mainstream anymore. Instead, with the help of Internet of Things (IoT)2, transportation will be a lot more convenient and efficient. IoT is the network of physical objects that are connected with sensors, software, etc. with the motive of connecting and exchanging information through the internet.
Car ownership will be controlled with a maximum of 1 electric car per lot in Sprout House. Users will be encouraged to use an app that allows the community to sync their schedules and conveniently share vehicles. The community will create their order in various capacities. They will be encouraged to share vehicles, take the community van, or commute by bus. This way, it reduces traffic jams and air pollution. The future in Sproughtown is convenient and interaction amongst neighbours is common.
RENEWABLE ENERGY
Solar panels will be placed on the roofs of our modular units. Since Malaysia is on the Equator, Sprout House will take advantage of the abundance of sunlight. There will be rainwater harvesting systems as well.
CONSTRUCTION METHOD
The method of construction is sustainable as the Sprout House is a prefab modular unit. By 2030, most buildings should use this method as opposed to the traditional building method. It requires less time to construct, less material wastage, and less pollution due to construction and transportation.
2 Morgan, J. (2017, April 20). A Simple Explanation Of “The Internet Of Things.” Forbes. https://www.forbes.com/sites/jacobmorgan/2014/05/13/simple-explanation-internet-things-that-anyone-can-understand/?sh=7e55852a1d09
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Driverless vehicles
BIPV Solar Panels
2021.11 | Professional work | SPROUT HOUSE
B. MODULAR, CUSTOMIZABLE, AND EXPANDABLE
Sprout House seeks to provide dynamism, versatility and playfulness in arranging and customizing these modules, redefining the meanings and rituals of home living in 2030.
Preset building modules are constructed using the cross-laminated process
With the sizes predetermined, less time and fewer materials are wasted
Fast-growing tropical trees are planted, grown, and harvested for timber
Reserve land can be used to plant and grow more trees, continuing the cycle
The modules are transported to site and installed for as new or expansions
ADAPTABLE TO DIFFERENT STAGES OF LIFE AND LIVING PREFERENCES
Sprout House typology is composed of modular units that allow for personalization and future extensions. The typical housing unit starts with the primary service core module, including the washroom and bathroom. Secondary modules include living room, kitchen, bedroom, and master bedroom inserted based on personal living necessity and preference. The number of modules increases as the structure of the family increases, where tertiary modules such as balcony, rooftop glasshouse and extended outdoor platforms are provided for further extension or plug-ins at the rooftop.
MODULARITY OF ROOF
A flat roof provides the opportunity for these modular plug-ins at the rooftop, increasing the possibility of multiple rooftop typologies. In 2030, the idea of neighbourhood living will be envisioned not just at street level, but also at the rooftop level.
MODULAR PRECAST CONCRETE CORE
The service core with facilities of the Sprout House is made of precast concrete. It will be cast off-site and brought in to increase sustainability and construction time.
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Moduiar CLT Panels
SPROUT HOUSE | Professional work | 2021.11
Moduiar CLT Room Pre-fabricated offsite
C. MODERN METHODS OF CONSTRUCTION
CROSS LAMINATED TECHNOLOGY (CLT)
The Sprout House will adopt Cross Laminated Technology (CLT), where it will redefine construction innovation in Malaysia in 2030. Modular constructions such as Industrialised Building System (IBS) and Modular Construction System (MSC) have been promoted in the construction industry in Malaysia6 and CLT will be a breakthrough to the existing construction industry. CLT functions as monolithic building components, which function as load-bearing walls, floor, roofs and wall panels. The traditional way of building construction such as formwork, scaffolding or precast concrete will be replaced with CLT, which is more durable, faster and cost-effective.
VALIDATION OF CLT IN MALAYSIA
CLT was categorized into Mass Timber Building, and it was invented in Europe 20 years ago. There are a substantial number of CLT projects in Europe, Japan and Australia. However, CLT is not widely adopted in the Malaysian construction industry due to a few misconceptions about the usage of timber construction7. A group of researchers consisting of Sapulut Forest Development Sdn Bhd, Timber Association Sabah, Forest Research Institute Malaysia and others have provided an insight in expecting CLT to be the future construction innovation in Malaysia. Therefore, Sprout House aims to project this
CONSTRUCTION BENEFITS
1. Durability & Strength
CLTs are lightweight and are glued at 90-degree angles to provide maximum strength and durability. With the absence of column and beam, CLT acts as monolith load bearing walls and floors that can support heavy loads.
5 CLT House by FMD Architects. (2019). [Photograph]. Arkitekter. http://sh-arkitekter.no/portfolio/villa/midtoddveien-villa/
2. Productivity and cost-efficiency
CLT will come in prefabricated modular components to be transported and assembled on-site. With the 20’ x 70’ narrow site constraint, off-site fabrication of the modules will reduce carbon emissions and construction waste, while reducing construction disturbance to the neighbourhood. While compared to the traditional construction of concrete, steel and masonry, it is more productive and cost-efficient as it eliminates the need for erection of structural system formwork and scaffoldings11. With just four load-bearing walls, the services and furnishing of the house are ready to be installed.
3 Reduce environmental impact
The use of CLT reduces the generation of CO2 emission as timber itself can absorb CO2 while the production of CLT is renewable and requires less energy compared to concrete and steel.
4. Improve building performances and living comfort
CLT functions as a structural component that is versatile to be paired with finishes and materials13 to improve waterproofing, thermal performance, seismic fireproofing and acoustic comfort. The layering of coating, finishing and retardant, helps to prolong the serviceability of Sprout House as a CLT home while improving its living comfort.
COMPLIANCE AND CONTROL OF THE SITE AND BUILDING CODES
Building code and regulations compliance can be a meticulous process, and the CLT construction system helps to ensure better control of each building's modules to meet the housing model standards in 2030. While the CLT structural system is recognized by the 2015 International Building Codes for many cities12, the Sprout House housing scheme anticipates CLT to be recognized in Malaysia construction industries. By using prefabricated materials and pre-calculating the energy efficiency and building performance off-site, it ensures control of quality compliance of building codes or regulations of Sprout House
6 Salmiah, A., & Mohd Rafazi, A. (2015). Modular Construction System in Malaysia: Issues for Research in Sustaining an Affordable Home Project. Proceedings of Postgraduate Conference on Global Green Issues (Go Green), UiTM (Perak), Malaysia, 1–11.
7 Cross laminated timber the future for Sabah | Daily Express Online - Sabah’s Leading News Portal. (2019). 2021. https://www.dailyexpress.com.my/news/130448/cross-laminated-timber-the-future-for-sabah/
10 Lestari, R. Y. (2017). CLT (Cross Laminated Timber): Produksi, Karakteristik dan Perkembangannya (CLT (Cross Laminated Timber): Production, Characteristics and Development). Jurnal Riset Industri Hasil Hutan, 9(1), 41–55. https://doi.org/10.24111/jrihh.v9i1.3126
11 Lim, C. (2014, October 15). New timber technology a game-changer for Singapore. Eco-Business. https://www.eco-business.com/news/new-timber-technology-game-changer-singapore/ 12 Flint, R. (2021, September 21). 5 Reasons Wood Would be Good for Your Next Project. WGI. https://wginc.com/5-reasons-wood-would-be-good-for-your-next-project/
(2021). Rothoblaas. https://www.rothoblaas.com/mass-timber
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13
TIMBER | ROTHOBLAAS.
CROSS LAMINATED
Figure 01 : CLT House5
Figure 02 : CLT Interiors5
Figure 03 : CLT Panels and Roof10
2021.11 | Professional work | SPROUT HOUSE
Figure 04 : Construction Process of CLT12
D. TECH-INFUSED/ A HOME BRAIN
The implementation of innovation and technology can help optimize the efficiency of living in a terrace home and a neighbourhood as a whole. Along with other technological components like CCTV and smart home technologies, the IoT (as mentioned in 3.1 Sustainable Solution, Car Ownership) will be used as base technology in 2030. The COVID-19 pandemic has taught us that our first line of defence should be disaster and crisis prevention on a physical scale. Moreover, apps can help to improve the interaction between communities. There are endless possibilities that are applied with IoT in Sprout House - Sproughtown
1. Vertical hydroponics, capsule/ cartridges
There will be vertical hydroponic systems in Sprout House, where the level of water is regulated with sensors that detect the adequate amount of water and sunlight is provided.
2. Smart Home Systems
One app controls all smart home systems in the house15. For example, CCTV, smart door locks, and alarms for security. Also, there will be stereo, electrical appliances, lighting, air conditioning, and curtain track sensors to make sure that they are turned off when not in use, or turned on during certain times of the day.
Vertical hydroponic system with water and sunlight sensors
CCTV, smart door locks, alarm, curtain and track sensors
Internet of Things (iOT) that connects smart home devices to phone applications for monitoring and surveillance
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SMALL SCALE
14. Urban Farming Made Easy. (2017). [Photograph]. https://assets.theedgemarkets.com/pictures/Plant-Catridge2_e6_tem1161.jpg 15 Smart Home 2U. SmartHome2U. https://www.smarthome2u.my/
SPROUT HOUSE | Professional work | 2021.11
Figure 05 : Plant Cartridges14
LARGE SCALE
1.
Flood Monitoring
Since the site is close to the sea, it may be subject to floods. Thus, it is important to have flood prevention systems. Sensors will be installed around the perimeter offset16 of the whole site, thus, when the water level exceeds the safe amount, it will trigger an alarm to warn the residents of Sproughtown
2. Mutant Gas Leakage from the Ground
An issue when prepping landfill sites for building are gases that emanate from the site. Vapours from the decomposing material work their way into surrounding soil and then up and out of the ground19
Contractors can install a permeable layer of gravel, which provides a pathway of escape for gas, and then a membrane underneath the slab of a building. The gas can then be piped out from underneath the building, up the sides, and then released at rooftop level. Conversely, the methane gas can be trapped and collected to reuse for power generation, if the landfill generates enough.
IV. CONCLUSION
3. Disaster
Management & Information
An evolution of the apps and online portals that were developed and launched to monitor and negate the spread of the COVID-19 pandemic, these alert and notification systems can be integrated with new smart home technologies and IoT systems20 . With these gadgets and sensors being an integral part of living in 2030, threats can be detected and tracked much earlier. The public can be informed quickly and more effectively of any threats to health and safety and can then act accordingly in response.
The COVID-19 pandemic affected the way we lived since 2020, it became a turning point in how we design and interact with houses. As people will inevitably spend more time at home, they will similarly also pay to live in; and thus, will eventually require the users to be more closely engaged with the building process of their home. This new emphasis on user experience and mindset will truly allow both the user and home to evolve simultaneously.
Our proposal aims to allow users a more customised and personalised experience in the process of homeownership, to do away with the notion of traditional “one size fits all” houses. It includes the core components of a sub unit - the Sprout, a dynamic ecosystem, hybrid home living, the (dump) site, and modularity. We believe that a shift from the typical turnkey houses to a more flexible direction for users is inevitable. Thus, we aim to provide people with a core component, the Sprout House, with the freedom to choose from a varied palette of rooms and spaces that can accommodate both current and future planning. In addition, those who live in Sprout House will integrate with a lively communal neighbourhood that was unified through a wildlife crossing and neighbourhood facilities.
The future is so close, yet so far. The only constant variable in life is change, and in 2030, the Sprout House will strive to adapt to a diverse and unique character of each unit, yet connect to form a larger habitat - a unified ecosystem that is dynamic to serve the community and land we live in. Sprout House, Sproughtown, will serve the needs of people in the future, where our values can be enhanced through simple living and wholesome interactions.
16 Flood Monitoring System With IoT Sensors. (2021). [Photograph]. Https://Www.Renkeer.Com/Flood-Monitoring-System-with-Iot-Sensors/.
17 Flood Warning Systems. (n.d.). Environmental Measurement Systems. https://www.fondriest.com/environmental-measurements/environmental-monitoring-applications/flood-warning-systems/
18. IoT-Based Gas Leakage Monitoring. (2019). [Diagram]. Https://Create.Arduino.Cc/Projecthub/Matroll/Iot-Based-Gas-Leakage-Monitoring-57729a.
19 Okonkwo, Peter & Obi, Amarachukwu & Solomon, Idoko. (2021). Design and Construction of Cooking Gas (LPG) Leakage Detector.
20 Kamal, Safiza & Shibghatullah, A. & Othman, Zahriah. (2009). Disaster Management in Malaysia: An Application Framework of Integrated Routing Application for
ence of. 716-719. 10.1109/SoCPaR.2009.144.
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Emergency Response Management System. Soft Computing and Pattern Recognition, International Confer
Figure 06 : Flood Warning System Device17
Figure 07 : IoT-Based Gas Leakage Monitoring18
2021.11 | Professional work | SPROUT HOUSE
HOUSE OF DENTIST
A dental clinic located in the mountainous side of Chiayi City, Taiwan
Professional Work
Office :
Site :
Contributors :
Status :
Type:
Size :
Involvement Duration:
B+P Architects
Chiayi, Taiwan
Jeff Tsai, Hsuan Min
Ongoing, PD Stage
Clinic / Housing
Size : 20,000m ² 1 year 7 months
This new dental clinic is designed as part of an urban renewal project, developed under the Dangerous and Old Building Reconstruction Plan.
Situated on a narrow and elongated site, the plot faces roads on both sides, providing opportunities for openings on both sides of the clinic. However, since the site faces south and west, the main openings are oriented towards the north and south, reducing the size of the west-facing openings to mitigate heat and glare from the afternoon sun.
I was in charge of designing and drawing the submission and as-built construction drawings of the second design phase. I had to mediate between the architect (my boss), HVAC, mechanical, and electrical engineers. Next, I prepared presentations, renders, and wrote material specifications to propose the interior design layout to the client.
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28 HOUSE OF DENTIST | Professional work | 2024.04 UP DN +72(902) -10(820) DN DN -17(813) +70(900) +150.5 +85 +250 W2 DW1 DW2 W1 SD1 W3 D4 D9 W18 D13 D14 DW6 D4 D17 -15(815) +65(895) -15 +420 UP +465 UP DN W4 DW3 W5 D5 D2 D9 SD2 W6 D5 D5 D5 D5 D17 1f plan | nts 2f plan | nts
29 2024.04 | Professional work | HOUSE OF DENTIST property line building line property line building line section a | nts section f | nts
30 HOUSE OF DENTIST | Professional work | 2024.04 west elevation | nts south elevation | nts
31 2024.04 | Professional work | HOUSE OF DENTIST DN -17(813) +65(895) -15 理想牙醫診所 D E A L D n +65 +85
I D E A L D e n t a l C l i n i c A1=1: A3=1: First floor gate plan 50 100 D13 A1=1: A3=1: Southeast main gate and signage elevation 50 100 +70 ±0 A1=1: A3=1: Metal grille A Elevation 30 60 A1=1: A3=1: Metal grille C Elevation 30 60 RC structure 1 base 2 degree waterproof coating 3㎝ 1:3 waterproof cement mortar base Tile adhesive material Tiled surface Expansion screw lock Argon weld 10*10㎝, T=3㎜ aluminum alloy sheet 3㎝ 1:3 waterproof cement mortar base RC structure Expansion screw lock Argon welding 10*10㎝, T=3㎜ aluminum alloy sheet Argon welding ∅=1㎝ aluminum alloy round tube 2*10㎝ Aluminum alloy rectangular tube Main Building Wall A1=1: A3=1: Metal grille D Elevation 30 60 A1=1: A3=1: Metal grille B Elevation 30 60 A1=1: A3=1: Metal grille detail 4 8 A1=1: A3=1: Metal grille B Section 30 60 A1=1: A3=1: Signage and doorbell floor plan 50 100 A1=1: A3=1: Entrance signage and doorbell elevation 20 100 security doorbell mailbox lot number mailbox mailbox A1=1: A3=1: Doorbell wall section 20 100 5t Steel plate，fluorocarbon paint (color to be ordered separately) doorbell to be confirmed signage stainless steel fluorocarbon paint (color to be ordered separately) signage (verandah) (potted plants) F.F.L F.F.L F.F.L F.F.L tile finish signage to be confirmed 5t Steel plate，fluorocarbon paint (color to be ordered separately)
理想牙醫診所
FARMERCY
Farm + Pharmacy, a modern, green hub in the hills of a technology park in Bukit Jalil, Malaysia.
Professional Work
Office : Tetawowe Atelier
Site : Technology Park, Bukit Jalil, Malaysia
Contributors : Wong Wei Ping, Huey Mun
Type : Public / Community
Status : in progress
Size : 20,000m ²
Involvement Duration : 1 year
The client collaborated with Tetawowe and a few other farm-tech related businesses to rejuvenate an existing abandoned site in Technology Park Malaysia, Bukit Jalil. The site is part of the government-organized science park responsible for research and development of knowledgebased industries.
The projects in progress are part of a bigger masterplan, also proposed by Tetawowe Atelier. I was involved in the conceptual design and parts of the construction of Phase 1 and Phase 2 of the project. Phase 1 was an aquaponic farm and research centre. Phase 2 is a series of 3 platforms that was used to raise chickens. The scheme was to create a commerical and communal space for people to learn about vertical farming and a sustainable lifestyle.
This project was fun and imaginative. It felt refreshing to design for a client who did not fund a project solely based on profit, but passion towards sustainability and a greener future.
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34 Farmercy phase 1 & 2 | 1:1500 FARMERCY | Professional work | 2022.04 phase
35 2022.04 | Professional work | FARMERCY phase 1 ground floor | 1:1000 phase 1 1st floor | 1:1000
36 phase 1 section / elevation | 1:550 FARMERCY | Professional work | 2022.04
37 phase 2 ground floor / sub-level | 1:550 2022.04 | Professional work | FARMERCY
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FARMERCY | Professional work | 2022.04
exploded isometry
39 plytec fencing detail 2400 40 2400 40 948 3600 2400 40 40 2400 40 700 5 3 6 4 6 2 6 1 5 5 7 8 900 740 3100 3110 240 1240 90 1 2 3 4 5 6 6 7 8 2400 40 2400 40 2400 40 40 2400 2100 950 700 6 2 1 7 8 Plytec 2400 x 2100 mm metal fencing w/ 40 x 60 mm RHS between 600 mm thick concrete slab existing gutter existing c-purlin existing I-column existing I-beam new polycarbonate 830 x 6100 mm roof with 190 mm overlap new 200 x 80 mm L-angle new RHS cantilever beam Annotations 1 2 3 4 5 6 7 8 SD100 ISOMETRY 1:75 02 SD100 EXPLODED ISOMETRY 1:75 03 SD100 SECTION B-B CLOSE UP 1:50 01 * TPM Farmercy 1. Only figured dimensions are to be worked from. 2. Contractor must check all dimensions on site. 3. Discrepancies must be reported to the Architect before proceeding. ALL RIGHTS RESERVED by tetawowe atelier INFORMATION 13.4.2022 drawn by : shin/hm TW.2023.ID SD.100 2100 2022.04 | Professional work | FARMERCY
HONDA MOTOR
Several Honda Impian X motorcycle showroom designs across Malaysia.
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Professional Work
Office :
Site :
Contributors :
Status :
Type:
Size :
Involvement Duration:
Tetawowe Atelier
KL, Johor, Penang, & Kedah, Malaysia
Claire, Angellyn, Alex
Completed
Interior Design Varies 1 year
Tetawowe Atelier won the Honda IMPIAN X Motor Design Competition, hence they are responsible for the interior design of all 150 outlets and more across Malaysia.
I was involved in 8 outlets, assisting my colleagues at different stages of design and construction.
The jobscope for each Honda outlet includes; measuring and producing plans of the site, negotiating with dealers, producing 2D and 3D design proposals, visiting the site to observe construction progress, and post-checking equipment and completed designs to make sure it adheres to Honda’s standards.
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1. Site inspection and measurement
We visit the site and make measurements manually. We will ask the dealer to provide us with the CAD drawing if available, before going to the site. While measuring, we inspect the site to see if it meets the size required from Honda. We also note anything that might affect our design, for example the position of existing columns and beams, ceiling conditions, etc.
2. 2D Drawings and 3D renders
The timeline for the project is as followed: 1 week to draft the design and discuss with the client to confirm the design. 2 weeks to produce all 2D Drawings and 3D Perspectives. There is constant communication between my colleagues, the dealers, Honda representatives, and I.
3. Construction begins
Once the 2D drawings and 3D perspectives have been confirmed by both the client and Honda representative, we will then proceed with construction. The dealers will text us about any issues they face regarding the design and we will have to amend the drawings and 3D model if necessary. We will visit the site, if needed, to oversee the construction process. This process usually takes 1-3 months.
4. Inspection
After the store has been completed, we will visit the site once again with a HONDA checklist to make sure that everything is right and in order according to Honda’s guidelines. We will then point out to the dealers if anything needs to be changed or improved as a representative from Honda will visit the site at a random time in the near future.
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HONDA MOTOR | Professional work | 2022.04
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44 HONDA MOTOR | Professional work | 2022.04
45 2022.04 | Professional work | HONDA MOTOR CA101 varies lockable drawer unit in acrylic white laminate finish lockable drawer unit in acrylic white laminate finish Qty : 4 SECTION X-X ENLARGED SCALE 1:7.5 corrugated steel panel bend to desired shape 30mm thk plywood top c/w selected hairline s/steel motif lamination and ABS edging 38 x 38mm wood framing c/w 6mm thk plywood on both sides (with acrylic white laminate finish for the one facing inward) RACING COUNTER - PLAN 1:30 CA101 DRAWER UNIT DETAIL 1:15 CA101 360 720 150 EQ EQ 700 remaining depth 50 50 750 30 720 20 20 50 20 30 30 720 750 50 remaining depth 700 38 38 30 to finish corrugated panel with rounded edge c/w skirting in selected hairline s/steel motif laminate 150 lockable drawer unit in acrylic white laminate finish X-X SALES & REGISTRATION COUNTER C01 Qty : 1 drawer unit drawer unit drawer unit 360 800 360 800 360 1130 150 700 550 5000 750 1150 510 20 20 corrugated steel panel bend to desired shape swing door of 30mm thk plywood frame c/w selected hairline s/steel motif lamination and ABS edging c/w corrugated steel panel cladding 210 drawer unit 800 360
THE ORIGIN
The 42nd YODEX Design Exhibition, located in the largest exhibition space in Taipei, Taiwan.
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Professional Work
Office :
Site :
Contributors :
Status :
Type:
Size :
Involvement Duration:
B+P Architects
Nangang exhibition centre, Taipei
Jeff Tsai
Completed Installation
30,000m ² 6 months
Yodex has been held since 1981, it is the largest student design exhibition in Taiwan. I was in charge of everything in this project from management, exhibition curation, graphic design, budgeting, installation design, to overseeing the construction process from start to finish. We had 6 months to plan for the event that was held on May 19, 2023. The construction duration was 2 days.
With “Origin” as the theme, this year emphasized potential development by returning to the basic mindset of exploring contemporary trends that connect the industry and academia. Apart from displaying graduation exhibits from various schools, areas for special exhibitions, curation, and short stops are built for new designers in the industry and academia. “The Origin” reflects on how everything starts from a simple point, then becomes a line, then transforms into a shape. Just like how the students in the exhibition showcase their graduate designs, it is to remind them how far they have come. Hence, the curved lines were inspired by a dot with ripple effects, revolving around the origin.
This exhibition was fun and challenging. I got to experiment with different construction methods and be free with my design. I learned a lot of contruction and budgeting related aspects of design in a very short time frame.
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1F
新一代。原點
The Origin
• YODEX Industry-Academia Collaboration Student Design Works Divided in 4 Zones
1F
新一代。新一代
The Timeline
• 2020-2023 YODEX Exhibition Themes
• 2023 Young Golden Pin Award Nominations
• 2020-2022 Golden Pin Awards, Categorised
THE ORIGIN | Professional work | 2024.05
The Curator
• 2022, 2023 YODEX Design Theme and Process
• Special Exhibition Area
The Dotted Salon
• 36 Industry Leaders’Advice (Voice Recording)
• Graduating Students’Interviews
• Forum / Workshop Space
• Taiwanese Design Industry Data and Analysis
4F 新一代。沙龍
4F 新一代。設計。斬
2024.05 | Professional work | THE ORIGIN
thank you
