Architectural Portfolio by Feng Mei

Portfolio F e n g

M e i

Teoh Feng Mei 20.05.2000 Malaysian Singapore Permanent Resident English, Mandarin, Malay

Email

fengmeiteoh@gmail.com

Instagram @fmei_ @filmbyfmei

Issuu

issuu.com/fmei_

Endorsements

Education

/ Diploma with Merit Singapore Polytechnic

/ Diploma in Architecture (2018 – 2021) Singapore Polytechnic GPA 3.76

/ Singapore Polytechnic Director’s Honour’s Roll Diploma in Architecture / Outstanding Student 2017 In “Colourful Arts” Exam / Best Canvas Painting 2017 In “Colourful Arts” Exam / Malaysian National Chemistry Quiz 2017 Participant / Federation of Malaysia Tang Soo Do Black Stripe Belt / Free Fighting in Zone Competition Tang Soo Do Champion 2015

/ Sijil Pelajaran Malaysia (SPM) (2016 –2017) SMK Convent Teluk Intan Ipoh 10 As in 10 subjects In Science Stream / Pernyataan Keputusan Pentaksiran Tingkatan 3 (PT3) (2013 – 2015) SMK Sultan Abdul Aziz Teluk Intan Ipoh 8 As and 1 B / Ujian Pencapaian Sekolah Rendah (UPSR) (2012 – 2006) SJK(C) Chong Min Teluk Intan Ipoh 8 As

/ Top Students Award 2014 3rd Place / 1 Malaysia Drawing Competition Against Drugs 2012 1st Prize

Internship / Visual Text Architects (3 Months) - Tender Drawings - 3D Modellings - Model and Interior Renderings - Video Renderings

Current Status / Unemployment / Expected Salary S$2200 and above

Participants / Freshman Orientation Campaign 2018 Photography Club Singapore Polytechnic / Freshman Orientation Program 2019 Diploma in Architecture / Overseas Learning Express (LeX) 2019 Singapore Polytechnic / Secondary School Prefect (2013-2015) Vice President

Skills

Levels of Proficiency Adobe Photoshop Adobe InDesign Adobe Illustrator Adobe Lightroom Adobe After Effect Adobe Premier Pro SketchUp Revit AutoCad Rhino Grasshopper Ultimaker Cura FlashPrint Lumion Enscape Twin Motion Microsoft Word Microsoft Excel Microsoft Power Point Model Making Sketching Photography

Eco House Year 1 Project

@Singapore Polytechnic Typology : Residential Project Duration : Octorber 2018 - February 2019 Location : Pasir Ris, Singapore Mentor : Mr Liow Zhen Ping

Design Idea Eco House is designed intently to create a space for our client, Mr Amir, and his family to carry out their hobbies like drawing during their leisure time. To achieve this, an art studio is designed as the heart of the house that sets to connect every space through art corridors as well as part of their main bonding area.

Starting from the entrance foyer surrounded by the landscape and water features, one can walk into the living room, double volume space or access to the second storey through the staircase. As they walk pass the transition space filled with landscape and water feature into the living room, a feature wall with Mr Amir’s favourite art piece will be seen. There is an openable corner window provides one visual relief into the landscape. At specific moments, they can look through the holes on the wall of the living into the dining room and the kitchen, given his family a visual interaction when they are at different area respectively.

Crossing the double volume activity space, they will be able to reach the dining room or the kitchen. The dining room is surrounded by water bodies and has a horizontal bay window. After that, there will be a kitchen where the wife will spend more time in.

The bay window is doubling up as a reading ledge by the water bodies so that she can read her cooking books there. Beside the laundry is the HS which placed next to the kitchen. Fins are used along the art corridor and also along the way up the stairs. On the second story, there is a family room and master bedroom facing Pasir Ris Road and second bedroom at the back. Both study rooms from bedrooms are linked to the terrace garden which is one of the bonding spaces where the occupants can relax, read and draw in the outdoor.

Full Model 1:200

Farm House Year 3 Final Year Project @Singapore Polytechnic Typology : School Project Duration : June 2020 - February 2021 Location : Selegie Road, Singapore Mentors : Dr Choo Tian Siong and Mr Chris Ho

Design Idea Hoarding, stockpiling, panic buying, and scarcity due to the lockdown of Covid-19 pandemic has brought us to realise the need to game change for food crisis and to build up our own food supply.

As such, Farm House is a school of Science and Technology that focus on food science and urban agriculture technology. The design school aims to make learning interactive though hands on ac`tivities by integrating an urban farm system into the school. The main entities leading the farm are Producing, Harvesting, Consuming and Decomposing. The urban forms a natural close loop between the food produced by the farm, which goes into the canteen that serves the harvested food to the students. The waste from the canteen goes to a compost zone which provide organic fertiliser back to the farm. By doing so, it minimizes the food waste, remains sustainable to the environment and provides us our own food chain. Therefore, food security and resilience are soon to be key pillar among our society.

Programme Studies This programme study composed of 4 main entities of producing, harvesting, consuming and decomposing which completes a food chain within the scheme.

The growing space produce food whilst the exchange hub gathers all the crops before sending to the respective spaces. The canteen is used to serve the food. The composting and anaerobic digester recycle the organic waste and produce fertilisers which in return serving back to the growing space and the canteen respectively.

The indoor and outdoor farms harvest the crop for consuming and experimenting. After that, all the crop is being gathered in the exhcange hub before distributing to the respective spaces such as canteen, organic market, cafe and laboratories.

The waste will then be decomposed in the decomposing room and return back to the growing spcaes as fertiliser.

Using the symbiotic system with the aquaponics, hydroponics and aeroponics, the school aims to achieve an ecological balance by itself to minimise the waste.

Therefore, it happens in a closed loop system through the urban farming of hydroponics, aeropnics, and aquaponics in a complete symbiotic system of produce, harvest, consume and decompose to create a sustainable and resilience community and environment.

The push and pull of the forces create volume and spaces to the buildings.

The building mass is being break down vertically and horizontally to respond to the adjacent site.

The flow of pitched roofs to flat roof respond to the adjacent shophouse and commercial buildings. The pitched roofs direct the wind flow which enhance the natural ventilation.

Site Respond @ Selegie Road

Massing Diagram

Site Plan 1:500

Floor Plan 1:200

Full Model + Sectional Perspective Model 1:200

Sectional Perspective Model 1:50

Render Interior Design

P.Socius Project Shea

@ Parametic Ideation Competition 2020 Typology : Competition Team Philetairus Socius : Aguas Kyle Noah Cepe, Min Thein Kyaw & Teoh Feng Mei Duration : September 2020 - March 2021 Proposed Site : Mandai, Singapore Mentors : Dr Choo Thian Siong and Mr Mohd Faizan Shah

Problem Statement With the growing rate of urbanisation, cities are consuming more natural resources to keep up with the demands of increased development. This is the predicament of the Anthropocene epoch. The need to develop our cities puts stress on the natural environment and increases the rate of pollution. How can we improve our ways of designing cities and communities in order to be sustainable?

Research Focus To explore solutions on developing a sustainable community, we will look at the possibilities of developing an off-grid community for those looking for an alternative living lifestyle that allows its occupants to subsist responsibly and be independent without relying on public utilities.

Our target occupants for our design are people who are looking to live off-grid. They are keen on engaging in a strong community and want to ignite the disappearing ‘Kampung Spirit’ in modern Singapore. We hope to create a dwelling that is self-sufficient which provides basic human comfort and integrate occupants as part of a community of dwelling units.

Proposed Site The proposed site we have chosen is a forested area in Mandai, Singapore shown in Fig 1 with a site area of 3,000m2. A forest allows for occupants to connect with nature, away from the busy modern city life. It provides a base environment for us to demonstrate our proposal to create a synergetic closed loop system between man and the natural environment. Mandai itself also has existing and future developments in place

to help enhance its forested areas, such as the new Bird Park and rainforest park.

Design Strategy The design strategy adopted looks towards biomimicry for inspiration. Biomimicry is the act of learning and mimicking from nature to help humans solve our problems. It is the wisdom we gain from nature around us. Biomimicry has been used in building design such as the study of termite’s nest and how it inspired the design of the Westgate Mall in Harare as a passively cooled building.

Starting Point Our research on biomimicry has led us to explore how a species of birds, the social weaver (Philetairus Socius), build their nest over the several generations.

The birds live together as a family unit of parents and children, and live a conservation-oriented lifestyle, much like the off-grid dwellers that we are designing for. The children of the birds never leave their nests, and once they are grown up, they move to another chamber in the same nest and continue supporting each other. As for our future occupants, their children can move into a different unit within the community and start their own families and so on.

Social Weavers form strong communities by helping their neighbours and nearby nests to survive and thrive together. Our users can also adapt this characteristic by forming bonds with their neighbours and form a tight self-sufficient community that thrives together, igniting the ‘Kampung Spirit’.

Many other species besides the birds have been known to inhabit the nests, from tree skinks to barbets and wasps. This also attracts insects that in turn attract lizards that feed on them and forms an ecosystem community. As for our dwelling, the modularity of the units can help to bring in more people over the years and our users can influence others to join them, forming a stronger community as a whole.

Conceptual Idea Parametric Modelling

The idea was for the units to have similar geometries as the nests, and thus, the Jellyfish plugin was used to test out and form this spherical shape.

The units are built around a central tree, much like the birds’ nests, expand all over a forested area, forming a treetop community linked by bridges and communal platforms.

Floor Plan 1:100

Site Plan 1:1000

5 Years

15 Years

30 Years

Modular+ Prototypical

@ Audacity, JTC Corporation and Singapore Polytechnic Typology : Maker Programme Duration : January 2021 - June 2021 Proposed Site : Sungei Kadut, Kranji, Singapore Mentor : Dr Choo Thian Siong

Problem Statement How might we mass customise homes “just-in-time” when demand arises for families or singles homes that are light, strong, fast to construct and easy to alter for changing needs?

Design Idea In Singapore, the use of Design for Mass Assembly (DfMA) is introduced and highly encouraged as it is a more efficient and higher quality is ensured. However, this leads to repetitive and cookie-cutter designs. The needs of the occupants may not be met as well. To tackle to this issue, Modular+ looks at the use of contemporary parametric modelling techniques to create homes that are unique to the occupants and addresses the occupants’ specific needs. With the use of modern large format additive manufacturing to produce the homes, it enables the homes to be more bespoke and organic in nature, which are not commonly seen in today’s urban environment. The design to fabricate method enables the made-to-order homes to be manufactured just in time, minimising waste produced in the process.

The first prototype of the bespoke home begins with a pod-like unit, with the dimensions being 3000mm (Width) x 4000mm (Length) x 3000mm (Height), whereby it is suitable for a single dwelling. The unit comprises of basic amenities for living, such as the bed, living and dining area, shower area and workspace. The curvilinear form allows for a continuous flow of the interior, creating a seamless connection from one space to another. Subsequently, the homes can be constructed in bigger scale to accommodate more occupants in a unit.

Microstructure Cubes Test Printed

Gyroid

Trabeculae

Voronoi Type A

Voronoi Type B

Technical

Drawings

320

2HR

W/F

N

FEMALE

12

12

REQUIRED NO. OF PROVISON

ACTUAL NO. OF PROVISON

8

8

518

3

3

WC WHB WC

245.8

5

5

UR

MALE

RWDP

2HR

FD

WATER FEATURE

GYMNASIUM

A/C POLYURETHANE FINISHES FFL 104.700

7920

4

4

WHB

10m

RWDP

RWDP

2HR

W/F

2HR

EXIT

UP

600

30T@ 275MM 29R@ 175MM N/V C.SCREED

STAIRCASE 4

BI

600

1250 150 1250 250

50MM ø METAL RAILING @1100MM AFFL

2HR

EXIT

FD

1000

FIRE EXTINGUISHERS PROVIDED

FIRE EXTINGUISHERS REQUIRED

AGGREGATE RATING (BASED ON 15M2 PER UNIT OF "A")

FLOOR AREA(SQM)

14

14

171.1

2566.6

1240

730

20m

SCREEN CHAMBER

3020

GREASE TRAP

4000

00

FW

FT

66 89 MM

ROAD

TARMAC PL 104.600

4700

IC 2

LOADING/ UNLOADING BAY

3000

00 25

FW

PRESSURERAISED SHAFT

FD

2HR

1000

2HR

FD

1000

EXIT

150

EXIT

UP

50MM ø METAL RAILING @1100MM AFFL

1250

30T@ 275MM 29R@ 175MM N/V C.SCREED

STAIRCASE 1

SAFE DISCHARGE : 4775MM

RWDP

IC 3

4000

SERVICE LIFT

WR

LR

ER

TEL

NW

600 600 600

800

800

2HR

W/F

250 1250

RWDP

FD

2HR

2HR

W/F

N/V C.SCREED FFL 104.700

2HR

BI

600

250

UP

FH

3000

6000

150MM THK CONCRETE WALL OF CLASS 2 AGGREGATE WITH 13MM CEMENT-SAND PLASTER AND SELECTED PAINT FINISH WITH MIN. 2HR FIRE RESISTANCE RATING

75000

450 0

FAD

1400

MV

HR FD 850 1200 2HR

2HR

W/F

FD

2HR

1000

2325

3550

600

A/C

FD

600

2HR

FD

HR

N/V C.SCREED FFL 104.700

FCC

1200

FIRE FIGHTING LOBBY

2300

FIRE LIFT 1

FIRE LIFT 2/ EVACUATION LIFT

2HR

FD

RWDP

1

011

8400

3000

DIS

8200

1 50

31900MM

TARMAC PL 104.600

ROAD

DROP OFF POINT N/V VINYL TILES FFL 104.700

24725

28500MM DISTANCE BETWEEN RISING MAINS

N/V PORCELAIN TILES FFL 104.700

WAITING LOBBY

5930

N/V PORCELAIN TILES FFL 104.700

N/V TURFING FFL 104.650

LANDSCAPE

600 RWDP

SAFE DISCHARGE FD

2380

IC 1

LACTATION ROOM N/V PORCELAIN TILES FFL 104.650

914

IC 4

1020

1020

800

MM

RP

70

FD

FD

1285

SAFE DISCHARGE : 4775MM

2HR

1000

(FROM EJECTOR PUMP ROOM AT BASEMENT)

83

800

UP

1770

M/V H.TILES FFL 109.650

30T@ 275MM 29R@ 175MM N/V C.SCREED

STAIRCASE 3

50MM ø METAL RAILING @1100MM AFFL

N/V C.SCREED FFL 104.700

7260

M/V H.TILES FFL 109.650

VS

STORAGE

1200

HR

FD

2HR

EAD 1590

MV

1400

890

DS

1250

FD

2HR

2HR

DS

2HR

W/F

VS

MALE BATHROOM

HANDICAP BATHROOM

DP25

620

1285

FEMALE BATHROOM

DS

M 0M 1000

VS

800

7190

1000

2300

30T@ 275MM 29R@ 175MM N/V C.SCREED

UP

PASSENGER LIFT 2

1000

1000

2HR

50MM ø METAL RAILING @1100MM AFFL

STAIRCASE 2

2HR

2300

0 00 AGE OR 60 COVERLIFT DO E 60M FIR OM FR

3020

N/V C.SCREED FFL 104.700

PASSENGER LIFT 1

2HR

1250

N/V C.SCREED FFL 104.700

W/F

850

W/F

FD

2HR

1770

STANDBY GENERATOR ROOM

4330

2HR

FD

1770

SUMP 2 TL:104.6 IL:103.6

CONSUMER SWTCH ROOM

2HR

FD

FD

2HR

BI

600

FH

8400

RP

2788

RWDP

GG : GARAGE GULLY WS : WASTE SUMP RWDP : RAINWATER DOWNPIPE RWO : RAINWATER OUTLET A/C : AIR CONDITIONED N/V : NATURAL VENTILATED M/V : MECHANICAL VENTILATED

7588

ORGANIC MARKET

7200

RWDP

RWDP

IC 5

MH

BI : BREECHING INLET HR : HOSE REEL DR : DRY RISER

RWDP

RWDP

2HR

W/F

RWDP

4586

WATER FEATURE SUMP 6 TL:104.6 IL:103.35

FH

SI

TE

TL:104.6 IL:103.5

B

U O

D N

SUMP 7 TL:104.6 IL:103.32

Y

600

R A

3600

3600

3600

600

SUMP 4 TL:104.6 IL:103.48

ROADSIDE DRAIN

EB OU ND AR SUMP 3 Y

SIT

Q

PLANTING STRIP

2 HOUR FIRE RATED DOOR 2 HOUR FIRE RATED WALL (150MM THK W/ 12.5MM VERMICULITE GYPSUM PLASTER FINISH)

FD 2HR W/F 2HR

: SUMMIT POINT SSL : STOP LOBBY EL : EVACUATION LIFT FL : FIRE LIFT TD : TRAVEL DISTANCE

FIRE ALARM

13A FIRE EXTINGUISHER UNLESS OTHERWISE STATED FH FIRE HYDRANT MANUAL CALL POINT(INDOOR) FIRE EXIT EXIT LIGHT

HR

1500MM PUBLIC WALKWAY

150MM ⌀ UPVC MDL @1:90 GRADIENT

21200MM

N/V TURFING FFL 104.650

2HR

FD

1770

3600

RAMP TO BASEMENT OF 1:8.3 GRADIENT

3600

THROUGH BLOCK LINK

1770

FD

2HR

N/V LAMINATED WOOD TILES FFL 104.700

RECREATIONAL GARDEN

DS : DISCHARGE STACK VS : VENTILATION STACK VP : BENTILATION PIPE FT : FLOOR TRAP FW : FLOOR WASTE UT : URINAL TRAP IC : INSPECTION CHAMBER GT : CAST IRON GULLY TRAP WITH ALUMINIUM TRAP ALLOY STAINER BUCKET MN : MANHOLE

LEGEND :

ALL RETAINING WALLS ARE 500MM THK RC

2HR

W/F

9200

3600MM COVERED WALKWAY

45 00

SUMP PUMP ROOM BASEMENT

(FROM SUMP PUMP ROOM AT BASEMENT)

75M LENGTH, 6M WIDE FIRE ENGINE ACCESSWAY

8400

RECEPTION

WATER FEATURE

13900

Y WA LK WA

N/V TIMBER DECKING FFL 104.650

D RE

RECREATIONAL GARDEN

E OV MC

150MM ⌀ UPVC MDL @1:90 GRADIENT

00 45

N/V VINYL TILES FFL 104.700

EVENT SPACE

M

S AIN

250

U

0M

MP

360

0M

Y WA LK WA

IP TR

IC BL

GS TIN AN PL

G MM ISIN 00 N R 86 33 W EE T BE E NC TA

00 750

8400

1. ALL DIMENSIONS ARE IN MM UNLESS OTHERWISE STATED 2. ALL R.C COLUMNS ARE OF 600 X 600MM THK UNLESS OTHERWISE STATED 3. ALL STEEL COLUMNS ARE 600 X 600MM THK UNLESS OTHERWISE STATED 4. ALL LOAD BEARING WALLS ARE 250MM THK UNLESS OTHERWISE STATED 5. ALL RWO & RWDP ARE 150MM ø 6. ALL SCREED TO FALL 1:50 UNLESS OTHERWISE STATED 7. ALL DS, VS & VP ARE 150MM ø UNLESS OTHERWISE STATED 8. ALL FT & FW ARE 150 X 150MM 9. ALL COMPOUND DRAINS ARE 600MM WIDE AND OF GRADIENT 1:200 UNLESS OTHERWISE STATED 10. ALL ROOF SCUPPER DRAINS ARE 300MM WIDE AND OF GRADIENT OF 1:200 UNLESS OTHERWISE STATED 11. ALL VP ARE OF 1000MM ABOVE ROOF'S FLL 12. ALL RAILING ARE OF 1200MM HIGH FROM THE STOREY'S FLL 13. ALL R.C COMPARTMENTALISATION WALLS ARE 150MM THK 14. ALL ENCLOSED OFFICE FIXED GLASS PARTITIONS ARE 100MM THK WITH FIRE RATED GLASS PANEL 15. ALL CURTAIN WALLS ARE 150MM THK WITH FIRE RATED GLASS PANEL 16. ALL M&E AND STOREROOMS ARE TO BE IN CEMENT SAND SCREED FINISH 17. ALL STAIRCASES ARE TO BE IN CEMENT SAND SCREED FINISH 18. ALL FIRE EXTINGUISHERS ARE MOUNTED 1000MM HIGH FROM STOREY'S FFL 19. ALL MANUAL CALL POINTS ARE MOUNTED 1400MM HIGH FROM STOREY'S FFL

CAT4. ROAD

PL 104.000

7606

32000MM DISTANCE BETWEEN RISING MAINS

THROUGH BLOCK LINK

8300MM

PRINSEP STREET

60

6020

N/V C.SCREED FFL 104.700

ELECTRICAL SUB STATION

N/V C.SCREED FFL 104.700

BIN CENTRE

FW

N/V LAMINATED WOOD TILES FFL 104.700

ORGANIC WORKSHOP

6480

6MM THK FIRE RATED GLASS WITH STAINLESS STEEL FRAME, MIN. 2HR FIRE RESISTANCE RATING

2HR

FD

1300

NOTE :

FT

FD

2HR

T M 0M ADIEN GR 1290 :90 L @1 MD

FIRE PROTECTION SYSTEMS : RISING MAINS AND HOSEREEL/ FIRE LIFTS/ PORTABLE FIRE EXTINGUISHERS/ SPRINKLERS/ ELECTRICAL FIRE ALARM/ DELUGE OR EXTENDED THROW SPINKLER SYSTEM AT ATRIUM

RWDP

RWDP

600

2HR

W/F

N/V H.TILES FFL 114.650

KITCHEN

6010

N/V VINYL TILES FFL 104.700

AY SW

AL-FRESCO

S CE AC INE NG

UPVC

FIRE PROTECTION SYSTEMS :

600 MM ø WIDE COVERED DRAIN WITH MS HEAVY DUTY GRATING @1:200 GARDIENT

THROUGH BLOCK LINK

250MM THK REINFORCED CONCRETE WALL WITH 12.5MM CEMENT-SAND PLASTER AND SELECTED PAINT FINISH WITH MIN. 2HR FIRE RESISTANCE RATING

CALCULATION OF FIRE EXTINGUISHERS 1

SCALE 1: 200

0m 2.0m

1st Storey Plan

1500MM PUBLIC WALKWAY

3600MM COVERED WALKWAY

FD

2HR

1000

0M

RE

FD

1000

WC

LE

EE FIR IDE MW

8400

00 60

FIRST STOREY GROSS FLOOR AREA (SQM)

360

1000

E OV MC

AY KW AL DW

Y 880

P

FCC : FIRE COMMAND CENTRE HCP : HANDICAP H.TILES : HOMOGENEOUS TILES

FAP : FACADE ACCESS PANEL PL : PLATFORM LEVEL FFL : FINISH FLOOR LEVEL ELEC : ELECTRICITY TEL : TELECOMMUNICATION NEW : NEWATER LAN : LOCAL AREA NETWORK EAD : BASEMENT EXHAUST OUTLET FAD : BASEMENT FRESH AIR INLET PS : PRESSURISATION SHAFT

9

8

7

6

5

4

3

2

1

PL 104.000 NCAT ROAD

OCCUPANCY LOAD

N/V H.TILES FFL 104.700

RESTAURANT

8510

15

P

WA LK WA

7 5M

EXHAUST DUCT

1250

9090

N

11903

M

3670MM

TS11-99980L to TS11-00724K

SITE BOUNDARY

SUMP 5 TL:104.6 IL:103.4

RWDP

RWDP

Y AR ND OU

SUMMIT POINT 01 TL:104.6 IL:104.1

EB

9460

IP

1200

150

L

150MM ⌀ UPVC MDL @1:90 GRADIENT

1ST STOREY SANITARY PROVISON

300MM THICK PARTY WALL BUILT UP TO BUILDING HEIGHT

SIT

WATER FEATURE

M 00M

1600

SAFE DISCHARGE : 4980MM AND 4490MM EACH

1285

1250

LIC UB

9538

TR

600

GS TIN AN PL

DISTANCE FROM BI TO FEA : 14400MM

,6 TH NG

8820

EXHIBITION

K

N/V GRANITE TILES FFL 104.750

6240

4020

A PL RO AT NC

600

800 2000

2000

D OA IE R EG .000 D S EL 1 0 4

5200

2170 2170

850 850

8400

1500

7087 3000

8400

241800MM

J

EXHIBITION SPACE

FH

DISTANCE BETWEEN RISING MAINS

8400

9000

H

3600MM COVERED WALKWAY

G

1500MM PUBLIC WALKWAY

F

EXIT

1300 1813

4716

3600

1250 1285

E

1000

2300 2300

600 800

DP25 DP25

D

EXIT

250 2470 600

60 00

600 1000 1000

4720

DISTANCE FROM BI TO FEA : 6150MM

2000

2000 6550

6500 4000

1770 620

C

7000

DISTANCE FROM BI TO FEA : 10400MM HR EXIT

1510 1000

1000 0M M 15

MM 70 63

PS

EXIT

2300 ⌀BD L

1210 690

1250 1020 1699

900 1250

B

00 60

6000

150MM ⌀ UPVC MDL @1:90 GRADIENT

18300

0 360 150

HR

600

5MM

1250

5020 1130 1665 850

8400 6670 8400 3600 4800

06 146

67 115

3050

73 261 409

M⌀ 150M

3600

MM 9800

5350

73 306 3900MM

4650

0 600 EXIT

0 360 15700MM EXIT

A

MIDDLE ROAD

A3215-007-2020-BP01

02 DECEMBER 2020

TEOH FENG MEI

Date

Description

Date: 1 : 200 02/12/2020

Scale:

A3215-007-2020-BP01

Project Code:

A3215-007-2020-BP01

Project No.:

Drawn: TEOH FENG MEI

TEOH FENG MEI

Checked:

003

Drawing No.:

BCA_1st Storey Plan

Drawing Title:

PROPOSED NEW ERECTION OF A 6-STOREY EDUCATIONAL INSTITUTION WITH A BASEMENT CARPARK, ON LOTS TS11-99980L TO TS11-00724K AT SELEGIE ROAD/ MIDDLE ROAD (ROCHOR PLANNING AREA)

Project Description:

500 Dover Rd, Singapore 139651

TEOH FENG MEI

Author: Architect/Engineer/Planner

520 Shinjuku Rd, Singapore 280755

NEZUKO KAMODO

Landowner/ Developer:

Rev.

I, TEOH FENG MEI, NRIC No./Passport No. T0077394D being a qualified person under the Fire Safety Act, hereby certify that the fire safety works as shown on these plans have been designed in accordance with the provisions of the Fire Code, the Fire Safety Act and any regulations made thereunder, the relevant codes of practice and design guidelines, subject to modifications or waivers under section 27 of the Fire Safety Act.

SCDF

I, TEOH FENG MEI , confirm that the road reserve lines, the category of the proposed and existing roads and other related road information as shown in the layout plan is in accordance with the current information provided by the LTA.

ROAD LINE

I, TEOH FENG MEI , signing the file, confirm that the drainage details as shown in the relevant drawings in this file are in accordance with the current information provided by the Chief Engineer, Central Building Plan Department, NEA.

DRAINAGE INTERPRETATION

SEWERAGE INTERPRETATION I, Teoh Feng Mei, signing the file, confirm that the sewerage details as shown in the relevant drawings in this file are in accordance with the current information provided by the Chief Engineer, Central Building Plan Department, NEA

(b) I have shown this plan to the owner(s) of the land, and have obtained the consent of the said owner(s) to submit this plan to the Competent Authority under the Planning Act (Cap 232, 1998Ed).

(a) I am not the owner(s) of the land within the meaning of the term "owner" as defined in Section 2 of the Planning Act (Cap232, 1998Ed); and

I, TEOH FENG MEI, hereby declare that :

Owner's Consent

(b) the buildings/ building works shown on these plans are in accordance with the provisions of the provisions of the Building Control Regulations and the acceptable solutions in the Approved Document.

(a) the preparation of these building plans are in accordance with the Building Control Regulations; and

I, TEOH FENG MEI , hereby certify, subject to any waiver/ modification granted under section 6A of the Building Control Act (Cap 29), that -

Building Plans Complying with Acceptable Solutions in Approved Document

Project Ref No:

APPROVED UNDER SECTION 5/ SECTION 5A OF THE BUILDING CONTROL ACT (CAP29)

BUILDING AND CONSTRUCTION AUTHORITY

MAJOR PROJECT

03 ________sheet of ____12___

IC 1

DP25

DP25

MM 70 83

63 70 MM

10

000M

VS

M

DS

DP25

M/V H.TILES FFL 109.650

FT

M/V H.TILES

FT

N

SCALE 1: 50

0m 0.5m

3m

VS

FFL 109.650

FEMALE BATHROOM

FFL 109.650

M/V H.TILES

HANDICAP BATHROOM

MALE BATHROOM

7

6

1. ALL DIMENSIONS ARE IN MM UNLESS OTHERWISE STATED 2. ALL R.C COLUMNS ARE OF 600 X 600MM THK UNLESS OTHERWISE STATED 3. ALL STEEL COLUMNS ARE 600 X 600MM THK UNLESS OTHERWISE STATED 4. ALL LOAD BEARING WALLS ARE 250MM THK UNLESS OTHERWISE STATED 5. ALL RWO & RWDP ARE 150MM ø 6. ALL SCREED TO FALL 1:50 UNLESS OTHERWISE STATED 7. ALL DS, VS & VP ARE 150MM ø UNLESS OTHERWISE STATED 8. ALL FT & FW ARE 150 X 150MM 9. ALL COMPOUND DRAINS ARE 600MM WIDE AND OF GRADIENT 1:200 UNLESS OTHERWISE STATED 10. ALL ROOF SCUPPER DRAINS ARE 300MM WIDE AND OF GRADIENT OF 1:200 UNLESS OTHERWISE STATED 11. ALL VP ARE OF 1000MM ABOVE ROOF'S FLL 12. ALL RAILING ARE OF 1200MM HIGH FROM THE STOREY'S FLL 13. ALL R.C COMPARTMENTALISATION WALLS ARE 150MM THK 14. ALL ENCLOSED OFFICE FIXED GLASS PARTITIONS ARE 100MM THK WITH FIRE RATED GLASS PANEL 15. ALL CURTAIN WALLS ARE 150MM THK WITH FIRE RATED GLASS PANEL 16. ALL M&E AND STOREROOMS ARE TO BE IN CEMENT SAND SCREED FINISH 17. ALL STAIRCASES ARE TO BE IN CEMENT SAND SCREED FINISH 18. ALL FIRE EXTINGUISHERS ARE MOUNTED 1000MM HIGH FROM STOREY'S FFL 19. ALL MANUAL CALL POINTS ARE MOUNTED 1400MM HIGH FROM STOREY'S FFL

FT

DS

NOTE :

VS

5

4

M

FIRE PROTECTION SYSTEMS : RISING MAINS AND HOSEREEL/ FIRE LIFTS/ PORTABLE FIRE EXTINGUISHERS/ SPRINKLERS/ ELECTRICAL FIRE ALARM/ DELUGE OR EXTENDED THROW SPINKLER SYSTEM AT ATRIUM

DS

UT

N

FIRE PROTECTION SYSTEMS :

5m

1st Storey Toilet Layout Plan

150M

L BD M⌀

M

VS

FT

M/V H.TILES

VS

FFL 109.650

FEMALE BATHROOM

FFL 109.650

M/V H.TILES

HANDICAP BATHROOM

FT

DS

VS

FT

DS

UT

SCALE 1: 50

0m 0.5m

GG : GARAGE GULLY WS : WASTE SUMP RWDP : RAINWATER DOWNPIPE RWO : RAINWATER OUTLET A/C : AIR CONDITIONED N/V : NATURAL VENTILATED M/V : MECHANICAL VENTILATED

DS : DISCHARGE STACK VS : VENTILATION STACK VP : BENTILATION PIPE FT : FLOOR TRAP FW : FLOOR WASTE UT : URINAL TRAP IC : INSPECTION CHAMBER GT : CAST IRON GULLY TRAP WITH ALUMINIUM TRAP ALLOY STAINER BUCKET MN : MANHOLE

BI : BREECHING INLET HR : HOSE REEL DR : DRY RISER

5m

N

2 HOUR FIRE RATED DOOR 2 HOUR FIRE RATED WALL (150MM THK W/ 12.5MM VERMICULITE GYPSUM PLASTER FINISH)

FD 2HR W/F 2HR

: SUMMIT POINT SSL : STOP LOBBY EL : EVACUATION LIFT FL : FIRE LIFT TD : TRAVEL DISTANCE

FIRE ALARM

13A FIRE EXTINGUISHER UNLESS OTHERWISE STATED FH FIRE HYDRANT MANUAL CALL POINT(INDOOR) FIRE EXIT EXIT LIGHT

HR

3m

2nd Storey Toilet Layout Plan

DS

DP25

M/V H.TILES FFL 109.650

MALE BATHROOM

LEGEND :

N

DP25

DP25

FCC : FIRE COMMAND CENTRE HCP : HANDICAP H.TILES : HOMOGENEOUS TILES

FAP : FACADE ACCESS PANEL PL : PLATFORM LEVEL FFL : FINISH FLOOR LEVEL ELEC : ELECTRICITY TEL : TELECOMMUNICATION NEW : NEWATER LAN : LOCAL AREA NETWORK EAD : BASEMENT EXHAUST OUTLET FAD : BASEMENT FRESH AIR INLET PS : PRESSURISATION SHAFT

7

6

5

4

A3215-007-2020-BP01

02 DECEMBER 2020

TEOH FENG MEI

Date

Description

Date: 1 : 50 02/12/2020

Scale:

A3215-007-2020-BP01

Project Code:

A3215-007-2020-BP01

Project No.:

Drawn: TEOH FENG MEI

TEOH FENG MEI

Checked:

012

Drawing No.:

BCA_Toilet Plan

Drawing Title:

PROPOSED NEW ERECTION OF A 6-STOREY EDUCATIONAL INSTITUTION WITH A BASEMENT CARPARK, ON LOTS TS11-99980L TO TS11-00724K AT SELEGIE ROAD/ MIDDLE ROAD (ROCHOR PLANNING AREA)

Project Description:

500 Dover Rd, Singapore 139651

TEOH FENG MEI

Author: Architect/Engineer/Planner

520 Shinjuku Rd, Singapore 280755

NEZUKO KAMODO

Landowner/ Developer:

Rev.

I, TEOH FENG MEI, NRIC No./Passport No. T0077394D being a qualified person under the Fire Safety Act, hereby certify that the fire safety works as shown on these plans have been designed in accordance with the provisions of the Fire Code, the Fire Safety Act and any regulations made thereunder, the relevant codes of practice and design guidelines, subject to modifications or waivers under section 27 of the Fire Safety Act.

SCDF

I, TEOH FENG MEI , confirm that the road reserve lines, the category of the proposed and existing roads and other related road information as shown in the layout plan is in accordance with the current information provided by the LTA.

ROAD LINE

I, TEOH FENG MEI , signing the file, confirm that the drainage details as shown in the relevant drawings in this file are in accordance with the current information provided by the Chief Engineer, Central Building Plan Department, NEA.

DRAINAGE INTERPRETATION

SEWERAGE INTERPRETATION I, Teoh Feng Mei, signing the file, confirm that the sewerage details as shown in the relevant drawings in this file are in accordance with the current information provided by the Chief Engineer, Central Building Plan Department, NEA

(b) I have shown this plan to the owner(s) of the land, and have obtained the consent of the said owner(s) to submit this plan to the Competent Authority under the Planning Act (Cap 232, 1998Ed).

(a) I am not the owner(s) of the land within the meaning of the term "owner" as defined in Section 2 of the Planning Act (Cap232, 1998Ed); and

I, TEOH FENG MEI, hereby declare that :

Owner's Consent

(b) the buildings/ building works shown on these plans are in accordance with the provisions of the provisions of the Building Control Regulations and the acceptable solutions in the Approved Document.

(a) the preparation of these building plans are in accordance with the Building Control Regulations; and

I, TEOH FENG MEI , hereby certify, subject to any waiver/ modification granted under section 6A of the Building Control Act (Cap 29), that -

Building Plans Complying with Acceptable Solutions in Approved Document

Project Ref No:

APPROVED UNDER SECTION 5/ SECTION 5A OF THE BUILDING CONTROL ACT (CAP29)

BUILDING AND CONSTRUCTION AUTHORITY

MAJOR PROJECT

12 ________sheet of ____12___

Arts

Watercolour & Sketch & Digital Drawings

Photography Film

Potrait & Landscape

Modelling & Photo-editing

Events Shooting