DIPLOMA STUDIO 3 PORTFOLIO

ARCHITECTURE PORTFOLIO LECTURED BY: MS. NOR SYAWALLINA AZMAN

JANUARY - APRIL 2022 SEMESTER

AD 614 ARCHITECTURE DESIGN STUDIO III

WONG JING QI // 1002058392

K EXPERI E O ENC E W

WONG JING QI Art Teacher As an art teacher, I handle all level class. I need to prepare drawing design and teach student.

Product Designer As an designer, I handle the merchandise design.

AIS Club August 2021 – September 2021

Global art February 2020 – April 2020

Event Manager As an event manager I need to prepare event proposal, organise event and liasion with external community.

Community Architecture October 2021

018-6621272 jacmin.wong@gmail.com https://www.linkedin.com/in/jacmin-wong-b194b4207/ https://issuu.com/jacmin?issuu_product=header&issuu_context=link&issuu_cta=profile

PROFICIENCY

SMJK Yu Hua Kajang Selangor 2015-2019 Graduate with 8As, 2Bs with SPM certificate

LANGUAGE ENGLISH

MALAYU

MANDARIN

NICE

GOOD

EXCELLENT

UCSI University ersity 2020-2022 Graduate: in 2022 n Diploma in urre Architecture

CATIO E DU N

CONTACT

ACHIEVEMENTT Participate the 33rd, 34th MIA nationwide art & design competition and reach the finals.

Being top 20 of the International Student Competition In Architectural Design And Construction Of Bamboo 2021.

“ EVERYTHING OUGHT TO BE BEAUTIFUL, JUST DEPEND ON THE WAY YOU MAKE FOR IT”

CONTENT

PROJECT: ZEN COMMUNITY CENTRE COMMUNITY CENTRE OF HOMELESS

PROJECT 1

永安之

PROJECT 2

PROJECT 3

CASE STUDY

SITE ANALYSIS

LOCATION

HEART OF YONGAN

SITE MODEL

CASE STUDY MODEL

OBJECTIVE, DESIGN INTENTION & CONCEPT DESIGN RESPONSCE

NEARBY LANDMARKS

STAIRCASE

BUBBLE DIAGRAMS, ANTHROPOMETRY & CRITERIA MATRIX

SITE ANALYSIS

BOUNDARY & SETBACK LINE

DESIGN INTENTION MODEL

EASEMENT

MODEL DEVELOPMENT & PROGRESS

BUILDING HEIGHT

PLANS

SWOT ANALYSIS ELEVATIONS & SECTIONS

ELEVATIONS SECTIONS AXONOMETRIC & MATERIALS USED WORKING DRAWING PERSPECTIVES & PHYSICAL MODEL EXHIBITION TUTORIALS & FEEDBACKS

PROJECT 1

SITE ANALYSIS

LOCATION

PROJECT 1 // LOCATION & SITE MODEL

ADDRESS : PUBLIC CAR PARK, JALAN CHOWKIT, LOT1996, 50300 KUALA LUMPUR, FEDERAL TERRITORY OF KUALA LUMPUR. DISTRICT : CHOWKIT

LOCATION PLAN MODEL

PROJECT 1 // NEARBY LANDMARKS

PROJECT 1 // NEARBY LANDMARKS

DBKL REQUIREMENTS

PROJECT 1 // BOUNDARY & SETBACK LINE

SETBACKS ARE REQUIRED AT THE FRONT, RIGHT, LEFT AND REAR OF BUILIDNGS AND THE PURPOSE OF SETBACKS IS TO ENSURE ONE BUILDING DOES NOT INFRINGE ON ANOTHER BUILDING’S RIGHT TO SUNLIGHT, VENTILATION, GREENERY, VEHICULAR AND FIRE ACCESS.

PROJECT 1 // EASEMENT, BUILDING HEIGHT & SWOT ANALYSIS EASEMENT AT THE SITE 3 2

1

1. Ingress to Pusat Khidmat Gelandangan Medan Tuanku (1600mm)

EASEMENTS CHARACTERISTICS (BASED ON MALAYSIA LAND LAW) THERE MUST BE DOMINANT AND SERVIENT TENEMENT AN EASEMENT MUST BE ACCOMMODATE THE DOMINANT TENEMENT THE RIGHT MUST BE CAPABLE OF FORMING THE SUBJECT MATTER OF THE GRANT THE PROPERTIES OF DOMINANT AND SERVIENT TENEMENT MUST BE DIFFERENT PERSON

2. Egress Pusat Khidmat Gelandangan Medan Tuanku (1600mm)

INGRESSES & EGRESSES INGRESS IS THE LEGAL RIGHT TO ENTRANCE THE PROPERTY EGRESS IS THE LEGAL RIGHT TO EXIT OR LEAVE A PROPERTY THE RIGHT OF EGRESS IS USUALLY USED IN CONJUNCTION WITH THE RIGHT OF INGRESS, WHICH MEANS THE LEGAL RIGHT TO ENTER A PROPERTY. INGRESS AND EGRESS RIGHTS ARE IMPORTANT TO HOMEOWNERS SINCE THEY ALLOW ACCESS TO THEIR PROPERTY. THE RIGHT OF EGRESS AND INGRESS ARE TERMS MOST COMMONLY FOUND IN REAL ESTATE LAW.

3. Ingress & egress of car park (total 6000mm)

PROJECT 1 // ELEVATIONS & SECTIONS

PROJECT 2

CASE STUDY

HEART OF YONGAN

CHINA

THE VILLAGERS OFTEN SUFFER FROM INACCESSIBILITY TO TRANSPORTATION, POVERTY AND ARE LIVING IN STRAITENED CIRCUMSTANCES. THE MAJORITY OF THEM ARE HOMELESS AND HAVE NO SPACE TO INTERACT WITH ONE ANOTHER OTHER THAN THEIR WORKING SPACE. THEREFORE, BUILDING A COMMUNITY CENTER FOR THE VILLAGE HAS BECOME THE MAIN GOAL OF THIS VOLUNTEER ACTIVITY.

PROJECT 2 // HEART OF YONGAN

Heart of Yongan 永安之心

Key Plan Located in Yunlong County of Yunnan Province, Yong'an Village, Dali, China Lo

Site Context Si West Side dwellings

History of Site Volunteer team from Tongji University organize activities and coming up solutions to improve the locals' knowledge, living space, and living quality.

BAI HAN YI

Approach of site North Side dwellings mountains

East & South Side known as negative space as it is where tomb is place left empty to show respect

Altitude difference between the upper and lower Yong'an Village is around 300 meters, making the vertical travel distance unreachable

2012

HUI

Oblique Approach

Minority ethnic groups including Han, Bai, Hui, and Yi

As the geographical location is deep in valley, the villagers value the significance of the openness of indoor and outdoor public spaces.

Facade and different perspective of the building being viewed along the approach of the building.

Entrance of site

Spatial Organization

Views along site

Entrance

'Wu Di Shui'

Single storey buildings

Entrance of site is lowered and narrow to enhance the feeling of openess of the building.

Centralized organization All activities are connected by central courtyard. The central courtyard is the most significancae space shown by its size and placement.

PROJECT 2 // HEART OF YONGAN Building response to Climate Wind Flow

Shading from morning to evening

Bubble diagram

Legend

HALL

OFFICES

Entry

ENTRANCE

Immediate adjacent

INNER COURTYARD

PUBLIC WASHROOM

KITCHEN

Zoning

Services Spaces HALL

OFFICES

Spatial Relationship HALL

Hall

OFFICES

Hall

Offices

PUBLIC WASHROOM

KITCHEN

KITCHEN

Entrance

Entrance

ENTRANCE

INNER COURTYARD

INNER COURTYARD

PUBLIC WASHROOM

Kitchen

PUBLIC WASHROOM

Space linked by a common space Inner courtyard act as common space

Legend Service

Public

Servant

Semi-Public

Offices

Inner courtyard

Inner courtyard ENTRANCE

Natural Light expose to the space

Kitchen

Adjacent space Hall & Office

PUBLIC WASHROOM

PROJECT 2 // HEART OF YONGAN Horizontal and Vertical Elements Defining Space

Circulation & User Experience

Horizontal Elements

Hall

Office

Discussion area

No elevated & depressed base plan so that its disabled friendly Gathering area Socialize area Leisure area for adults & kids

Inner Courtyard

Overhead plane

Vertical Elements Office to do paperwork

Hall & Office

Kitchen

4 planes closure isolates a space from the site Single vertical plane separates the space into two functions - hall & offices

Leisure area Plan

Vertical linear elements (columns) Single vertical plane (divider)

Circulation

Inner courtyard Entryway

Parallel planes on both sides gives a strong directional quality

Toilet

Kitchen U-shaped plane which have an orientation facing the inner courtyard

Section Y-Y

Public Washroom

NTS

4 planes closure

North Elevation NTS

East Elevation NTS

South Elevation

NTS

West Elevation NTS

PROJECT 2 // HEART OF YONGAN Building Response to Materials

Exploded Axonometric

Roof

Material used: Local terracotta clay tiles Type of roof: Straight-grained single-sloped curved roof Architecture Influence Feel more familiar with the materials Consistent with the villagers house Advantages: Environmentally-friendly material Energy efficient Low maintenance Cost efficiency Sustainable

Construction details: The hyperboloid form of the roof was generated through algorithmic geometry It could drain water effectively This construction method can be easily taught to the villagers through simple mathematic.

Disadvantages: Difficult installation Heavyweight Brittle

Column Material used: Steel Type of column: Stepped steel columns with thinner ends details Architecture Influence Steel columns were connected by high efficiency hinge joint to strengthen its loading capability Creating an interesting contrast with the rammed earth wall.

Wall Material used: Rammed earth Rubble masonry Red sandstone Type of wall: Rammed earth wall Dry Rubble Masonry wall Architecture Influence Responding to the local site culture Advantages: Superior thermal mass Temperature and noise control Strength and durability Low maintenance Load bearing and pest deterrence

Construction detail: To minimize the usage of nonstandard building components and derived the coordinate points required for form-finding process targeting the arc steel beam and arc length data.

The lightweight steel structures had injected an impression of industrializations onto the community center.

Advantages: Stronger and more durable Light in Weight Cost-effective Environment Friendly Energy Efficiency

Disadvantages: High Maintenance Fireproof Treatment Fabrication Error

Construction detail: The content of rammed earth wall material contained red sandstone which could be found on site This construction method has largely eliminated the use of machinery

Disadvantages: High cost It doesn’t provide long-term insulative benefits.

Limited to low-rise buildings and square shapes.

Floor Material used: Rubble masonry Red sandstone Type of floor: Dry Rubble Masonry outdoor decking Dry Rubble Masonry floor finishes Architecture Influence Elaborated the localized characteristic of the construction process.

Construction detail: The outdoor decking and floor finishes are adopting the dry rubble masonry The brown rubbles were made from sandstone collected from the riverbed in lower village.

Advantages: Disadvantages: Durable and strong Low flexural resistant Does not bend swell ,warp Difficult to repair and splinter Takes more time to build Weather resistant

PROJECT 2 // HEART OF YONGAN Horizontal and Defining Space

Vertical

Elements

Circulation & User Experience

Horizontal Elements

North Elevation

Discussion area

No elevated & depressed base plan so that its disabled friendly

Overhead plane

Vertical Elements

Hall

O Office Office to paperwork

Gathering area Socialize area Leisure area for adults & kids

Hall & Office 4 planes closure isolates a space from the site Single vertical plane separates the space into two functions - hall & offices

Inner Courtyard

Inner courtyard

Parallel planes on both sides gives a strong directional quality

Leisure area

South ELevation

Entrance

Vertical linear elements (columns) Single vertical plane (divider)

Inner courtyard

Kitchen U-shaped plane which have an orientation facing the inner courtyard

Kitchen

Toilet Plan

Public Washroom 4 planes closure

Circulation

do

PROJECT 2 // CASE STUDY MODEL

ABSTRACT MODEL OF THE SPACE THE MODEL BUILT ON A DIFFERENCE LEVEL LANSCAPE TO REPRESENT THE GEOMETRY OF VALLEY WHICH SHOW THE HIERACHY OF LEVEL. THE WALL SHOWING THE TEXTURE AND PATTERN OF RAMMED EARTH INDICATED THE EXPOSED MATERIAL DESIGN AND ALSO REPRESENT THE TRADITIONAL CONSTRUCTION METHOD OF THE SITE. THE WALL NOT FULLY COVER THE WHOLE MODEL THAT INDICATED THE OPEN SPACE LAYOUT. THE COLUMN THAT SUPPORT THE PAPER CURVE ROOF REPRESENT THE MAIN SOUL OF THE BUILDING, THE COLUMN COMPLETELY MERGE WITH THE CURVE ROOF SHAPE AND SHOW THE TREE FIRGURE WITH THE VALLEY THAT REFLECTED THE SITE.

PROJECT 2 // STAIRCASE

STAIRCASE STAIRCASE IS ONE OF THE MAIN ELEMENTS WE NEED TO CONSIDER WHILE DESIGNING A BUILDING. STAIRCASE ALSO BE DISTRIBUTED IN DIFFERENCE TYPE SUCH AS EMERGENCY STAIRCASE, STANDARD STAIRCASE, STAIR LIFT...ETC. WHILE DESIGNING ANY TYPE OF STAIRS, WE NEED TO FOLLOW DBKL REQUIREMENTS.

PROJECT 2 // STAIRCASE

STAIRCASE

CASE STUDY 01

Staircase is a structure connects 2 vertical distance.

Requirement Based Guide to Fire Protection in Malaysia

Number of treads: not exceed 16 in a single flight Dimension: - Tread: less than 255mm - Riser: not more than 180mm Minimum headroom is not less than 2m measured vertically from any point over the full width of the stairs Tread and riser's dimension must be constant within a staircase to prevent users from tripping and falling

Robson Robson Square Square – Vancouver, Vancouver, Canada Canada

CASE STUDY 02

Adventurous Adventurous Global Global School School

Architect: Arthur Erikson Architect: Orient Occident Atelier Reason of the staircase design is Erickson's father lost both of his legs in the First World War, The use of the local construction methodologies enabled cost-savings and empowered people which deeply impacted his son's designs. The intension of Erickson is to make public spaces with local skills to help build with efficiency. accessible and enjoyable

Staircase Design

Staircase Design

Double Tread Scale staircase design

Combination of normal staircase with ramp

Placement of staircase Entrance

Advantage

Everyone is able to use the staircase and ramp

Advantage

TREAD

x

People allow to walkthrough with suitable steps.

Another side can be used as sitting area Aesthetic

Disadvantage y

The stairs are all the same colour, which he says can make it difficult for a visually impaired person to tell where one step begins and the next one ends. hard for stroller be pushed having lots of landing which makes more turns for OKU too steep too long distance which will be difficult for OKU people with poor stamina

RISER

Landing

An area of a floor near the top or bottom step of a stair An intermediate landing is a small platform that is built as part of the stair between main floor levels FUNCTION allow stairs to change directions allow the user a rest.

Disadvantage

Complex construction progress Need large area

Architecture Influence

The design utilizes vernacular methodologies and material.

"Local kids explore the uses of the new uses of space by action – they climb Griddy as though it is a jungle gym."

Ways to improve the staircase

Dimension More handrails

Less Steep

Adding colors to staircase

PLAN

Wall of staircase

9000mm

Dimension

Riser: 150mm

RAMP International minimum slope 1:12 Length: 12000mm Height: 1050mm

4750mm

STAIRCASE Riser: 150mm Each flight has 9 steps

STAIRCASE SECTION LANDING

RAMP

< 16 risers recommended

ELEVATION

staircase sitting area

landing

Clearance

Stairway headroom Stair overhead clearance is the vertical distance measured between the outer edge of the stair tread surface

12000mm

The wall is a double layer steel frame with local wood plates allowing storage and even vertical circulation.

SECTION

Thread: 500mm

single riser is not allowed

Thread: 200mm

min 1.8m/ max 4.25m

Riser: 360mm

1050mm

RAMP SECTION 14094mm

permitted handrail

2500 mm

staircase ramp landing

min 2m

Length: 500mm 150 mm

min 2m

meter box, post box recess no intrusion within enclosure

PLAN

3D PERSPECTIVE

Riser: 180mm Thread: 500mm Height : 2500mm Width : 4750mm Each flight has 7 - 14 steps

PROJECT OJ C 2 // SSTAIRCASE C CASE STUDY 03

LocHal LocHal Library Library Characteristic historical elements form an exciting combination with new oak and steel additions, and a warm colour palette of reds and oranges.

Staircase Design

EMERGENCY STAIRCASE A method of escape in the event of a fire or other emergency that makes the stairwells inside a building inaccessible.

UCSI UCSI University, University, Block Block B - Library Library

Example of Acceptable Staircase Design

PUMP ROOM

GEN-SET ROOM

CONSUMER TRANS. SWITCH ROOM

Brickwall

Advantage

Constant design

STORE ROOM

riser

Fire alarm bell STAIR 6

OFFICE

ENTRANCE

Recommended standard of escape stair

READING AREA

LIFT

TECHNICAL PROCESSING ROOM

CHILLER PLANT

Door swing to be in outside if travel on stair

AUDIO & TRAINING VISUAL ROOM ROOM

DISCUSSION ROOM

Placement of staircase

Short flight

The interior is varied, playful and innovative.

There is a diversity of atmospheres for meeting, collaboration, and concentrated work.

PLAN Steel Main Structure

TOILET

First Floor Plan

Escape staircase is located at the opposite side of the entrance.

The escape door will be opened when the door knob is rotated and the door is pushed at the same time.

The fire alarm will ring when the door is opened.

The escape door opening direction is pushed from the staircase so that the escape can be done smoothly.

Some staircases cannot be considered as escape staircases.

*Not recommended by JBPM because a person's rhythm of walking down steps is broken

Minimum Distance Between: Exits

Storey

4840mm

sitting area

VOID

Escape staircase

38800 mm

Concrete stair & lamding

LIFT

Long flight

Dimension

AXONOMETRIC

Manual call point READING AREA

VOID

Architecture Influence

Fire alarm bell

STAIR 3

Example of bad staircase design

Hall Center

Emergency KELUAR sign on top of the fire escape door

STAIR 2

STUDY AREA

STAIR 1 CAFETERIA

Stair width a = b

Glass Steel

Fire extinguisher

LOADING BAY

Ground Floor Plan

Door swing to be in direction of escape (Push)

Complex construction progress Need large area More expensive

Manual call point

CIRCULATION COUNTER STUDY AREA

Disadvantage

Structure of staircase

Emergency KELUAR sign on top of the fire escape door

TNB SUB- SWITCH STATION ROOM

CORRIDOR

Double Tread Scale staircase design People allow to sit and walkthrough the stairs.

Another side can be used as sitting or meeting area Aesthetic

CASE STUDY 01

Ways to improve Sitting elements

Riser: 150, 300mm Tread: 220, 440 mm Height : 3450mm Width : 38800, 56800mm Each flight has 6 - 23 steps

PUMP ROOM

staircase

Maximum Travel Distance Door Opening Direction

Thread: 220mm

Height: 3450mm

Staircase

In

56800mm

Second Floor Staircase

Riser: 150 mm

In *A maximum of 12 meter of travel distance

CONSUMER TRANS. SWITCH ROOM

TNB SUB- SWITCH STATION ROOM

TECHNICAL PROCESSING ROOM

CHILLER PLANT

DISCUSSION ROOM

AUDIO & TRAINING VISUAL ROOM ROOM

CORRIDOR

*A minimum of 5 meter of distance is required

From Ground Floor SECTION

GEN-SET ROOM

STORE ROOM

STAIR 6

OFFICE

STUDY AREA

ENTRANCE

STUDY AREA

STAIR 1

STAIR 2

CAFETERIA

STAIR 3

CIRCULATION COUNTER

LIFT

READING AREA

READING AREA

LOADING BAY

VOID

LIFT

VOID

Problem 01: Different layout of staircase between Ground Floor Plan & First Floor Plan Solution 01: Standardize the staircase layout Problem 02: The exit is leading to the switch room Solution 02: Create another exit

TOILET

Problem: Obstruction near escape door Solution: Remove any obstruction near the escape door - to prevent any injuries made during emergency - provides fast exit in case of emergency

PROJECT OJ C 2 // SSTAIRCASE C CASE STUDY 02

CASE STUDY 03

UCSI UC SI University, University, Block Block E - Le Le Quadri Quadri Hotel Hotel CSI

Riana Riana South South

Door closer

A Fire alarm bell

B A

B

C

A

B

Manual call point

C

C

D D

Ground Floor Fire Escape Plan

Fire alarm bell & manual call point can be found in front of staircase

Emergency light system

Inside staircase B

Ground Floor Fire Escape Plan

emergency KELUAR sign on top of the fire escape door

A B

6th Floor Fire Escape Plan

Fire resistance door swing outward on ground floor for faster escape

C

Fire escape stairs with 15m radius No. of steps in one flight: 9 Location of excavation floor plan: In front of elevator Ventilation system used: Permanent ventilation opening with minimum of 1 m² to outside

Staircase B with permanent ventilated opening

3rd Floor Fire Escape Plan Fire escape stairs with radius 15 meter.

Fire resistance door swing inward on 4th floor following the direction of escape

Pressurized outlet grills

Inside Staircase B

External escape staircase: A & C Internal escape staircase: B No. of steps in one flight: 11 Ventilation system used: Supply only pressurization ventilation system

Fire alarm bell

Fireman's switches emergency KELUAR sign on top of the fire escape door Manual call point

Location fire escape main shaft in UCSI Block E. Fireman Intercom

Fire extinguisher

Fire alarm bell & manual call point near the stairs

Fire resistance door swing inward on 6th floor according to direction of escape

Fireman switches & fireman intercom can be found in every level

Elements in the escape main shaft Emergency light system

Break glass and pull handle system

Hose reel

Wet riser next to fire resistance door inside fire escape shaft

PROJECT 3

THE COMMUNITY CENTRE

PROJECT 3 // OBJECTIVE, DESIGN INTENTION & CONCEPT

“ ZEN ” LET’S HOMELESS GET IN TOUCH WITH NATURE AND SOCIETY.

DESIGN INTENTION & CONCEPT

“ZEN” IS A COMMUNITY CENTRE THAT AIMS TO PROVIDE A SPACE BELONG TO HOMELESS TO REST, CURING AND TRAINING BY CREATING A CONNECTION AMONG NATURE, BUILDING AND HUMAN. FOR INSTANCE, USTILIZE THE EXISTING VEGETATION IN THE SITE AND DESIGN OPEN COURTYARD LAYOUT. IT CREATES A HEALTHY, COMFORT AND LEISURE BUILT ENVIRONMENT FOR HOMELESS.

TARGET USERS

HOMELESS MANAGEMENT OFFICER

MAINTAIN VEGETATION AND MAXIMIZE THE USE OF NATURE ELEMENTS IN THE

PROTECT PRIVACY FOR THE MEDITATION & EDUCATION ACTIVITIES IN THE BUILD-

TARGET CLIENT

MINDFULGYM OBJECTIVE • TO REDUCE PSYCHOLOGICAL DISTRESS. • IMPROVE EMOTIONAL WELL-BEING TARGET • DEPRESSIVE DISORDERS PATIENT • GENERAL ADULT IN COMMUNITY • PATIENTS WITH ANXIETY BENEFIT • PROVIDE FREE MINDFULNESS TRAINING PROGRAMME • PROVIDE COUNSELING, HEALTHCARE TALK AND WORKSHOP EVENT.

ZEN PEACEFUL AND CALM EMPHASIS VALUE OF MEDITATION

PROVIDE PEACEFUL ENVIRONMENT TO RELAX BOD AND MINDSET.

PROJECT 3 // DESIGN RESPONSCE

PROJECT 3 // DESIGN RESPONSCE

PROJECT 3 // BUBBLE DIAGRAMS, ANTHROPOMETRY & CRITERIA MATRIX

COMMUNITY CENTRE ABSTRACT MODEL

PROJECT 3 // DESIGN INTENTION MODELS

PROJECT 3 // MODEL DEVELOPMENT & PROGRESS

MODEL DEVELOPMENT

MASSING MODEL 1

MASSING MODEL 3

MASSING MODEL 2

FINAL MODEL DESIGN PROGRESS

MASSING MODEL 4

PROJECT 3 // PLANS

SCALE 1: 250

PROJECT 3 // PLANS

PROJECT 3 // PLANS

FIRST FLOOR PLAN SCALE 1: 100

PROJECT 3 // ELEVATIONS

PROJECT 3 // ELEVATIONS

PROJJECT 3 // SECTIONSS

PROJECT 3 // SECTION NS

PROJECT 3 // AXONOMETRIC & MATERIALS USED

GLASS

TIMBER

AXONOMETRIC

MATERIALS USED

METAL

STONE BRICK

WORKING DRAWING

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PROJECT 3 // WORKING DRAWINGS

PERSPECTIVE

PROJECT 3 // PERSPECTIVES EXTERIOR PERSPECTIVES

PROJECT 3 // PERSPECTIVES INTERIOR PERSPECTIVES

PHYSICAL MODEL

PROJECT 3 // PHYSICAL MODEL

FINAL MODEL

LONG SECTION DETAIL MODEL

EXHIBITION

PROJECT 3 // EXHIBITION

PRESENTATION BOARD & MODELS EXTERNAL REVIEW SESSION

TUTORIALS & FEEDBACKS

PROJECT 3 // TUTORIALS & FEEDBACKS

END 018-6621272

jacmin.wong@gmail.com

AD 614 ARCHITECTURE DESIGN STUDIO III

LECTURED BY: MS. NOR SYAWALLINA AZMAN

WONG JING QI // 1002058392