A0122533U
FIRST
ARCHITECTURAL PORTFOLIO
BY ANTHONY WONG 1
WORKS FROM
| DRAWING & 3D STUDIES UNDER THE TUTELAGE OF FROM THE PERIOD
SUBMITTED FOR | DESIGN 1
| MR TIAH NAN CHYUAN
| 11AUG - 13NOV
| AY2014/2015 YEAR 1
UNDER THE DEPARTMENT OF ARCHITECTURE | NATIONAL UNIVERSITY OF SINGAPORE
2
CONTENTS
PAGE
TERM 1 | DRAWINGS LINES, GRIDS, PATTERNS, TRANSFORMATIONS
4-12
PLANS, SECTION ELEVATION
13-21
TERM 2 GEOMETRY & COMPOSITION (1)
22-32
GEOMETRY & COMPOSITION (2)
33-45
3
TOPIC A- DRAWING
EX1-LINE TEMPLATE (INK) 4
EX1-LINE TEMPLATE(PENCIL) 5
EX1-FREE HAND PRECISION SQUARE (PENCIL) 6
EX2-CYCLOID TEMPLATE 7
EX2-FREE HAND PRECISION CIRCLES 8
EX3-GRIDS, SOLIDITY TO TRANSPARENCY 9
TRANSFORMATION & NARRATIVES
CONCEPT | CHILDHOOD MEMORY OF A FAILED PAPER AEROPLANE
EX4- EQUILATERAL TRAINGLES FALLING IN SPACE 10
CONCEPT | DEMISE OF PLANETS INTO THE ABYSS
EX4- FALLING CIRCLE IN SPACE 11
CONCEPT | VORTEX OF ][ ZENISM
EX4- SQUARES IN SPACE 12
EX TWO, THREE, FOUR
THE ENCOUNTER
ARMENIAN CHURCH
SINGAPORE CONFERENCE HALL
13
A3 PRECISION SKETCHES
OBSERVE, REFLECT & COMPARE
COMPARISON OF | ARMENIAN CHURCH | FARNSWORTH HOUSE
14
ARMENIAN CHURCH | FARNSWORTH HOUSE
SINGAPORE CONFERNCE HALL | VILLA SHODHAN
15
SINGAPORE CONFERENCE HALL | VILLA SHODHAN
16
REPRESENT
PLAN, SECTION & ELEVATION FOR ARMENIAN CHURCH 17
18
SINGAPORE CONFERENCE HALL | ELEVATION
18
19
19
SINGAPORE CONFERENCE HALL | PLAN & SECTION
19
EX FIVE
ISO,AXO,PERSPECTIVES
SINGAPORE CONFERENCE HALL | EXPLODED AXONOMETRIC
20
ARMENIAN CHURCH | SECTIONAL PERSPECTIVE
21
TOPIC B - 3D STUDIES GEOMETRY, COMPOSITION 1
VILLA SAVOYE | 1931
LE CORBUSIER 22
VILLA SAVOYE |1931
GEOMETRICAL ANALYSIS
23
GEOMETRICAL ANALYSIS
FIVE POINTS OF ARCHITECTURE
24
PART 2 - ATTEMPTING COMPOSITION
COMPOSITE | PLAN / SECTION / ELEVATION
25
PART 3 - CREATING SPACES
PROCESS MODEL 1 | 1:200
CONCEPT | 1)TILTING OF PILOTIS TO
SIMULATE MOVEMENT OF RAMP ELEMENT 2) EXPLORATION OF CONFIGURED PLACEMENT PILOTIS
26
PROCESS MODEL 2 | 1:200
CONCEPT | 1) EXPLORATION OF RIBBON WINDOWS 2) USE OF IMPLICIT FENESTRATIONS
27
PROCESS MODEL 3 | 1:200
CONCEPT |
1) CONNECTION OF SOLID/VOID 2) UPWARD AND AWAY TO NATURE 28
PROCESS MODEL 4 | 1:200
CONCEPT |
1) MULTI-CIRCULATORY EFFECTS 2) VISUAL CONTINUITY AT EVERY CONNECTED SPACES
29
CONCEPT FOR FINAL MODEL
ARCHITECTURE IS INHABITED SCULPTURE. - CONSTANTIN BRANCUSI
30
1:100 FINAL MODEL | PHOTOS
31
1:100 FINAL MODEL | RENDERED AXONOMETRIC
Architecture is the learned game, correct and magnificent, of forms assembled in the light. - Le Corbusier CONCEPT | 1) ELEMENTAL RAMPS THAT CONNECT SPACES ONCE DICHOTOMISED. 2) IMPLICIT CREATION OF ELONGATED FENESTRATIONS CREATED BY SPACES BETWEEN OVERLAPPING RAMPS.
32
TOPIC B - 3D STUDIES GEOMETRY, COMPOSITION 2
INTENTIONS AND OUTCOMES
33
PART 1 - TRANSFORMATION
SKELETAL STUDIES
PRECEDENTAL STUDIES | HOUSE NA | SOU FUJIMOTO
KEY CONCEPTS | 1) APPLICATION OF VISUAL CONTINUITY. 2) BLURRED DELINEATION OF INTERIOR VS EXTERIOR. 3) MOVEMENT AROUND PILOTIS.
1:200 FINAL SKELETAL MODEL
34
SKELETAL STUDIES | 1:200 PROCESS MODELS
35
planar studies
PRECEDENTAL STUDIES | RIETVELD SHRODER HOUSE | GERRIT RIETVELD
KEY CONCEPTS | 1) PLASTICITY OF FACADE 2) FLEXIBLE USE OF MAIN SPACES 3) INTERSECTING PLANES WHICH BLURS DELINEATIONS OF INTERIOR AND EXTERIOR
1:200 FINAL PLANAR MODEL
36
PLANAR STUDIES | 1:200 PROCESS MODELS
KEY IDEAS | 1) ABSTRACT SLIDING AND INTERSECTION OF PLANES 2) FUSION OF RAMP ELEMENT INTO LINEAR PLANES
37
VOLUMETRIC STUDIES
PRECEDENTAL STUDIES | MILL OWNER’S ASSOCIATION BUILDING | LE CORBUSIER
KEY CONCEPTS | 1) SHIFTING ORIENTATION OF SPACES 2) MULTIPLE CIRCULATORY ROUTES | RAMP ELEMENT 3) GEOMETRICAL JUXTAPOSITIONS
1:200 FINAL VOLUMETRIC MODEL
38
VOLUMETRIC STUDIES | 1:200 PROCESS MODELS
39
FINAL | SKELETAL | PLANAR | VOLUMETRIC | AXONOMETRIC
40
PART 2 - HIERARCHY
LINEAR HIERARCHY
KEY CONCEPTS | 1) BEACON ARCHITECTURE 2) MULTI- TO SINGULAR CIRCULATION 3) RAMP TO CONNECT SPACES RESTRAINED BY LINEAR CIRCULATORY CONFIGURATION
1:200 FINAL LINEAR HIERARCHY MODEL
41
LINEAR HIERARCHY | 1:200 PROCESS MODELS
42
MULTI/ DISPERSED HIERARCHY KEY CONCEPTS | 1) PILGRMAGE OF THE RAMP 2) LINKING OF PASSAGE-WAYS AND MAIN SPACES 3) MULTI- CIRCULATORY ROUTES 4) VOLUMETRIC CONTRASTING 5) VARIATING LIGHT APERTURES
43
MULTI-HIERARCHY | 1:200 PROCESS MODEL
PLANAR
VOLUMETRIC
LINEAR-HIERARCHY
SECTIONAL MODELS | 1:200
MULTI-HIERARCHY 44
FINAL | LINEAR | MULTIPLE | HIERARCHY AXONOMETRIC
FOR YOUR CONSIDERATION
THANK YOU!
DESIGN 1 UNDERGRAD YR 1 | AY2014/2015 DEPARTMENT OF ARCHITECTURE | NUS BY | ANTHONY WONG | A0122533U 46