GUOGE SERENA 3035023934 THE UNNIVERSITY OF HONGKONG DEPARTMENT OF ARCHITECTURE ARCHITECTURAL DESIGN THOMAS TSANG SEMESTER2 YEAR1
Site plan, Changliu village Group sites, Wall
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Plan, Wall Site model, Spine Three interpretations(from left to right): Non-corner, Interlock. Bracket
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
project1 This project will deal with design issues relating to the organazation of the village as an overall structure. the project will explore the village as an organization of houses and spaces in various scales.taking the existing village plan as a given condition,explore an alternative organization and a detailed plan for the village.
NON-CORNER Whatever sharp is vulnerable.
Chapter 1: INSIDE-OUT/OUTSIDE-IN
What is inside?And what is outside? Sometimes the definition of them can be blur.
Chapter 2: SHARP/VULNERABLE
The sharpest thing can be the most vulnerable as well.
Chapter 3: NON-CORNER/CORNER
What if the houses have no corner?
INSIDE-OUT/OUTSIDE-IN What is inside?And what is outside? Sometimes the definition of them can be blur.
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Plans, non-corner Drawn Scale: 1:150
PLAN
CHAPTER1 INSIDE-OUT/OUTSIDE-IN
Plan, non-corner Drawn Scale: 1:150
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Plan, Non-corner Drawn Scale: 1:150
PLAN
CHAPTER1 INSIDE-OUT/OUTSIDE-IN
Plan, Non-corner Drawn Scale: 1:150
PLAN
CHAPTER1 INSIDE-OUT/OUTSIDE-IN
Plans, Corner/Non-corner Drawn Scale: 1:50
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Plan, Non-corner Drawn Scale: 1:50
PLAN
CHAPTER1 INSIDE-OUT/OUTSIDE-IN
Plan, Non-corner Drawn Scale: 1:50
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Site model, Non-corner Scale: 1:150
SITE MODEL
CHAPTER1 INSIDE-OUT/OUTSIDE-IN
Details, Non-corner Scale: 1:150
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Infolding Scale: Non-Scale
TECTONIC MODEL
CHAPTER1 INSIDE-OUT/OUTSIDE-IN
overlap
shift
offset
Whatever sharp is vulnerable.
SHARP/VULNERABLE
The sharpest thing can be the most vulnerable as well.
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Corrosion of corner over time Scale: Non-Scale
CORNER STUDY
CHAPTER2 SHARP/VULNERABLE
Tectonic model, Corrosion of corner over time Scale: Non-Scale Paper
Chapter 3: CORNER/NON-CORNER
What if the houses have no corner?
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Site model, Non-corner Scale: 1:150
ITE MODEL
CHAPTER3 CORNER/NON-CORNERS
sharing
embracing
Sketch, Sections
extruding
talking
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Detail, Non-corner Scale: 1:150
ITE MODEL
CHAPTER3 CORNER/NON-CORNERS
Details with light, Non-corner
Sketch, Overlapping
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Non-corner Stacking Non-scale
TECTONIC MODEL
CHAPTER3 CORNER/NON-CORNER
Tectonic model,
(upper, from left to right)Corners defined by Dot, Line, Mass (lower, from left to right) Infolding, Disappearance, Non-corner Non-scale
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Corner defined by DOT Non-scale
TECTONIC MODEL
CHAPTER3--CORNER/NON-CORNER
layering
folding
isolating
Sketch, Dot corner
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Coner defined by LINE Non-scale
TECTONIC MODEL
CHAPTER3 CORNER/NON-CORNER
crossing
overlapping
suspending
Sketch, Line corner
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Coner defined by MASS Non-scale
TECTONIC MODEL
CHAPTER3 CORNER/NON-CORNER
enclosed
imbalanced
Sketch, mass corner
extended
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Infolding Scale: Non-Scale
TECTONIC MODEL
CHAPTER3 CORNER/NON-CORNER
overlap
shift
offset
Sketch, Mass corner
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Disappearance of Coner Non-scale
TECTONIC MODEL
CHAPTER3 CORNER/NON-CORNER
disappearing
descending
substraction
Sketch, Disappearring corner
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Tectonic model, Non-corner Non-scale
TECTONIC MODEL
CHAPTER3 CORNER/NON-CORNER
colliding
penetrating
Sketch, Non-corner
embracing
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Workshop
We will look at the town of Changliu as a representative of other towns, to develop a set of rules for the town’s development. The Village code,Guangdong, is to contain rules that do not outline a fixed form, but which create an architectural condition as a response to the encounter between the global and the local.
Changliu, Conghua, Guangdong
GROUP1:The town as a condition-organization of houses GROUP2:Gaps
GROUP3:Roads
GROUP4:Programmes
GROUP5:Houses-form/volumes/facades
GROUP6:Sructures-materials/technical aspects/colors
WORKSHOP
YEAR1 STUDIO 2013 SPRING
Boundary
Direction
Pictures, Changliu village
MATRIX
VILLAGE CODES
Village codes, Matrix (group work)
WORKSHOP
YEAR1 STUDIO 2013 SPRING
Drawing, Radial arrangement Scale:1:150 (group work)
TESTING
VILLAGE CODES
Model, Test of Radial arrangement Scale:1:150
WORKSHOP
YEAR1 STUDIO 2013 SPRING
Site-Compound
connection
roof Model, Memory Scale:1:50 (group work)
MODEL
VILLAGE CODES
Model, Memory Scale:1:50 (group work)
solid&void
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Changliu village, Old codes, New codes, Houses Scale:1:50 (whole class)
Model, Memory Scale:1:50 (group work)
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
PROJECT2 The design of the house will seek to find a contemporary alternative to the vernacular rural house. the design problem is a 200sqm village house. The house design will explore the program,massing, parti, structure and detail of the house.The new proposal must consider the existing house on its site, its form, construction or foundation.The model making and drawing process will also take on the hybrid and utilize media drawing and model making techniques.
CORNER HOUSE Changliu, Conghua, Guangdong
Model(whole class), Changliu village Scale:1:50
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Site plan, Changliu village Scale:1:1000
SITE PLAN
STUDY
Site plan, Changliu village Scale:1:100
Chapter 1: CORNER Corners can appear in different scales.
Chapter 2: WALL Corner acts as a conjunction of walls.
Chapter 3: VOLUMN
Corner have a quality of “volume“.
CORNER
Corners can appear in different scales.
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Study model, Non-corner Non-scale
TECTONIC MODEL
CHAPTER1 CORNER
in-between
offset
joint
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Study model, Corner with quality of VOLUME Non-scale
STUDY MODELS
CHAPTER1 CORNER
Chapter 2: WALL Corner acts as a joint of walls.
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
ODEL
CHAPTER2 WALLM
Details, Corner with quality of VOLUME Non-scale
Study model, Corner with quality of VOLUME Continous wall Non-scale
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Study model, Continous wall Non-scale
MODEL STUDY
CHAPTER2 WALL
Detail, Continous wall Scale:1:100
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Rule1 All the corners must be 90 degree.
Rule2 Demarcation can happen when necessary.
IAGRAM
CHAPTER2 WALLD
Rule3 The walls never completely meet each other. Rule4 The carvation of the corner must be either rectangular or square.
Rule5 The definition of corener is the area where two walls meet, so the carvation can happen beteween walls, wall and roof, wall and floor.
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Rule6 The corner should have a quality of “volume”.
Rule7 The corner should be made use of in terms of human scale and activities.
IAGRAM
CHAPTER2 WALLD
Section, Programme of corner Drawn scale:1:50
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Section, Programme of corner
ECTION/PLAN
CHAPTER2 WALLS
Plan, Continous wall with different corners Drawn scale: 1:100
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Plan, Multiple readings of wall Scale:1:100
LAN/SKETCH
CHAPTER2 WALLP
wall
furniture
staircase
room
ODEL
CHAPTER2 WALLM
one storey
inter-storey
Model, Continous wall (with changing level) Scale:1:100
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
shifting
connecting
ODEL
CHAPTER2 WALLM
Models, Continous wall Scale:1:100
merging
Sketch, Continous wall
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Model, Continous wall(vertical) Scale:1:100
ODEL
CHAPTER2 WALLM
Model, Two continous wall(vertical&horizontal) Scale:1:100
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Drawing,Continious wall Drawn scale:1:50
PROJECT1 NON-CORNER
YEAR1 STUDIO 2013 SPRING
Chapter 3: VOLUMN
Corner have a quality of “volume“.
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Tectonic model Non-scale
ECTONIC MODEL
CHAPTER3 VOLUMET
memory
dialogue
intrusion
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Tectonic model, Variations Non-scale
Plan, Open corner Scale:1:100
ECTONIC MODEL
CHAPTER3 VOLUMET
PROJECT2-CORNER HOUSE
ITE MODEL
CHAPTER3 VOLUMES
Site model, Volume Scale:1:100
Site model, Volume Scale:1:150
Detail, Infolding staircase Scale:1:100
Drawing, Volume coner Scale:1:50
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Model, Change of thickness of the wall Scale:1:50
ITE MODEL
CHAPTER3 VOLUMES
Sketches, Change of thickness of the wall
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
LAN
CHAPTER3 VOLUMEP
Detail, Corner house Drawn scale:1:25
Plan, Corner house Drawn scale:1:25
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
ECTION1
CHAPTER3 VOLUMES
Detail, Corner house Drawn scale:1:25
Section, Corner house Drawn scale:1:25
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
ECTION2
CHAPTER3 VOLUMES
Detail, Corner house Drawn scale:1:25
Section, Corner house Drawn scale:1:25
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Model, Corner house Scale:1:50
MODEL
CHAPTER3 VOLUME
Model, Corner house with neighbour Scale:1:50
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Model, Corner house Scale:1:50
ODEL
CHAPTER3 VOLUMEM
Detail, Moments Scale:1:50
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
2.2.4 For two-storey or higher buildings adjacent to each other, a setback must be applied to preserve the entry of natural light.
5.5.0 Houses more than two storeys must not have pitched roofs.
5.5.1 The edge of these roofs must be angled between 4o and 36o.
2.1.4 The number of openings to the enclosed spaces should not exceed 4 to maintain privacy and allow people to gather together.
2.2.1 The dimension of gaps as passage are of widths between 1.5m and 2.75m.
5.0.2 Height varies between 2.5 to 11m with single storey pitched roofs up to 5m.
Reference, Village codes From Workshop
ULES/DIAGRAM
CHAPTER3 VOLUMER
Drawings, Moments
PROJECT2 CORNER HOUSE
YEAR1 STUDIO 2013 SPRING
Photos, Corners in city Scale: multiple
ICTURES
CHAPTER3 VOLUMEP
Photos, Corners in city Scale: multiple