y1 sem2 spring

GUOGE SERENA3035023934

THE UNNIVERSITY OF HONGKONGDEPARTMENT OF ARCHITECTURE

ARCHITECTURAL DESIGNTHOMAS TSANG

SEMESTER2 YEAR1

Site plan, Changliu villageGroup sites, Wall

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Plan, WallSite model, Spine

Three interpretations(from left to right): Non-corner, Interlock. Bracket

YEAR1 STUDIO 2013 SPRINGPROJECT1 NON

-CORNER

project1This project will deal with design issues relating to the organazation of the vil-lage 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-CORNERWhatever sharp is vulnerable.

Chapter 1: INSIDE-OUT/OUTSIDE-INWhat is inside?And what is outside? Sometimes the

definition of them can be blur.

Chapter 2: SHARP/VULNERABLEThe sharpest thing can be the most vulnerable as well.

Chapter 3: NON-CORNER/CORNERWhat if the houses have no corner?

What is inside?And what is outside? Sometimes the definition of them can be blur.

INSIDE-OUT/OUTSIDE-IN

-CORNER

Plans, non-cornerDrawn Scale: 1:150

PLANCHAPTER1 INSIDE-OUT/OUTSIDE-IN

Plan, non-cornerDrawn Scale: 1:150

-CORNER

Plan, Non-cornerDrawn Scale: 1:150

Plans, Corner/Non-cornerDrawn Scale: 1:50

-CORNER

Site model, Non-cornerScale: 1:150

CHAPTER1 INSIDE-OUT/OUTSIDE-INSITE MODEL

Details, Non-corner Scale: 1:150

-CORNER

Tectonic model, InfoldingScale: Non-Scale

CHAPTER1 INSIDE-OUT/OUTSIDE-INTECTONIC M

overlap shift offset

Whatever sharp is vulnerable.

SHARP/VULNERABLEThe sharpest thing can be the most vulnerable as well.

-CORNER

Tectonic model, Corrosion of corner over timeScale: Non-Scale

CHAPTER2 SHARP/VULNERABLECORNER STUDY

Tectonic model, Corrosion of corner over timeScale: Non-Scale

Chapter 3: CORNER/NON-CORNERWhat if the houses have no corner?

-CORNER

Site model, Non-cornerScale: 1:150

CHAPTER3 CORNER/NON-CORNERSITE MODEL

Sketch, Sections

sharing talkingembracing extruding

-CORNER

Detail, Non-cornerScale: 1:150

CHAPTER3 CORNER/NON-CORNERSITE MODEL

Details with light, Non-corner

Sketch, Overlapping

-CORNER

Tectonic model, Non-cornerStacking Non-scale

Tectonic model, (upper, from left to right)Corners defined by Dot, Line, Mass (lower, from left to right) Infolding, Disappearance, Non-corner

Non-scale

CHAPTER3 CORNER/NON-CORNERTECTONIC M

-CORNER

Tectonic model, Corner defined by DOTNon-scale

TECTONIC M

ODELCHAPTER3--CORNER/NON-CORNER

layering folding isolating

Sketch, Dot corner

-CORNER

Tectonic model, Coner defined by LINENon-scale

TECTONIC M

ODELCHAPTER3 CORNER/NON-CORNER

crossing overlapping suspending

Sketch, Line corner

-CORNER

Tectonic model, Coner defined by MASSNon-scale

TECTONIC M

enclosed imbalanced extended

Sketch, mass corner

-CORNER

Tectonic model, InfoldingScale: Non-Scale

overlap shift offset

Sketch, Mass corner

TECTONIC M

-CORNER

Tectonic model, Disappearance of ConerNon-scale

CHAPTER3 CORNER/NON-CORNERTECTONIC M

disappearing descending substraction

Sketch, Disappearring corner

-CORNER

Tectonic model, Non-cornerNon-scale

TECTONIC M

colliding penetrating embracing

Sketch, Non-corner

-CORNER

WorkshopWe will look at the town of Changliu as a repre-sentative 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 ar-chitectural 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

YEAR1 STUDIO 2013 SPRINGWORKSH

Boundary

Direction

Pictures, Changliu village

Village codes, Matrix(group work)

MATRIX

VILLAGE CODES

Drawing, Radial arrangementScale:1:150(group work)

Model, Test of Radial arrangementScale:1:150

TESTING

VILLAGE CODES

connection

Model, MemoryScale:1:50(group work)

Site-Compound

solid&voidModel, Memory

Scale:1:50(group work)

VILLAGE CODES

-CORNER

Changliu village, Old codes, New codes, HousesScale:1:50(whole class)

Model, MemoryScale:1:50

(group work)

-CORNER

PROJECT2The 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 founda-tion.The model making and drawing process will also take on the hybrid and utilize media drawing and model making techniques.

CORNER HOUSEChangliu, Conghua, Guangdong

Model(whole class), Changliu villageScale:1:50

YEAR1 STUDIO 2013 SPRINGPROJECT2 CORNER H

Site plan, Changliu villageScale:1:1000

SITE PLANSTUDY

Site plan, Changliu villageScale:1:100

Chapter 1: CORNERCorners can appear in different scales.

Chapter 2: WALLCorner acts as a conjunction of walls.

Chapter 3: VOLUMNCorner have a quality of “volume“.

CORNERCorners can appear in different scales.

Study model, Non-cornerNon-scale

CHAPTER1 CORNERTECTONIC M

in-between offset joint

Study model, Corner with quality of VOLUMENon-scale

STUDY MODELS

CHAPTER1 CORNER

Chapter 2: WALLCorner acts as a joint of walls.

CHAPTER2 WALLMODEL

Study model, Corner with quality of VOLUME Continous wallNon-scale

Details, Corner with quality of VOLUMENon-scale

Study model, Continous wallNon-scale

MODEL STUDY

CHAPTER2 WALL

Detail, Continous wallScale:1:100

Rule1All the corners must be 90 degree.

Rule2Demarcation can happen when necessary.

Rule3The walls never completely meet each other.

Rule4The carvation of the corner must be either rectangular or square.

Rule5The definition of corener is the area where two walls meet,

so the carvation can happen beteween walls, wall and roof, wall and floor.

CHAPTER2 WALLDIAGRAM

Rule6The corner should have a quality of “volume”.

Rule7The corner should be made use of in terms of human scale and activities.

CHAPTER2 WALLDIAGRAM

Section, Programme of cornerDrawn scale:1:50

Section, Programme of corner

CHAPTER2 WALLSECTION/PLAN

Plan, Continous wall with different cornersDrawn scale: 1:100

Plan, Multiple readings of wallScale:1:100

wall furniture staircase room

CHAPTER2 WALLPLAN/SKETCH

CHAPTER2 WALLMODEL

Model, Continous wall(with changing level)

Scale:1:100

one storey

inter-storey

shifting connecting

CHAPTER2 WALLMODEL

merging

Models, Continous wallScale:1:100

Sketch, Continous wall

Model, Continous wall(vertical)Scale:1:100

CHAPTER2 WALLMODEL

Model, Two continous wall(vertical&horizontal)Scale:1:100

-CORNER

Drawing,Continious wallDrawn scale:1:50

-CORNER

Model Drawing, Continious wall Scale:1:50

Chapter 3: VOLUMNCorner have a quality of “volume“.

Tectonic modelNon-scale

CHAPTER3 VOLUMETECTONIC M

memory dialogue intrusion

Tectonic model, VariationsNon-scale

Plan, Open cornerScale:1:100

CHAPTER3 VOLUMETECTONIC M

PROJECT2-CORNER H

CHAPTER3 VOLUMESITE MODEL

Site model, VolumeScale:1:150

Site model, VolumeScale:1:100

Detail, Infolding staircaseScale:1:100

Drawing, Volume conerScale:1:50

Model, Change of thickness of the wallScale:1:50

CHAPTER3 VOLUMESITE MODEL

Sketches, Change of thickness of the wall

CHAPTER3 VOLUMEPLAN

Plan, Corner houseDrawn scale:1:25

Detail, Corner houseDrawn scale:1:25

CHAPTER3 VOLUMESECTION1

Section, Corner houseDrawn scale:1:25

CHAPTER3 VOLUMESECTION2

Section, Corner houseDrawn scale:1:25

Model, Corner houseScale:1:50

CHAPTER3 VOLUMEMODEL

Model, Corner house with neighbourScale:1:50

Model, Corner houseScale:1:50

CHAPTER3 VOLUMEMODEL

Detail, Moments Scale:1:50

2.1.4The number of openings to the enclosed spaces should not exceed 4 tomaintain privacy and allow people to gather together.

2.2.1The dimension of gaps as passage are of widths between 1.5m and 2.75m.

2.2.4For two-storey or higher buildings adjacent to each other, a setback must be applied to preserve the entry of natural light.

5.0.2Height varies between 2.5 to 11m with single storey pitched roofs up to 5m.

5.5.0Houses more than two storeys must not have pitched roofs.

5.5.1The edge of these roofs must be angled between 4o and 36o.

Reference, Village codes From Workshop

CHAPTER3 VOLUMERULES/DIAGRAM

Drawings, Moments

Photos, Corners in cityScale: multiple

CHAPTER3 VOLUMEPICTURES

y1 sem2 spring

noncorner scale

springproject1 noncornerplans

cornernoncornerdrawn

150year1 studio

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