Ka HEI TONG ARCHITECTUREKa PORTFolio HEI TONG For HKU [ 1100878548] ARCHITECTURE PORTFolio
Newcastle University Part 1 Architecure Graduate
03 - 10 11 - 12 13 - 16 17 - 19 20 - 22
TABLE OF CONTENT
BUILDING HAPPINESS | 3
KA HEI TONG PORTFOLIO
Building happiness KA HEI TONG PORTFOLIO
01 “Art must contribute to mental health, power and pleasure� said John Ruskin in the Seven Lamps of Architecture. In my final year graduation project, I was to construct a building that could last for 2000 years in Ouseburn Valley in Newcastle, UK. The project explores the way of achieving social sustainability in the long now by constructing a building that brings people together, develop inter-personal relationships and react with the tnature in Ouseburn. The building consists of 3 vital natural elements that could last eternally, namely water, greenery, sky. Their existence supports the continuation of human life.
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Site Map of the Ouseburn area
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BUILDING HAPPINESS | 4
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Year 02016
Year 02116
Year 03016
Year 04016
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Imagining Newcastle Quayside in 2000 years time
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Imagining the process of flooding from now (02016) to 2000 years time (04016)
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BUILDING HAPPINESS | 5
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EXTERNAL STAIRS
SLIPFORM WALL EXTERNAL RAMP
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ge id Br n ur
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AMPHITHEATRE 3 WORKSHOPS LECTURE THEATRE MEZZANINE CAFE & DISCUSS STAFF OFFICE ENTRANCE HALL GREEN PODIUM GREEN ROOF
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Lime Stre
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City Road
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Diagram showing the circulation pattern Diagram showing the arrangement of spaces
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3 Diagram showing areas that are prone to flooding in 2000 years time 4 Diagram showing accessibility from nearby areas in Lower Ouseburn
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BUILDING HAPPINESS | 6
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Ground Floor
Podium Level
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Site Map in Lower Ouseburn
Mezzanine
First Floor
Sloped Roof
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Floor Plans
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BUILDING HAPPINESS | 7
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Axonometric Diagram showing function of spaces, structure and materials
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BUILDING HAPPINESS | 8
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STRUCTURAL DETAILS
STRUCTURAL DETAILS SLIPFORM WALL-TO-GREEN & GLASS ROOF JOINT
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Horizontal Steel Beam 356mm X 150mm
Vertical Steel Beam Column 305mm X 305mm X 3m tall
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Steel Pratt Flat Structural Truss 1.4m depth 23-29m span
OVERVIEW OF STRUCTURE
768mm X 600mm Precast Rectangular Concrete Column with Rectangular Fork bearing
Structural Steel Joist Girder 6100mm depth 14-20m span
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Horizontal Steel Beam 356mm X 150mm Vertical Steel Beam Column 305mm X 165mm X 3m tall
370mm Ledge Stone Veneer Internal Wall
282mm Ledge Stone Veneer-Plaster Internal Wall
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738mm Slipform Stone Masonry External Wall
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8.5m tall 1500mm wide Concrete Retaining Wall
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800mm thick Concrete Wall Foundation
Concrete Pile with 6m deep 600mm diameter steel pipe
AXONOMETRIC VIEW OF BUILDING STRUCTURE 1
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WALL STRUCTURE
738mm Slipform Stone Masonry Wall 1. 2. 3. 4. 5.
STEEL FRAME STRUCTURE
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70mm sandstone 130mm concrete Stainless steel grade 316 wire mesh 100mm ledge for concrete 108 Expanded polystyrene boards sandwiched by 15mm OSB Horizontal stainless steel bracing Concrete block capping
Green Roof 1. 50mm Plants 2. 30mm stone pavers 3. Paving supports 4. 300mm growing medium 5. Filter fabric 6. 10mm drainage and retention layer 7. Moisture retention layer 8. Aeration layer 9. 108mm EPS insulation 10. Drainage layer 11. Root barrier 12. Protection course 13. Waterproof membrane 14. 250mm concrete slab on 50mm metal deck
Glass Roof
Steel Truss supported by Strong 768mm X 600mm Precast Rectangular Concrete Column with Rectangular Fork bearing 1. 2. 3. 4. 5.
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Concrete block / separator Steel angles bolted to concrete block Aluminum glass frame and mullion 40mm roof glass sheets Metal Cap Supporting I beams
70mm sandstone veneer 598mm reinforced concrete core Seat depth 300mm Seat height 1720mm Seat width 357mm
Steel Pratt Flat Structural Truss 1. 2. 3. 4.
Top Chord - Wide Flange 360 X 382 Vertical Webs - Hollow Structural Section 102mm X 102mm Diagonal Webs - Hollow Structural Section 102mm X 102mm Bottom Chord - Wide Flange 360 X 262
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Axonometric Diagram showing structural details
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3D Structural Details of slipform wall-to-green and glass roof joint 2D Structural Details of slipform wall-to-green and glass roof joint
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BUILDING HAPPINESS | 9
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STRUCTURAL DETAILS
STRUCTURAL DETAILS
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Structural details of the Main Entrance Hall
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Structural details of the mezzanine Structural details of Truss & Joist Girder
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BUILDING HAPPINESS | 10
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1 Main Space in B/F, with the outdoor amphitheater entrance on the right
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2 Area connecting the Main Entrance Hall, the Cafe, the Mezzanine and stairs leading to B/F 3 Main Entrance leading directly from Ouse Street
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INTERACTIVE BIRD HIDE | 11
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Interactive Bird Hide
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The project is to design a bird hide in Washington Wetland Park, Durham that could lasts for 200 years. The unique-shaped interactive bird hide has an undulating surface comprising of different sizes of pentagons and triangles. Triangular bamboo panels act as a strong support favoring its long time frame, while pentagonal tilt-able panels are large in size and encouraged interaction between users and the nature. This installation allow users to freely tilt wooden panels at any degrees and create different views according to their desire. It is also easy to install, repair and replace, favoring the long time frame that it will exist.
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1 Paper development models exploring different form of geometric shapes combinations
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INTERACTIVE BIRD HIDE | 12
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Video showing the design process and concept
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Video imagining what will happen to the bird hide in 200 years time
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INTERACTIVE BIRD HIDE | 13
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1 to 20 model
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1:20 model imagining panels being destroyed by the nature after years 1:20 paper Study models studying on the shape and form of the bird hide
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INTERACTIVE BIRD HIDE | 14
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1 Structural skeleton that forms the hide, consisting of wooden panels and sticks 2 Diagram showing how visitors can interact with the tilt-able wooden panels
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3 Detailed view of how the wooden panels and frames connect one another 4 Structural Details of how wooden frames and movable panels function
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LIVING ON THE EDGE | 15
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Living on the edge KA HEI TONG PORTFOLIO
03 The project is to design a foyer along Lime Street in Newcastle’s Ouseburn Valley, which is an integrated learning and accommodation center providing safe and secure housing, support and training for disadvantaged young people. It is hoped that youngsters could make a positive contribution to their local community and regain self-confidence through education, training and support from one another. The building includes a residents’ flats, tutors’ flats, an exhibition space and a glassblowing workshop. The main feature of the design is that different zones were separated by “connectors” located in the middle part of the building, acting as a connecting agent to delineate different zones and provide diversifying experiences.
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The building and its facade, facing the Ouseburn Valley Massing of the building and where the “connectors” are located Red - Lift ; Pink - Sky bridge ; Green - Connecting bridge on 1/F ; Blue - Connecting bridge on 2/F ; Yellow - Connecting bridge from 2/F to rooftop Facade concept - differently-sized triangles designed according to functions of space, degree of privacy, daylight amount required
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LIVING ON THE EDGE | 16
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2/F
1/F
B/F & Sky bridge
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1 Physical model showing 2/F 2 Physical model showing 1/F 3 Physical model showing B/F and skybridge
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Physical model showing building facade facing Ouseburn Valley Physical model showing how the connectors correlate
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LIVING ON THE EDGE | 17
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Axonometric Model of the building
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LIVING ON THE EDGE | 18
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Facade & Green Roof
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1/F
Sky Bridge
Basement
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Axonometric Model of the building
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Axonometric Model of the building
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LIVING ON THE EDGE | 19
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STRUCTURAL DETAILS
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Sectional View facing the North-East Structural details of masonry wall-to-concrete floor joint Structural details of window openings Structural details of masonry wall-to-intermediate floor joint Structural details of masonry wall-to-green roof joint
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Overlooking the exhibition sky bridge from main entrance Overlooking the hotshop, coldshop and the studio from the outdoor glass balcony
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PROSPECT AND REFUGE | 20
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Prospect and Refuge KA HEI TONG PORTFOLIO
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The project is to design an educational building to be used for Newcastle University in the harbor town of Amble. It would be a community building providing learning, employment, and gather people together. The major constraint is the building could only be in cubical form. I was largely inspired by SANAA’s Zollverein School in Essen with numerous square-shaped windows throughout the building, creating an illusion that people from the outside could harldy distinguish the floors. The facade openings were designed according the amount of daylight and privacy required in different spaces, which in turn creates a geometrical language of its own.
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Isometric view of building with building facade Spaces behind the facade Facade of the building;
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PROSPECT AND REFUGE | 21
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Building main facade Arrangement of spaces behind the facade Details of the building
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Roof
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Floor plans
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PROSPECT AND REFUGE | 22
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Axonometric Model of Building on site
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PROSPECT AND REFUGE | 23
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Facade
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4/F
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3/F
G/F
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Axonometric Model of Building on site
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Axonometric Model of Building on site
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THE UNDULATING BLOCK | 24
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The Undulating block KA HEI TONG PORTFOLIO
05 This project focuses on the spatial and volumetric planning and design of small row (terrace) house with given fixed volumes in North Shields, Newcastle. It was commissioned by a 3-people family that loves art and socializing with friends. The design adhered straightly to the constraints in the brief, including building height, size, direction, furniture requirements and etc. Inspired by the Little Valley House in Japan, the house was designed in a 4 X 7 grid pattern. Different parts in different floors are being “pushed� in or out to create a dynamic facade along the Waldo Street. The use of colors also amplify the effect.
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to 50 model showing 1/F, 2/F and 3/F to 50 model showing G/F, 1/F and the entrance facing Borough Road to 50 model showing 1/F, 2/F and 3/F to 50 model showing building facade facing Borough Road
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THE UNDULATING BLOCK | 25
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1 1/F 2 2/F 3 Roof
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4 Study models playing with light and shadows
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THE UNDULATING BLOCK | 26
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Roof 1
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1 G/F and 1/F, with G/F undulating entrance 2 1/F 3 3/F
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4 Plan view of the building from the roof, 3/F, 2/F, 1/F to G/F
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THE UNDULATING BLOCK | 27
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1 3D render showing the bar area facing Borought Road 2 1 to 20 detailed model showing 1/F and the entrance facing Waldon Street
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3 1 to 20 detailed model showing 1/F entrance 4 1 to 20 detailed model showing 1/F and 2/F facing Borough Road
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THE UNDULATING BLOCK | 28
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East Section
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THE UNDULATING BLOCK | 29
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06 dixieland (group work) KA HEI TONG PORTFOLIO
In collaborations with structural engineering students, a temporary busking shelter located in a quayside chare [a narrow alleyway of stairs that date back from medieval times to link the Tyne River to the city center] in Newcastle that is physically feasible in reality was designed. Working in plan was not allowed and everything had to be presented in sections and models. The final output is an exhibiton with two videos that could portray the atmosphere by using music, large scaled models and drawings.The Lattice canopies that were suspended were designed to define the space without physically and visually affecting the site.
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to 5 development model of wooden lattice canopy that is being bended to 50 development model showing the seating area with suspended lattice canopies to 100 development model showing the seating area with suspended lattice canopies to 5 development model of lwooden attice canopy that is being bended
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THE UNDULATING BLOCK | 30
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The entrance of the exhibition was set up like a dark arched tunnel to represent the journey through the threshold into the large performance area with 1:1 brass sound pipes and textured handrails leading visitors into the main exhibition area Exhibition - brass sound pipes that run over the whole of the exhibition area Suspended lattice canopies scaled 1:2 and 1:5 which cast shadows across models and sections beneath 1:2 model of seating made from thin slats of accoya wood, which are steam bent and pinned together using steel cables
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1:1 model of waved timber encasings that cover handrails leading to the performance area, exaggerating the difference in feeling between metal and timber, cold and warm, rough and smooth. The handrail also reflects the use of curved timber in other aspects of the project. Study models
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THE UNDULATING BLOCK | 31
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Shape diagrams exploring acoustic qualities of lattice canopies in concave positions Shape diagrams exploring acoustic qualities of lattice canopies in concex positions
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1:5 model of lattice canopy Suspended lattice canopy model scaled 1:2 which cast shadows across the exhibition
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THE UNDULATING BLOCK | 32
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The lattice canopies are suspended using 20mm steel cables which stretch to nearby buildings. The cables are anchored using the above technique to minimize impact on the site. After use, the screws leave small, shallow holes in the brickwork, which will be filled with motar. The cables can be tightened using ratched straps to attain the optimum tension which therefore determines each canopy’s height. The lattices are made from thin strips of accoya wood, covered in DAF Ultra Top 12-9; a high strength, water-proof, light-translucent, fire-resistant, low-abrasion tent and outdoor structure fabric made with a 9X9 1000D polyester reinforcing scrim. The UV protection helps maintain the polished, dirt resistant finish. The translucent white fabric allows plenty of light to filter into the structure. The standard width is 1550mm. THis means the structures will be light weight, minimising tension in the cables
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1:100 model of performance area and seating 1:50 model of performance area and seating
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Diagram detailing suspension of lattice canopies
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THE UNDULATING BLOCK | 33
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Short cross section of entry point at the Quayside to the chare (North Facing) Short cross section at the dog-leg in the chare (North Facing)
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Long cross section facing the performance area
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INTERACTIVE BIRD HIDE | 34
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urban delights KA HEI TONG PORTFOLIO
07 Urban Delights involves designing a cookery school, demanding three dimensional manipulation and emphasising the experience and qualities of space. The project was divided into two sessions, the feast and the design of the cookery school. The feast is a group project that students create a feast after attending artist-led workshops, learning ways of exploring forms and qualities of space. Students have to design the space including incorporation of different eating utensils for users to have different eating experience. Whereas for the design, students were not allowed to use any computer software but hands for representations. Small and large scaled models were also required to explore qualities of spaces.
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Food utensils and display of food using plastic vacuumed plates and plaster Food utensils and display of food Food utensils and display of food Eating experience and space creation
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THE UNDULATING BLOCK | 35
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Overall physical model scaled 1 to 100
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Overall Physical Model scaled 1 to 100
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THE UNDULATING BLOCK | 36
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1 to 20 model showing the balcony area of 1/F and outdoor terrace on G/F 1 to 100 model showing the angular dining area
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View from the kitchen View of the dining area
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