Architecture Design Portfolio 2022 by Jie Ying

ACADEMIC . COMPETITION . PROFESSIONAL

ARCHITECTURE DESIGN PORTFOLIO

20 15 20 22 -

TAN JIE YING

MASTER IN ARCHITECTURAL DESIGN UNIVERSITY OF FLORENCE , ITALY

EMAIL jying_tan@hotmail.com

BLOGGER http://jieyingportfolio.blogspot.com

JUNE 2020 - CURRENT DESIGN@LOFT ARCHITECTS, SINGAPORE (JUNIOR ARCHITECT) JUNE 2015 - AUG 2017 SAA ARCHITECTS PTE LTD, SINGAPORE (ARCHITECTURAL ASSISTANT) DEC 2014 - FEB 2015 HOMUN ARCHITECTS, MALAYSIA (INTERNSHIP)

ACADEMIC Master’s Degree Thesis ALIVE - Tailored Housing from Modularity and Tradition Rethinking Pattern Language and Open System in Malaysia // 01. - 29. //

COMPETITION Architecture Competition MOONIX - Blank Space Outer Space 2019 // 30. - 41. //

PROFESSIONAL SAA Architects Singapore Sembawang EastLink I & II HDB Singapore // 42. - 50. //

Design@LOFT Architects Singapore Factory Converted Dormitory Tuas South, Singapore // 51. - 55. //

Landed Residential House Colchester Grove, Singapore // 56. - 63. //

ALIVE TAILORED HOUSING FROM MODULARITY AND TRADITION

RETHINKING PATTERN LANGUAGE AND OPEN SYSTEM IN MALAYSIA

Master’s Degree Thesis Sept 2019 - Feb 2020

ALIVE

// Tailored Housing from Modularity and Tradition // Rethinking Pattern Language and Open System in Malaysia

Academic Advisor

| Individual Work University of Florence, Italy | Prof. Giuseppe Ridolfi, PhD

In this 21-century, most of the residential houses are still designed in fixed composition, built with mass production and took years to complete. People are not able to customized openings of the house, rooms required or even building materials before the construction. Residents with different culture, family composition and living habits adapt to the architecture spaces differently. There is no design can be addressed through ‘one design fits all’. ‘Future architecture must be changeable, adaptable and capable of meeting the changing requirements of the contemporary age. In order to reflect dynamic reality, what is needed is not a fixed, static function, but rather one, which is capable of undergoing metabolic changes. We must stop thinking in terms of function and form, and think instead in terms of space and changeable function.’ Kenzo Tange ‘Rethink the modular’, keep modularity yet allow individuality. We require greater flexibility, so as architecture, which acts and metabolizes as nature does. Architecture is ALIVE.

ALIVE - Tailored housing from Modularity & Tradition // 01.

// Issue of modularity. Rethink the modular // ‘While serial production makes for low-cost housing, it need not make for uniformity. Standard components were used throughout, no two houses are alike. Each occupant will have the house of his choice, built to suit his taste, his personality, his feelings. The horrible rows of identical houses are no longer necessary.’ (Livedin Architecture, 1972, Boudon) With rational construction and flexible design on standard components, prefabrication can be personalized and used for permanent living spaces or even large scale projects such as public housing projects, office, hospital, hotels and others. In Malaysia, residents are allowed to renovate their property like terrace houses to fulfill their own preference as long as they can comply to the building codes and regulations. However, with the modification of terrace houses by individual residents, the overall uniformity of terrace houses were destroy. Not only on aesthetic value, these modifications might bring fire safety problem to the houses due to the maximize built area to building setback. Besides, modified terrace house with different height to adjacent house also affect the natural lighting and ventilation of neighbour house. Instead of renovate houses after lived-in space, why not customize your own ideal home with prefabrication before the construction of the house?

ALIVE - Tailored housing from Modularity & Tradition // 02.

Fig. 01 : Mass production always required to be industrialized and standardized, which not leaving enough space to the customization and personalization on design.

// Malaysia Pattern Language // ‘Malaysia Pattern Language’ is written based on reference of ‘A Pattern Language’ by Christopher Alexander. It is to provide consumers in Malaysia with alternative to participate and customize their own architecture spaces, but not adapted or modified to ready built spaces. There are 40 pattern languages were selected from towns, buildings, to construction. TOWNS

1. Independent regions (1) 2. Agricultural valleys (4) 3. Mosaic of subcultures (8) 4. Nine percent parking (22) 5. Activity nodes (30) 6. Housing in between (48) 7. Hawkers center 8. Public transport and access 9. Web of drones

BUILDINGS

10. Access to water (25) 11. Green Street (51) 12. Accessible Green (60) 13. Building oriented to correct direction 14. Building oriented to prevailing wind 15. Five-Foot Way 16. Short Passages (132) 17. Flexibility for addition and reduction 18. Glare Controls 19. Openness 20. Damp proofing 21. Good drainage system 22. Large eaves 23. Raised on stilts 24. Renewable energy

CONSTRUCTION

25. Entrance transition (112) 26. Courtyards which live (115) 27. Sunny Place (161) 28. Light on two sides of every room (159) 29. Sleeping to the East (138) 30. Zen View (134) 31. Six-foot Balcony (167) 32. Fully Openable Windows 33. Steeply sloping roof 34. Gaps between overlapping roof eaves 35. Gables fitted with screens 36. Low thermal capacity materials 37. Floor Surface (233) 38. Timber dowels and wedges 39. Air-vent 40. Ornament (249)

* Reference pattern from ‘A Pattern Language’ by Christopher Alexander is cited in bracket () with number of pattern on book.

ALIVE - Tailored housing from Modularity & Tradition // 04.

ALIVE - Tailored housing from Modularity & Tradition // 05. ALIVE - Tailored housing from Modularity & Tradition // 05.

// How to customize your own house? // 1. First, a grid of 6(1600mm) x 8(1600mm) is provided. Spaces and modules can be arranged and combined in the provided grid with Five-foot Way grid rules. 2. There are 3 major type of roof typology and can be reflected and organized in varies of combination. 3. Number of people and space area determined and age group and disable people should be taken into notice while designing. 4. Consumer are able to tailor-made their community, which meaning they can choose the community and facilities which they prefer to be adjacent with. 5. Then, Malaysia Pattern language are selected to add values and characters to the design. Consumer is free to choose their own preferences from the 40 Malaysia Pattern Language provided. 6. All the openings can be designed in the multiples of x800mm. 7. Landscape, public corridors and roads also design based on the 1600mm grids. With staring from 400mm wide residential pedestrian street to 8000mm vehicle roads. 8. Spaces are flexible for addition and reduction. If family members grow, they can update from single person space to 2 bedrooms. It is also possible to add spaces in vertical direction, which is having ground and first floor.

* Why is the grid 1600mm? The 1600mm dimension originated from Five-foot Way architecture feature in shophouses Malaysia. Five-foot is approximate 1.6 meter.

Fig. 02 : Five-foot Way (Kaki Lima) found in front of shophouses in Malaysia

ALIVE - Tailored housing from Modularity & Tradition // 06.

Legends 1 Person 2 People 3-4 People 5-8 People Green

How to Tailor-made your house? 01 6(1600) x 8(1600) Grids 02 Roof Typology & Combination 03 Area & Number of People 04 Tailor-made Communities 05 Malaysia Pattern Language 06 Openings ALIVE - Tailored housing from Modularity & Tradition // 07.

Rules Five-Foot Way Grids // //// Rules ofof Five-Foot Way Grids // Rules of Five-Foot Way Grids //// // Rules of Five-Foot Way Grids // //// Rules RulesofofFive-Foot Five-FootWay WayGrids Grids////

Five-Foot Five-FootWay Way(Entrance (EntranceTransition) Transition): : Five-Foot Way Way (Entrance Transition) : Five-Foot (Entrance Transition) : 6(1600mm) 6(1600mm)xx1(1600mm) 1(1600mm) 6(1600mm) x 1(1600mm) 6(1600mm) x 1(1600mm) Five-Foot Way (Entrance Transition) : : Five-Foot Way (Entrance Transition) 6(1600mm) x 1(1600mm) 6(1600mm) x 1(1600mm)

Five-Foot x1.61.6 1.6 Meter Five-Foot Meter Five-Foot Meter Five-Foot 1.6 Meter 2 2 Area = 2.56m 2 Area 2.56m Five-Foot Meter 21.6 Area ==2.56m Five-Foot 1.6 Meter Area = 2.56m 2 Area = 2.56m Area = 2.56m2

1 Column 1 Column 1 Column 1 Column

1 Column 1 Column 2 ) 2) Type 0 (15.4m Type 02)(15.4m Type 0Type (15.4m 2 ) 0 (15.4m 2 6 Rows Type 0 (15.4m ) 6 Rows/ Rear Modules Type 0 (15.4m2) Entrance

6 Rows Rows 6 Rows66Rows

Facing -- Entrance / Rear Modules Facing Facing - Entrance / Rear Modules Facing - Entrance Always 4 Rows / 6 Rows / Rear Modules Always 4 Rows / 6 Rows Always 4 Rows / 6 Rows Facing - 4Entrance / Rear Modules Always Rows / 6 Rows Facing - Entrance / Rear Modules

Columns Columns : : :: Columns Columns Structural Panel Columns : Wall Structural Wall Panel Columns : Wall Structural Panel Structural Wall Panel Structural Wall Panel Structural Wall Panel

Always 4 Rows / 6 Rows Always 4 Rows / 6 Rows

Type 1 (30.7m2) Type 1 (30.7m Type 12)(30.7m2) Type 1 (30.7m2) Type 1 (30.7m2) Type 1 (30.7m2) 2 Type 1a (20.5m ) 2 Type 1a Type (20.5m2)(20.5m Type 1a1a (20.5m2) ) 2 Type 1a (20.5m ) Type 1a (20.5m2)

Rows Rows : : :: Rows Rows Non-Structural Wall Panel Rows : : Non-Structural Wall Panel Rows Non-Structural Wall Panel Non-Structural Wall Panel Non-Structural Wall Panel Non-Structural Wall Panel

Type 1a+2c (35.9m2) Type 1a+2c (35.9m2) 2 2 ) ) Type 1a+2c (35.9m Type 1a+2c (35.9m Type 1a+2c (35.9m2) Type 1a+2c (35.9m2)

Type 1c+2a (40.9m2) Type 1c+2a (40.9m2) 2 2 ) ) Type 1c+2a (40.9m Type 1c+2a (40.9m Type 1c+2a (40.9m2) Type 1c+2a (40.9m2)

Type 2 (46.1m2) Type 2 (46.1m2) 2 Type 2 (46.1m ) 2) 2 (46.1m 2 Type 2Type (46.1m ) Type 2 (46.1m2)

Type 2a (30.7m2) Type 2a (30.7m2) 2 ) 2) Type 2a2a (30.7m Type (30.7m 2 ) Type 2a (30.7m Type 2a (30.7m2)

Type 2b+1b (38.4m2) Type 2b+1b (38.4m2) Type 2b+1b (38.4m2) 2) Type 2b+1b ) Type 2b+1b (38.4m2(38.4m Type 2b+1b (38.4m2)

Interior Space Modules Interior Space Modules Interior Space Modules Flexible to be individual module or with combination Interior Modules Flexible to beSpace individual module or with combination Interior Space Modules Flexible to be individual module or with combination Interior Space Modules Flexible to be individual module or with combination

Flexible to be individual module or with combination Flexible to be individual module or with combination Type 1 (30.7m2) Type 1 (30.7m2) Type 1 (30.7m2) Type 1 (30.7m2) 2 Type 1 (30.7m 2 Type 1 (30.7m ) ) Type 1a (20.5m2) Type 1a (20.5m2) Type 1a (20.5m2) Type 1a (20.5m2) Type 1a (20.5m2) 2 Type 1a (20.5m )

6 Rows (1600mm) 8 Columns (1600mm) Grids 6 Rows (1600mm) x 8 xxColumns (1600mm) Grids : :: 6Rows Rows (1600mm) 8 Columns (1600mm) Grids 6 (1600mm) x 8 Columns (1600mm) Grids : areaarea With the maximum of 6(1600mm) x 8(1600mm) grids - 122.8m2, With the (1600mm) maximum ofx6(1600mm) x (1600mm) 8(1600mm) grids - 122.8m2, 6With Rows Grids 6 Rows (1600mm) x86(1600mm) 8Columns Columns Grids :: area With themaximum maximum 6(1600mm) xthe 8(1600mm) grids - 122.8m2, the ofof x (1600mm) 8(1600mm) grids area - 122.8m2, consumer can organize or reduce preference area they required

consumer can organizeofor6(1600mm) reduce thexpreference area they required With maximum 8(1600mm) grids area - 122.8m2, 122.8m2, With thethe maximum of 6(1600mm) x Modules 8(1600mm) grids area -required consumer canthe organize reducethe the preference area they required consumer can organize or reduce preference area they according to rules oformodules. can be added on vertical according to the rules of modules. Modules can be added on vertical consumer can organize ormodules. reduce the preference area they required according to the rules of Modules can be added on vertical consumer can organize or reduce the preference area they required 2 according to the rules of modules. Modules can be added on vertical 2 direction too (122.8m2 *2 = 245.6m ). ).2 2 Modules can be added on vertical direction too (122.8m2 *2 =of 245.6m according to the rules modules. according to the rules of modules. Modules can be added on vertical direction too (122.8m2 *2 = 245.6m ). direction too (122.8m2 *2 = 245.6m ). 2 2 ). direction (122.8m2 = 245.6m direction tootoo (122.8m2 *2*2 = 245.6m ).

Five-Foot Way (Type is always 6 Rows with 1 Column Five-Foot Way (Type 0) is0)always 6 Rows with 1 Column : : Five-Foot Way (Type 0) is always 6 Rows with 1 entrance Column : Five-Foot Way (Type 0) is always 6 Rows with 1 Column : transition 6(1600mm) x 1(1600mm). It is a semi-private space for 6(1600mm) x 1(1600mm). It is a semi-private space for entrance transition Five-Foot Way (Type 0) is always 6 Rows with 1 Column :: 6(1600mm) x 1(1600mm). It is a semi-private space for entrance transition 6(1600mm) x 1(1600mm). is aalways semi-private space for entrance transition Five-Foot Way (Type 0)Itis 6 and Rows with 1 Column and interaction space between public building owner. and interaction space between public and building owner.

6(1600mm) x 1(1600mm). It aissemi-private apublic semi-private spacefor forowner. entrancetransition transition and interaction space between public and building and interaction space between and building owner. 6(1600mm) x 1(1600mm). It is space entrance and interaction space between public and building owner. andFacing interaction space between public and - Entrance / Rear Modules Facing - Entrance / Rear Modules : : building owner. Facing- Entrance - Entrance / Rear Modules Facing / Rear Modules : : / 4 Columns. Including 7 Modules, always in 6 Columns / 4 Columns. to ensure Including 7 Modules, always in 6 Columns ThisThis is toisensure Facing -7Entrance / spaces Rear Modules : / 4/ Columns. Including 7 Modules, always in 6 Columns 4 Columns. This is to to ensure Including Modules, always in 6 Columns This is to ensure the functionality of and provides inviting entrance public Facing Entrance / Rear Modules : the functionality of spaces and provides inviting entrance to public Including 7 Modules, always in 6 Columns / 4 Columns. This is to ensure the functionality of spaces and provides inviting entrance public the functionality of spaces and provides /inviting entrance totopublic Including 7 Modules, always in 6 Columns 4 Columns. This is ensure space like living room. space like living room.of spaces and provides inviting entrance to public the functionality space like living room. space like living room. the functionality of spaces and provides inviting entrance to public space like living room. space like living room. Interior Space Modules Interior Space Modules : : InteriorSpace Space Modules Interior Modules : : have Including 8 Modules, consumers have more flexibility to arrange Including 8 Modules, consumers more flexibility to arrange andand Interior Space Modules Including 8 Modules, consumers have more flexibility arrange and Including 8 Modules, consumers have more flexibility to- to arrange and combine the 8 Modules modules on: :the space of Facing Entrance / Rear combine the 8 modules on the left left overover space of Facing - Entrance / Rear Interior Space Including 8 Modules, consumers have more flexibility to arrange and combine the 8 modules on the left over space of Facing Entrance / Rear combine the 8 modules on the left over space of Facing Entrance / Rear module 6 consumers Rows x 8 Columns grids. flexibility to arrange and module within thethe 6 Rows x 8 Columns grids. Including 8within Modules, have more combine the 8the modules on left over space of Facing - Entrance / Rear module within 6 Rows x 8xthe Columns grids. module within the 6 Rows 8 Columns grids. combine 8 modules on the over space modulethe within the 6 Rows x 8left Columns grids.of Facing - Entrance / Rear - Tailored housing Modularity & Tradition module within the 6 Rows x 8 Columns grids. ALIVEALIVE - Tailored housing fromfrom Modularity & Tradition

ALIVE - Tailored housing Modularity & Tradition ALIVE - Tailored housing Modularity & Tradition // from 08. // from 08. // //08. 08. Modularity & Tradition ALIVE - Tailored housing from ALIVE - Tailored housing//from 08.Modularity & Tradition // 08.

Type 1b (15.4m2) Type 1b (15.4m2) 2 1b (15.4m ) 2 TypeType 1b (15.4m ) 2 Type (15.4m 2 Type 1b1b (15.4m ) ) 2 Type 1c (10.2m ) 2 Type 1c (10.2m ) 2 1c (10.2m ) 2 ) TypeType 1c (10.2m Type 1c (10.2m2) Type 1c (10.2m2)

2 (46.1m ) 2 Type 2Type (46.1m ) 2 2 2 (46.1m ) ) TypeType 2 (46.1m 2

2 Type 2 (46.1m ) 2) Type 2 (46.1m

) Type 2a (30.7m 2 ) Type 2a (30.7m 2 2 ) 2a (30.7m ) TypeType 2a (30.7m 2

Type 2a (30.7m2) 2 Type 2a (30.7m ) Type 2b (23.0m ) 2 Type 2b (23.0m ) 2 2 2b (23.0m ) TypeType 2b (23.0m ) 2

2 Type 2b2b (23.0m ) 2) Type (23.0m

Type 2c (15.4m ) 2 Type 2c (15.4m ) 2 2 2c (15.4m ) TypeType 2c (15.4m ) 2

Type 2c (15.4m2) 2 Type 2c (15.4m )

Structural Wall Panels 6 Structural Structural Wall Wall Panels Panels 66

There are types of Structural wall panels which can make up all design in basic modules. Panel height divided into 6.4 meter, upall alldesign designin in88 basicmodules. modules.Panel Panelheight heightdivided dividedinto into6.4 6.4meter, meter, There There are are 66 6 types types of of Structural Structural wall wall panels panels which which can can make make up up all design in 88basic basic modules. Panel height divided into 6.4 meter, 8.0 meter, and 9.6 meter. It comes in the width of 2 columns (3.2 meter) and 3 columns (4.8 meter). columns(3.2 (3.2meter) meter)and and333columns columns(4.8 (4.8meter). meter). 8.0 meter, meter, and and 9.6 9.6 meter. meter. ItIt comes comes in in the the width width of of 22 columns columns (3.2 meter) and columns (4.8 meter). 8.0 12 Roof Panels 12 12 Roof Roof Panels Panels

When types of structural wall panels combine with roof panels, module formed. Roof panels consist of 12 types, with different When When 66 6 types types of of structural structural wall wall panels panels combine combine with with roof roof panels, panels, module formed. Roof panels consist of 12 types, with different panels,aaaamodule moduleformed. formed.Roof Roofpanels panelsconsist consistof of12 12types, types,with withdifferent different angles of slope which derive from different combination of wall panels’ height. angles angles of of slope slope which which derive derive from from different different combination combination of of wall panels’ height. ofwall wallpanels’ panels’height. height. Roof Typology Roof Roof Typology Typology

After the combination of wall panels and roof panels, from roof typology we can found out basic types of modules which can After the the combination combination of of wall wall panels panels and and roof roof panels, panels, from from roof roof typology we can found out 88basic basic types of modules which can rooftypology typologywe wecan canfound foundout out88 basictypes typesof ofmodules moduleswhich whichcan can After be used throughout the design. be be used used throughout throughout the the design. design. Basic Modules 88 8 Basic Basic Modules Modules

ALIVE Tailored housing from Modularity Tradition ALIVE Tailored housing from Modularity && Tradition ALIVE Tailored housing from Modularity &&Tradition Tradition ALIVE-----Tailored Tailoredhousing housingfrom fromModularity Modularity& Tradition ALIVE // 09. // 09. // 09. 09. //// 09.

ModulesCombination Combination Modules Modules Combination Modules Combination Five-FootWay Way(Entrance (EntranceTransition) Transition) Five-Foot Five-Foot Way (Entrance Five-Foot Way Transition) Fixed 1 Column /(Entrance 6 Rows Transition) Fixed 1 Column 6 Rows Fixed 1 Column / 6 //Rows Fixed 1 Column 6 Rows

BasicModule Module Basic Basic Module Basic Module

Additionalmodule module Additional Additional Additional Flexible module formodule additional Facing- Entrance - Entrance/ Rear / Rear Facing Facing - Entrance Facing -6Entrance / Rear Always Rows or /4 Rear Rows. Consists of public spaces like living

Flexibleforforadditional additionalor oror Flexible Flexible for interior additionalspaces or reduction reduction interior spaces reduction interior spaces reduction interior spaces modules to basic module modules to basic module modules to basic module modules to basic module

Always 6 Rows 4 Rows. Consists of public spaces living Always 6 Rows or 4or Rows. Consists of public spaces likelike living Always 6dining Rows or 4 Rows. Consists of public spaces like living room, space. room, dining space. room, dining space. room, dining space.

Raisedon onstilt stilt Raised Raised stilt Raised on stilt Flooron can be raised up from Floor raised from Floor cancan be be raised upup from Floor can be raised up from floor level for ventilation floor level for ventilation floor level for ventilation floor level for ventilation

InteriorSpaces Spaces Interior Interior Spaces Interior Spaces The left over spaces after Facing Modules. Flexible, can be over spaces after Facing Modules. Flexible, TheThe leftleft over spaces after Facing Modules. Flexible, cancan be be The left over spaces after Facing Modules. Flexible, can be arranged individually with combination. arranged individually oror with combination. arranged individually or with combination. arranged individually or with combination.

ALIVE - Tailored housing from Modularity Tradition ALIVE - Tailored housing from Modularity && Tradition ALIVE - Tailored housing from Modularity & Tradition ALIVE - Tailored housing from Modularity & Tradition // 10. 10. // // //10.10.

Facing - Entrance / Rear Modules Combination Facing - Entrance / Rear Modules Combination

ALIVE - Tailored housing from Modularity & Tradition ALIVE - Tailored housing // from 11. Modularity & Tradition // 11.

Location Plan

Legends 01 Cafe 02 Park 03 Study Room 04 Multipurpose Hall 05 Meeting Room 06 Drop-off Area 07 Playground 08 Sport Center 09 Elderly Center 10 Hawker Center 11 Community Center 12 Park 13 Playground 14 Childcare Center 15 Car Park 16 MRT Station 17 Agriculture Area

15m

20m

Site Plan

// Architecture development & drawings // Consumer can customize their own preference house with area they needed within the 6(1600mm) x 8(1600mm) 8(1600mm) grid. grid. They They also also can can enrich enrich the the design design by by adopting adopting Malaysia Malaysia Pattern Pattern Language. Language. Several Several example example of of plans plans are are shown shown below below :: Type Type A, A, Type Type B, B, Type Type C C and and others others which which suitable suitable for for single, single, couples couples and and family. family. Fig. Fig. 03 03 :: Malaysia Malaysia Pattern Pattern Language Language

Fig. Fig. 04: 04: Number Number of of people people & & area area suggestion suggestion

Type A

1600mm 1600mm Grids Grids (Type (Type A) A)

Roof Roof Typology Typology (Type (Type A) A)

Ground Floor Plan (Type A - Basic)

Roof Roof Plan Plan (Type (Type A) A)

1.6m

3.2m

ALIVE ALIVE -- Tailored Tailored housing housing from from Modularity Modularity & & Tradition Tradition // // 13. 13.

Facing Facing & & Interior Interior Modules Modules (Type (Type A) A)

Type A is the basic floor plan with 2 units : 1 person space (35.8m222) and 2 people space (53.8m222). Type A Type A is is the the basic basic floor floor plan plan with with 22 units units :: 11 person person space space (35.8m (35.8m )) and and 22 people people space space (53.8m (53.8m ).). Type Aa is the floor plan with 2 units, 2 people space (53.8m222) and 2-3 people space (46.1m222). Additional and 2-3 2-3 people people space space (46.1m (46.1m ).). Additional Additional Type Aa is floor with 2 units, 22 people space (53.8m Type Aaspace is the themodule floor plan plan with units, people space (53.8m )) and 2 2 interior (type 1c)2to 1 person space (35.8m 2) and it becomes 2-3 people space (46.1m22). 2 interior space space module module (type (type 1c) 1c) to to 11 person person space space (35.8m (35.8m )) and and it it becomes becomes 2-3 2-3 people people space space (46.1m (46.1m ).). interior Type Ab is the floor plan with 2 units, 1 person space (35.8m222) and 3-4 people space (64.0m222). Additional and 3-4 people people space space (64.0m (64.0m ).).2 Additional Additional Type Ab is floor with 2 units, 11 person space (35.8m )) and Type Abspace is the themodule floor plan plan with units, person space interior (type 1c)2to 2 people space and (35.8m it becomes a 3-4 3-4 people space. (64.0 m22). ). interior space module (type 1c) to 2 people space and it becomes a 3-4 people space. (64.0 m interior space module (type 1c) to 2 people space and it becomes a 3-4 people space. (64.0 m ). Type Ac is a floor plan with 2 units, 1 person space (35.8m222) and 3-5 people space (117.7 m222). Additional Type Ac is plan 22 units, 1 space (35.8m )) and and 3-5 3-5 people people space space (117.7 m m ).). Additional Additional Type Acspace is aa floor floor plan with with units, 1 person person space (35.8m interior modules (type 1b + 1c + 2b) on vertical, which is creating 1st floor,(117.7 make the original 2 interior space modules (type 1b + 1c + 2b) on vertical, which is creating 1st floor, make the original 2 interior spaceinmodules (type 1ba +3-5 1cpeople + 2b) space on vertical, people space Type A become (117.7which m222). is creating 1st floor, make the original 2 people space space in in Type Type A A become become aa 3-5 3-5 people people space space (117.7 (117.7 m m ).). people Type Ad (Dual-key) is a floor plan with 3 units, 1 person space (35.8m22) and 2 units of 2 people space Type Ad (Dual-key) is a floor plan with 3 units, 1 person space (35.8m2) and 2 units of 2 people space Type 2 (Dual-key) 2is a floor plan with 3 units, 1 person space (35.8m ) and 2 units of 2 people space (56.3mAd 2) and (69.1m22). Additional interior space modules (3x type 1b + 2b) on vertical, which is creating 1st 2 and (69.1m (69.1m ).). Additional Additional interior interior space space modules modules (3x (3x type type 1b 1b + + 2b) 2b) on on vertical, vertical, which which is is creating creating 1st 1st (56.3m )) and (56.3m floor with another 2 people individual unit (69.1m22). 2 ). floor with another 2 people individual unit (69.1m floor with another 2 people individual unit (69.1m ).

Type Aa & Ab Type Aa Type Aa & & Ab Ab

Roof Plan (Type Aa + Ab) Roof Plan (Type Aa + Ab) Roof Plan (Type Aa + Ab)

0 0

1.6m 1.6m

3.2m 3.2m

Ground Floor Plan (Type Aa) Ground Floor Plan (Type Aa) Ground Floor Plan (Type Aa)

Facing & Interior Space Facing & Interior Space Modules (TypeSpace Aa) Facing & Interior Modules (Type Aa) Modules (Type Aa)

Facing & Interior Space Facing & Interior Space Modules (TypeSpace Ab) Facing & Interior Modules (Type Ab) Modules (Type Ab)

0 0

1.6m 1.6m

3.2m 3.2m

Ground Floor Plan (Type Ab) Ground Floor Plan (Type Ab) Ground Floor Plan (Type Ab) ALIVE - Tailored housing from Modularity & Tradition ALIVE - Tailored housing from Modularity & Tradition 14.Modularity ALIVE - Tailored housing//from & Tradition // 14. // 14.

Type Ac Type Type TypeAc Ac

RoofPlan Plan(Type (TypeAc) Ac) Roof Roof RoofPlan Plan (Type (Type Ac) Ac)

Facing && & Interior Interior Space Space Modules Facing Facing Facing &Interior Interior SpaceModules Modules Ground Floor Floor (Type Ac) Ac) Ground Ground Ground Floor(Type (Type Ac)

Facing && Interior Interior Space Space Modules Modules Facing Facing & Interior Interior Space Space Modules Modules First Floor Floor (Type (Type Ac) First First Floor Floor (Type Ac) Ac)

Ground Floor Plan Ground Ground Floor Floor Plan Plan (Type Ac) (Type Ac) (Type Ac)

First Floor Plan First First Floor Floor Plan Plan (Type Ac) (Type (Type Ac) Ac)

000

1.6m 3.2m 3.2m 1.6m 1.6m 3.2m

000

1.6m 3.2m 3.2m 1.6m 1.6m 3.2m

Type Ad Type Type TypeAd Ad

RoofPlan Plan(Type (TypeAd) Ad) Roof Roof RoofPlan Plan (Type (Type Ad) Ad)

Facing && & Interior Interior Space Space Modules Facing Facing Facing &Interior Interior SpaceModules Modules Ground Floor Floor (Type Ad) Ad) Ground Ground Ground Floor(Type (Type Ad)

Facing && Interior Interior Space Space Modules Modules Facing Facing & Interior Interior Space Space Modules Modules First Floor Floor (Type (Type Ad) Ad) First First Floor Floor (Type (Type Ad) Ad)

Ground Floor Plan Ground Ground Floor Floor Plan Plan (Type Ad) (Type Ad) (Type Ad)

First Floor Plan First First Floor Floor Plan Plan (Type Ad : Dual-Key) (Type (Type Ad Ad :: Dual-Key) Dual-Key)

0000

1.6m 3.2m 3.2m 1.6m 1.6m 1.6m 3.2m 3.2m

000

1.6m 3.2m 3.2m 1.6m 1.6m 3.2m

ALIVE---Tailored Tailored housing housing from from Modularity && Tradition Tradition ALIVE ALIVE ALIVE - Tailored Tailored housing housing fromModularity Modularity & Tradition // 15. 15. // // // 15.

Type BB B TypeType Type B

Roof (Type B)B)(Type B) Roof Plan RoofPlan Plan (Type Roof Plan (Type B)

Roof (Type Ba &&Bb) Roof Plan (Type Ba & Bb) RoofPlan Plan (Type Ba Bb) Roof Plan (Type Ba & Bb)

Facing & Space Interior Space Module Facing&Facing &Interior Interior SpaceModule Module (Type B) Facing & Interior B) (Type Space B)(TypeModule (Type B)

Facing & Space Interior Space Module Facing&Facing &Interior Interior SpaceModule Module Ba & Bb) Facing (Type &(Type Interior Space (Type Ba Module & Bb) Ba & Bb) (Type Ba & Bb)

Type BBisisthe floor plan B isbasic the basic plan TypeType the basic floorfloor planwith with2with 2 2 2 Typeunits Bpeople is :the basic floor plan with 2 2 units : 2 space (51.2m ). 2 2 people (51.2m units : 2 people spacespace (51.2m ). ). units : 2 people space (51.2m2). Type Ba Ba the plan floor plan 3 units, TypeType Baisisthe theisfloor floor planwith with3with 32units, units, Type Ba is the floor plan with 3 units, 22units of 2 people space (51.2m ) and 2 2 units of 2 people (51.2m units of 2 people space2space (51.2m ) and2) and 2 ) and units of 2 people space (51.2m 2 112person space (20.5m ). Additional 2 1 person (20.5m ). Additional person spacespace (20.5m ). Additional 2 1 person space (20.5m ). Additional interior space modules (2x interior modules (2x 1c) type interior spacespace modules (2xtype type 1c)isis1c) is interior space modules (2x type 1c) is adding to original empty green area. adding to original empty adding to original empty greengreen area.area. adding to original empty green area. Type Bb Bb the plan floor plan 3 units, TypeType Bbisisthe theisfloor floor planwith with3with 3units, units, 2 Bb is the floor plan with 3 units, 22Type units of 2 people space (51.2m )2) 2) 2 units 2 people (51.2m units of 2 of people spacespace (51.2m 2 2) 2 units of 2 people space (51.2m 2 and 4and officeoffice (20.5m 2). ). 4 people (20.5m and 4 people people office space spacespace (20.5m 2). and Additional 4 people office space (20.5m ). Additional interior space modules interior modules Additional interior spacespace modules Additional interior space modules (2x type 1c) is adding to original (2x type is adding to original (2x type 1c) is1c)adding to original (2x empty type 1c) is adding to original empty green area. green area. empty green area. empty green area. Ground Floor Floor Plan (Type B - Basic) Ground Plan (Type B - Basic) Ground GroundFloor FloorPlan Plan(Type (TypeBB--Basic) Basic) Type Type Ba & Bb Ba & Bb Type Type Ba Ba & & Bb Bb

0 0

1.6m 0 3.2m 1.6m 3.2m 0 1.6m 3.2m(Type Floor Plan

Ground Ba) Ba) Ground Floor Plan (Type Ground Floor Plan (Type Ground Floor Plan (TypeBa) Ba)

1.6m 3.2m 0 1.6m 3.2m 1.6m 3.2m

0 0

1.6m 0 3.2m 1.6m 3.2m 1.6m 3.2m

Ground Floor Floor Plan (Type Bb) Bb) Ground Plan (Type Ground Floor Plan (Type Ground Floor Plan (TypeBb) Bb)

ALIVE - Tailored housing housing from Modularity & Tradition ALIVE - Tailored from Modularity & Tradition // from 16. Modularity ALIVE &&Tradition ALIVE--Tailored Tailoredhousing housing from Tradition //Modularity 16. //// 16. 16.

Type Type Type CC TypeCC Type the basic floor plan with unit Type Type CCisis is the basic floor plan with unit TypeCC isthe thebasic basicfloor floorplan planwith with1111unit unit::::4444 2 2 people space (102.4m people peoplespace space(102.4m (102.4m22).).). Type Ca the floor plan with 11 unit unit 4-6 Type Type Ca is the the floor plan with unit 4-6 Type Ca Ca isis the floor floor plan plan with with 11 unit :::: 4-6 4-6 2 2 22). ). Additional interior people space (112.6m people space (112.6m Additional interior people space (112.6m ). Additional Additional interior interior space modules with type 1c. space spacemodules moduleswith withtype type1c. 1c. Type Cb the floor plan with 11 unit unit 5-8 Type Type Cb is the the floor plan with unit 5-8 Type Cb Cb isis the floor floor plan plan with with 11 unit :::: 5-8 5-8 2222). Additional interior people space (156.2m people Additional interior Additionalinterior interior peoplespace space(156.2m (156.2m ).).Additional space modules with type 1c. space modules with type 1c. space modules with type 1c.

Roof Plan (Type C) Roof Roof RoofPlan Plan Plan(Type (Type (TypeC) C) C)

Facing &&Interior Interior Space Module Facing Facing Facing&& Interior InteriorSpace Space SpaceModule Module Module (Type C) (Type (Type (TypeC) C) C)

0000

Facing &&Interior Interior Space Module Facing Facing Facing&& Interior InteriorSpace Space SpaceModule Module Module (Type Ca) (Type (Type (TypeCa) Ca) Ca)

1.6m 3.2m 1.6m 1.6m 1.6m 3.2m 3.2m 3.2m

Ground Floor Plan (Type Ca) Ground Ca) GroundFloor FloorPlan Plan(Type (TypeCa) Ca)

3.2m 3.2m 3.2m 3.2m

Ground Floor Plan (Type CC----Basic) Basic) Ground Ground Floor Plan (Type Basic) GroundFloor FloorPlan Plan(Type (TypeCC Basic)

Type Ca & Cb Type Type Ca &Cb Cb TypeCa Ca&

Roof Plan (Type Ca &&Cb) Cb) Roof Roof RoofPlan Plan Plan(Type (Type (TypeCa Ca Ca&& Cb) Cb)

1.6m 1.6m 1.6m 1.6m

Facing &&Interior Interior Space Module Facing Facing Facing&& Interior InteriorSpace Space SpaceModule Module Module Ground Floor (Type Cb) Ground Ground GroundFloor Floor Floor(Type (Type (TypeCb) Cb) Cb)

0000

1.6m 3.2m 1.6m 1.6m 1.6m 3.2m 3.2m 3.2m

Ground Floor Plan (Type Cb) Ground Ground Floor Plan (Type Cb) GroundFloor FloorPlan Plan(Type (TypeCb) Cb) ALIVE Tailored housing from Modularity &&Tradition Tradition ALIVE ALIVE ALIVE----Tailored Tailored Tailoredhousing housing housingfrom from fromModularity Modularity Modularity&& Tradition Tradition //// 17. 17. // // 17. 17.

Facing &&Interior Interior Space Module Facing Facing Facing&& Interior InteriorSpace Space SpaceModule Module Module First Floor (Type Cb) First First FirstFloor Floor Floor(Type (Type (TypeCb) Cb) Cb)

0000

1.6m 3.2m 1.6m 1.6m 1.6m 3.2m 3.2m 3.2m

First Floor Plan (Type Cb) First First Floor Plan (Type Cb) FirstFloor FloorPlan Plan(Type (TypeCb) Cb)

Type D Type D is the basic floor plan with 2 units : 2 people space (61.4m2) and 1 person space (41.0m2). Type Da is the floor plan with 2 units : 3-4 people space (71.7m2) and 1 person space (41.0m2). Additional interior space modules with type 1c.

2 People 61.4 m2

Type Db is the floor plan with 2 units : 2 people space (61.4m2) and 2-3 people space (51.2m2). Additional interior space modules with type 1c.

1 Person 41.0 m2

Roof Plan (Type D)

Facing & Interior Space Module (Type D)

1.6m

3.2m

Ground Floor Plan (Type D - Basic)

Type Da & Db

Roof Plan (Type Da & Db) 0

1.6m

Facing & Interior Space Module (Type Da & Db) 0

3.2m

3-4 People

2 People

71.7 m2

61.4 m2

1 Person

2-3 People

41.0 m2

51.2 m2

Ground Floor Plan (Type Da) ALIVE - Tailored housing from Modularity & Tradition // 18.

1.6m

Ground Floor Plan (Type Db)

3.2m

Type E Type E is the basic floor plan with 2 units : 3-4 people space (71.7m2) and 1 person space (35.8m2). Type Ea is the floor plan with 2 units : 3-4 people space (71.7m2) and 2 people space (46.1m2). Additional interior space modules with type 1c.

3-4 People 71.7 m2

Type Eb is the floor plan with 2 units : 4-6 people space (117.8m2) and 2 people space (46.1m2). Additional interior space modules with 3x type 1b.

1 Person 35.8 m2

Facing & Interior Space Module (Type E)

Roof Plan (Type E)

1.6m

3.2m

Ground Floor Plan (Type E - Basic)

Type Ea & Eb

Roof Plan (Type Ea & Eb)

Facing & Interior Space Module (Type Ea)

Facing & Interior Space Module Ground Floor (Type Eb)

Facing & Interior Space Module First Floor (Type Eb)

1.6m

3-4 People

4-6 People

71.7 m2

117.8 m2

2 People 46.1 m2

3.2m

2 People 46.1 m2

Ground Floor Plan (Type Ea)

Ground Floor Plan (Type Eb)

ALIVE - Tailored housing from Modularity & Tradition // 19.

First Floor Plan (Type Eb)

// Isometric Exploded //

ALIVE - Tailored housing from Modularity & Tradition // 20.

// Construction Details and Materials //

ALIVE - Tailored housing from Modularity & Tradition // 21.

Construction Details of Wood Shingles Roof with CLT - Cross Laminated Timber Panels Scale 1:20

// BIM Helps Construction // //B How Utilized of BIM C D E F G H in Modular Customization //

1600

B 1600

C 1600

D 1600

E 1600

F 1600

G 1600

H 1600

1600

Consumer can customize their own preference house easily within the 6(1600mm) x 8(1600mm) grid Building Information Modeling (BIM) authoring tools to make plans and detailed 3D models. Consumers provided in BIM software, with the area, materials, openings size, roof 1 typology, rooms layout they prefered. can experiment with the design and have 3D visual of their future house. Architects can also identify Also, consumer also can check on the construction price with own customised areas, materials and W W W potential W W issues before construction process. All information and ideas are stored in a shared location that 2 2/6.4 2/9.6 2/6.4 2/9.6 2/8.0 38m openings size easily on BIM before precast production. BIM is ideal for making modular and prefabricated Pax clients, architects,1 contractors and collaborators have access to. Every phase of construction and design is construction. 3 efficient, safe and cost-effective. 1600

W 2/8.0

1600

W 2/8.0

W 2/6.4

2/8.0 With BIM software, all information and ideas are stored in a shared location, communication and updates BIM software is ideal for making detailed production models that can later be prefabricated off-site. between client, consultants and builder can be done efficiently. 5Consumer also able to visualize their With the Five-Foot way grid, consumer can decide the area needed and picks the modules which they future house in BIM Visual 3D Model. W 6 prefer, and create own customised house with the helps of architects. 2/8.0 1600

W 2/6.4

W 2/8.0

1600

W 3/6.4

W 2/8.0

B 1600

C 1600

D 1600

E 1600

F 1600

G 1600

8 1600

1600

53m2 2 Pax

1600

C WD

1600

71m2 2 Pax

1600

W 3/6.4

2/8.0 1600

1600

9 1 1600

1600

4 5 1600

F E GF

1600 1600 1600 7 1600 1600 1600 1600 1600 1600 1600 1600 1600

1600

Cost per sqm

1 Pax Five-foot way grid line 1 Pax 400 15.02 m³ 50.00 1877.13 (1600x1600mm)

Length2

Type

st Storey

F E GF

1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600

H 1600

2 Height

Wall Schedule -

Width 2/6.4

W W 2/6.4 Area 2/9.6

Customised Floor Area -

W 2/9.6 Cost

1600

W 2/8.0

1600 1600 1600 1600

1600

1600 1600 1600 1600

1600 1600 1600

Cost per sqm

W 3/6.4

1600

1600 1600

1600

1st Storey

1600

38 m²

1600

st Storey

1600

W Cost 2/8.0

Wall panels to combine and make modules

st Storey

1600

Default W W 2/9.6Level 38mThickness 2 2/8.0 38m2 Volume

1600

1600 1600 1600 1600 1600 1600

1st Storey Storey 1100 1 :

Level

Exterior 6400 20 m² 3 3150 3 Glazing Generic 1600 4050 150 6 m² W W W 150mm 71 m² 1st Storey 400 28.32 m³ 50.00W 3539.44 2/6.4 4 2/6.4 4 2/8.0 2/8.0 Generic 1613 9600 150 14 m² A B C D E F G H A B C D E F G H 150mm 53 m² 2nd Storey 400 21.08 m³ 50.00 2634.98 Generic 4725 1600 3600 150 10 m² 1600 5 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 - 16005 150mm Generic 4800 9600 150 W 37 m² W 16 m² 1st Storey 400 6.22 m³ 150mm 1 1 62/8.0 6 2/8.0 10 m² 1st Storey 400 4.10 m³ 1675 3150 80 5 m² Interior DN W W W W W W 79mm 2 2 71m2 2 71m2 2/6.4 2/9.6 2/6.4 2/9.6 2/8.0 53m2/8.0 53m2 Partition 7 7 2 Pax 2 Pax 2 Pax 2 Pax (1-hr) W W UP 3 3 UP 3/6.4 3/6.4 Interior 2420 6400 150 W 15 m² Roof Schedule W W 82/8.0 150mm W8 W W W 2/8.0 2/8.0 4 4 2/8.0 2/6.4 2/8.0 Type Base Level Area Interior 3187 2/6.4 3150 150 10 m² 150mm 5 9 6400 9 150 Interior 3187 16 m² R 2/4.5 Level 6.4m5 15 m² 150mm W R 2/5.0 Level 8.0m 17 m² W 2/8.0 6 2/8.0 6 Interior 3187 9600 150 29 m² R 2/5.0 Level 8.0m 16 m² 150mm R 2/5.0 Level 8.0m 17 m² 7 7 Interior 3200 6400 150 15 m² R 2/5.7 Level 6.4m 19 m² W W UP 150mm 3/6.4 3/6.4 R 2/6.6 Level 8.0m 22 m² W W 8 Interior 3200 6400 150 20 m² 8 2/8.0 2/8.0 R 3/5.7 Level 6.4m 29 m² 150mm R 800mm Level 6.4m 4 m² Interior 4720 3150 100 1 : 100 10 m² 9 1 : 100 150 9 R 800mm Level 8.0m 5 m² 150mm R 800mm Level 6.4m 5 m² Interior 4800 6400 150 31 m² R 800mm Level 8.0m 4 m² 150mm Interior 4880 6400 150 23 m² 150mm Interior 6400 3150 150 11 m² 150mm Interior 7180 6400 150 39 m² 150mm Window Schedule Interior 9600 6400 150 39 m² Floor Schedule Wall Schedule Type Width Height Floor Sill Schedule Height Wall Schedule 150mm ledge Default Cost per Default Cost per 800x800 800 800 1600 Thickness sqm Type Area Level Cost Type Length Height Area Thickness sqm Type Length Height Width Cost ledge1 1Width m²Area Type Area Level Volume Volume Cost 800x800 800 800 1600 ledge1 1 m² 800x800 800 38800 m²Storey 1st1600 Storey 400 m³ 50.00 6400 3150 20100.00 m² W 2/6.4 Exterior 3280 6400 150 21 Exterior 6400 3150 20 m² 38 m² 1st 400 15.02 m³ 15.02 50.00 1877.13 1877.13 Generic Generic Floor 800x1600 8001600 1200 Glazing Floor W 2/6.4 Glazing 3350 6400 150 15 m² 100.00 1pax 1pax 1600 4050 150 6 m² 800x1600 800 1600 1200 Generic 1600 4050 150 6 m² W 2/8.0 - Generic 3050 8000 150 14 m² 100.00 150mm 712000 m²Storey 1st400 Storey 400 m³ 50.00 150mm 71 m² 1st 28.32 m³ 28.32 50.00 3539.44 3539.44 Generic Generic 800x2000 800 W 2/8.0 3200 8000 150 22 m² 100.00 Floor Floor Generic 1613 9600 150 14 m² Generic 1613 9600 150 14 m² 800x2000 800 2000 400 W 2/8.0 3213 8000 150 21 m² 100.00 2pax 2pax 150mm 150mm 800x2000 800 2000 400 W 2/8.0 3280 8000 150 20 m² 100.00 532nd m² Storey2nd Storey 400 m³ 50.00 53 m² 400 21.08 m³ 21.08 50.00 2634.98 2634.98 Generic Generic 4725 3600 150 10 m² Generic - Generic 4725 3600 150 10 m² 800x2000 Floor 8002000 400 W 2/9.6 150mm 3200 9600 150 28 m² 100.00 Floor 150mm 800x2000 800upper 2000 400 W 3/6.4 Generic 4800 6400 150 27 m² 2pax upper2pax 4800 9600 150 37100.00 m² Generic 4800 9600 150 37 m² 800x2000 800 deck 162000 m²Storey 1st800 Storey 400 W 800mm 150mm 720 6400 150 5 m² deck 16 m² 1st 400 6.22 m³ 6.22 m³ 150mm 800x2000 800 grass 102000 m²Storey 1st800 Storey 400 W 800mm 720 8000 150 m² grass 10 m² 1st 400 4.10 m³ 4.10 m³ 1675 3150 806 5 m² Interior 1675 3150 80 5 m² Interior ALIVE - Tailored housing from Modularity & Tradition 800x2000 800 2000 800 W 800mm 79mm 862 8000 150 7 m² 79mm 800x2000 800 2000 1200 // 22. W Partition 800mm Partition 875 6400 150 6 m² (1-hr) ALIVE - Tailored housing from Modularity & Tradition (1-hr) 800x2000 800 2000 1200 window 1 m² Interior 2420 6400 150 15 m² Interior 2420 6400 150 15 m² 800x2000 Roof 800 Schedule 2000 1200 // 22. frame Roof Schedule 150mm 150mm 800x2000 800 2000 1200 window 1 m²

Generic Floor 1pax W GenericW 2/6.4Floor - 2/6.4 2pax Generic Floor 2pax upper W deck 2/8.0 grass

W 2/8.0

9 Floor Schedule

1600

W 2/8.0

W Area 2/9.6

9 W Type 2/6.4

W 2/6.4

1 : 100

1600

2nd Storey

1600

100

1600

Storey

1600

-2 -

1600

2nd Storey 2nd Storey 2

Customised Openings

Cost per Cost per sqm Cost sqm 2099.20 1520.00 1380.00 2203.88 2122.15 1952.00 2752.00 2736.00

W 3/6.4

4 5

W 2/8.0

W 2/8.0 W 2/8.0

5 6 71m2 2 Pax 71m2 2 Pax

6 7 UP

W 3/6.4

7 8

1600

D 1600

W 2/6.4

E 1600

F 1600

G 1600

1600

H 1600

W 2/9.6

W 2/6.4

W 2/8.0

W 2/9.6

W 2/8.0

W 2/6.4

W 2/8.0

W 2/6.4

W 2/8.0

W 2/8.0 DN

W 2/8.0

53m2 2 Pax DN 53m2 2 Pax

W 2/8.0

W 3/6.4 W 3/6.4

1st Storey

1600

W 2/8.0

1600

3 4

1600

2 3

W 2/8.0

1600

W 2/8.0

38m2 1 Pax

1600

1 2

1600

W 2/8.0

38m2 1 Pax

B 1600

1600

W 2/6.4

W 2/8.0

B 1600

1600

G 1600

1600

F 1600

H 1600

1600

E 1600

G 1600

1600

W 2/9.6

F 1600

1600

1600 1600 1600 1600

1600 1600 1600

D 1600

W 2/9.6

W 2/6.4

E 1600

1600

D 1600

C 1600

W 2/6.4

1600

7 6

1600

6 5

1600

5 4

1600

4 3

W 2/6.4

1600

3 2

A 1600

2 1

C 1600

1600

B 1600

1600

1 :1st 100 200 Storey

1 : 100 200

2nd Storey 2 2nd 1 : Storey 100 200 1 : 100 200

Revit’s Visual 3D Revit’s Visual 3D Model

Model

Revit’s Sectional Perspective

Revit’s Sectional

ALIVE - Tailored housing from Modularity & Tradition Perspective // 23. ALIVE - Tailored housing from Modularity & Tradition ALIVE - Tailored housing // from 23. Modularity & Tradition

// 23.

1. Wood Shingles 2. Timber Cladding 3. Clay Roof Tiles 4. Prefinished Fiber Cement Panels 2.

Fig. 05 : Building perspective with materials

ALIVE - Tailored housing from Modularity & Tradition ALIVE - Tailored housing//from 22.Modularity & Tradition // 24.

// // Visual Visual Presentation Presentation Images Images // //

Fig. 06 : Building Entrance View ALIVE - Tailored housing from Modularity & Tradition ALIVE - Tailored housing // from 23. Modularity & Tradition // 25.

Fig. 07 : Buildings with site perspective view

Legends 01 Cafe 02 Park 03 Study Area 04 Multipurpose Hall 05 Meeting Room 06 Bus stop/ MRT Station 07 Playground 08 Sport Center 09 Elderly Center 10 Hawker Center 11 Community Center 12 Park 13 Playground 14 Childcare Center

// Physical Model Images // Modules

Facing - Entrance Rear Modules (2 columns)

Facing - Entrance Rear Modules (3 columns)

Interior Modules (2 columns)

Interior Modules (3 columns)

Architecture Physical Model

ALIVE - Tailored housing from Modularity & Tradition // 25. 27.

Modules Combination Combination Study Facing 01

Facing 02

Facing 03

Facing 04

Facing 05

Area = 56.3m2 (2/3 people)

Area = 66.6m2 (2/3 people)

Area = 46.1m2 (2 people)

Area = 56.3m2 (2/3 people)

Area = 40.9m2 (1 person)

Area = 46.1m2 (2 people)

Area = 61.4m2 (2/3 people)

Area = 51.2m2 (2/3 people)

Area = 61.4m2 (2/3 people)

Area = 51.2m2 (2/3 people)

Area = 46.1m2 (2 people)

Area = 56.3m2 (2/3 people)

Area = 66.6m2 (2/3 people)

Area = 46.1m2 (2 people)

Area = 76.8m2 (3-4 people)

Area = 56.3m2 (2/3 people)

Area = 40.9m2 (1 person)

Area = 66.6m2 (2/3 people)

Area = 53.8m2 (2/3 people)

Area = 40.9m2 (1 person)

Area = 76.8m2 (3-4 people)

Area = 56.3m2 (2/3 people)

Area = 61.4m2 (2/3 people)

Area = 69.1m2 (3-4 people)

Area = 66.6m2 (2/3 people)

Area = 38.4m2 (1 person)

Area = 48.6m2 (2 people)

Area = 46.1m2 (2 people)

Area = 53.8m2 (2/3 people)

Area = 107.5m2 (5-8 people)

Area = 92.1m2 (3-4 people)

Area = 61.4m2 (2/3 people)

Area = 51.2m2 (2/3 people)

Area = 61.4m2 (2/3 people)

Area = 38.4m2 (1 person)

Area = 46.1m2 (2 people)

Area = 112.6m2 (5-8 people)

ALIVE Tailored housing from Modularity &&Tradition Tradition ALIVE---Tailored Tailoredhousing housingfrom fromModularity Modularity& Tradition ALIVE //// 28. 26. 26. //

Modules Modules Combination Combination Study Facing 06

Facing 07

Facing 08

Area = 64.1m2 (2/3 people)

Area = 51.2m2 (2/3 people)

Area = 76.8m2 (3-4 people)

Area = 46.1m2 (2 people)

Area = 53.8m2 (2/3 people)

Area = 51.2m2 (2/3 people)

Area = 35.8m2 (1 person)

Area = 51.2m2 (2/3 people)

Area = 35.8m2 (1 person)

Area = 53.8m2 (2/3 people)

Area = 38.4m2 (1 person)

Area = 89.6m2 (3-4 people)

Area = 48.6m2 (2 people)

Area = 51.2m2 (2/3 people)

Area = 66.6m2 (2/3 people)

Area = 112.6m2 (5-8 people)

Area = 51.2m2 (2/3 people)

Area = 97.3m2 (3-4 people)

Area = 56.3m2 (2/3 people)

Facing 09

Facing 10

Area = 48.6m2 (2 people)

Area = 51.2m2 (2/3 people)

Area = 35.8m2 (1 person)

Area = 56.3m2 (2/3 people)

Area = 76.8m2 (3-4 people)

Area = 56.3m2 (2/3 people)

Area = 102.4m2 (3-4 people)

Area = 46.1m2 (2 people)

Area = 66.6m2 (2/3 people)

Area = 56.3m2 (2/3 people)

Area = 61.4m2 (2/3 people)

Area = 76.8m2 (3-4 people)

Area = 56.3m2 (2/3 people)

Area = 46.1m2 (2 people)

Area = 76.8m2 (3-4 people)

Area = 61.4m2 (2/3 people)

Area = 92.1m2 (3-4 people)

Area = 53.8m2 (2/3 people)

Area = 66.6m2 (2/3 people)

Area = 38.4m2 (1 person)

Area = 53.8m2 (2/3 people)

Area = 38.4m2 (1 person)

ALIVE -- Tailored Tailored housing housing from Modularity & Tradition ALIVE // 29. 27.

2019

BLANK SPACE

| OUTER SPACE

MOONIX

Architecture Competition June 2019

MOONIX // Blank Space | Outer Space 2019 //

Competition | Group Work of 3 Advisor | Prof. Giuseppe Ridolfi, PhD

The Outer Space competition is seeking proposals that envision space exploration in the near future (100200 years). What kinds of structures will be developed to move, house and sustain people? How will robotics, AI, autonomous spacecraft, and satellites enhance our reach? Outer space has always captured the imaginations of the general public. Outer space is no longer a place only astronauts will get to experience, but something you and I can experience within our lifetime. Moon is chosen as our project’s site because of its closer proximity to Earth which enables easier transportation of fundamental materials as well as individuals. The Moonix Project consists self-sufficient habitats and structures for future generations. In order to function life supporting systems, power generation has crucial aspect on the design. Habitats in the Moonix are established inside bubble shape protective shell and connected each other with transparent high speed transportation tubes. Each bubble is a city. The city is made of six modules and can be combined according to the necessities, and size of community.

Blank Space | Moonix // 30.

SINGAPORE

HDB SEMBAWANG EASTLINK I & II

N1C6, N1C12, MSCP & NEIGHBOURHOOD CENTER

Professional Work June 2015 - Aug 2017

HDB Singapore // Sembawang EastLink I & II //

N1C6, N1C12, MSCP & Neighbourhood Center

Professional | Group Work at SAA Architects Singapore Position | Architectural Assistant Architects | Ng Kok Yang, Cherie Chiang

Sembawang EastLink project is a competition project from SAA Architects Singapore. It is a mixed-use development consists of residential units, a small shopping mall (neighbourhood center) and multi-storey car park (MSCP) by HDB (Housing and Development Board) Singapore. EastLink I comprises six residential blocks ranging from 11 to 12 storeys, while EastLink II consists of five blocks, 11 storey residential blocks. Gross floor area (GFA) of 117,000 sqm with total residential units, 1041 units of 2 rooms, 3 rooms and 4 rooms flats. It was constructed with >90% of precast concrete construction. As I joined SAA Architects in June 2015 as Architectural Assistant, the project starting to tender and followed up with site construction on 2016. Preparing tender drawings, construction drawings, attending site meeting, coordinates with consultants, checking shop drawings, replying RFI, preparing Greenmark assessments were my jobs during the 2 years in SAA Architects. I left SAA Architects for Master study in August 2017 and the construction still on going. EastLink I and II completed in 2019 and residents have moved in.

HDB | Sembawang EastLink I & II // 42.

Canberra Crescent

Canberra Way

N1C6

3. 1. 7.

Canberra Link

1. North Stream 2. Precinct Marker 3. North Stream Bicycle Pit Stop 4. North Stream Precinct Pavilion 5. Play Lawn 6. MSCP Car Park with Green Roof 7. Link-way

HDB | Sembawang EastLink I & II // 43.

N1C12

8. 12.

13.

10.

11.

14.

Canberra MRT

8. Play Lawn South 9. Children Playground 10. Community Garden 11. Neighbourhood Centre 12. Storm Water Tank 13. South Stream Precinct Pavilion 14. Landmark Wall

HDB | Sembawang EastLink I & II // 44.

// Project Details //

CONTRACT 6 (N1C6)

Site Area 1.78 ha. 17,800 sq.m Plot Ratio 2.5 (min) Platform level 106.5m RL Max. Bldg. Hgt. 45m AMSL

CONTRACT 12 (N1C12)

Site Area 2.90 ha. 29,000 sq.m Plot Ratio 2.5 (min) Platform level 106.5m/105.7m RL Max. Bldg. Hgt. 45m AMSL Commercial Quantum 11,000 sq.m

PARKING FACILITIES

2R – 1 car park lot : 6.6 DUs; 1 motorcycle lot : 3R – 1 car park lot : 2.3 DUs; 1 motorcycle lot : 4R – 1 car park lot : 1.4 DUs; 1 motorcycle lot :

6 DUs 6 DUs 6 DUs

PRE-BUILT SOCIAL COMMUNAL FACILITIES Child Care Centre in N1 C12

500 sq.m

Future Child Care Centre in N1 C6 Future Education Centre in N1 C12

500 sq.m 600 sq.m

NEIGHBOURHOOD CENTRE Commercial Quantum in N1 C12

11,000 sq.m

TOTAL GROSS FLOOR AREA (GFA) 117,000 sq.m TOTAL RESIDENTIAL UNITS 1041 units

HDB | Sembawang EastLink I & II // 45.

// Construction Drawings //

N1C6

N1C12 HDB | Sembawang EastLink I & II // 46.

// Precast Concrete Elements (>90%) // // Precast Concrete Elements (>90%) //

YPE OF CASTING MOULD AT PRECAST YARD

Precast Mould Precast MouldPrototype Prototype (Movable Mould) (Movable Mould)

EastLink I & II was constructed with >90% of precast concrete construction. EastLink II was constructed >90% of precast concrete One of theI &feature of this projectwith is the ‘movable’ precast facade construction. design with One of the feature this project is the ‘movable’ precast facade design with dynamic stream flow of concept. dynamic stream flow concept. Structural Precast Concrete Elements Structural Precast Concrete Elements • Precast facade Precastcolumn/ facade wall • • Precast • Precast column/ wall • Precast Pre-stressed plank Precastfascia Pre-stressed • • Precast beam plank Precastparapet fascia beam • • Precast Precaststaircase parapet • • Precast Precasthousehold staircase shelter • • Precast • Precast household shelter Non-Structural Precast Concrete Elements Non-Structural Precast Concrete Elements • Precast refuse chute • • Precast panel Precastwall refuse chute • • Precast Precastdoor wallpanel panel • • Precast Precastwater door tank panel • • Precast parktank planters Precastcar water • Precast car park planters HDB | Sembawang EastLink I & II // 44.

HDB | Sembawang EastLink I & II // 47.

// Shop Drawings & Precast Elements //

// Shop Drawings & Precast Elements // // Shop Drawings & Precast Elements // Precast Wall Panel

FAÇADE DESIGN FA Ç A D E S H O P D R AW I N G FAÇADE DESIGN

Precast Wall Panel

Precast Wall P R EPanel CAST

& PA N E L

P R E C A S T F A Ç A D E S H O P D R A W I N G & PA N E L

STRUCTURAL PRECAST ELEMENTS PPrecast R E C A Household S T H O U S EShelter H O L DPRECAST S H E LT E R STRUCTURAL ELEMENTS Precast Household Shelter PPrecast R E C A Household S T H O U S EShelter H O L D S H E LT E R

HDB | Sembawang EastLink I & II // 45. HDB | Sembawang EastLink I & II // 45. HDB | Sembawang EastLink I & II

// 48.

// // Site Site Photos Photos // 1.1.

2.2.

3.3.

4.4.

5.5.

Sitepilling pilling 2.2.Basement Basementconstruction construction 3. 3. Precast Precast wall wall installation installation 4. 1.1.Site 4. & & 5. 5. N1C6 N1C6 Residential Residential units units in in construction construction

HDB | Sembawang EastLink I & II HDB | Sembawang EastLink I & II // 49. // 46.

10.

6. MSCP Roof garden 7. & 8. N1C6 MSCP and Residential units 9. Precinct marker 10. N1C6 Entrance

HDB | Sembawang EastLink I & II // 50.

TUAS SOUTH, SINGAPORE

FACTORY

CONVERTED DORMITORY ADDITIONS & ALTERATIONS TO AN EXISTING 4-STOREY WAREHOUSE WITH 140 PAX WORKERS’ DORMITORY

Professional Work June 2020 - Oct 2021

Factory Converted Dormitory // Tuas South, Singapore //

Additions & Alterations to an Existing 4-Storey Warehouse with 140 Pax Workers’ Dormitory

Professional | Group Work at Design@LOFT Architects Singapore Position | Junior Architect Architects | Chai Jun Yea; Heng Wen Dee

An exsiting 4-Storey warehouse is proposed to converted part of the warehouse area to workers’ dormitory which housing 140pax workers. This FCD is designed according to pandemic requirements: 1. ≥ 6sqm living space quantum per worker (excluding toilet) 2. Single bed, minimum 1m apart 3. ≤ 10pax per unit with total floor area ≥ 60sqm 4. Provision of isolation facility with 2.5% of total dorm bed capacity 5. 2 sets of toilet and sanitation per 10pax of workers FCD located on 2nd storey with 5m raising from floor level as 1st storey remained as vehicle access pathway and parking spaces for warehouse heavy vehicles.

Factory Converted Dormitory | Tuas South // 51.

// Feasibility Drawings //

D1 D0

2425

8265

11640

1650

01 NEW LP 9700

design@LO

02 NEW LP

8050

ROOF LINE ABOVE

EXISTING WAREHOUSE

1st Storey Plan Scale 1:400

11640

1500 1300

1100

1000

1060

1100

.00

10 T= DIS

1100

1000

AV TR AY 1-W

1-W

1100

(NV)

design@L

1100

1100 1100

(NV)

1100

1100 1100

m .00 10

1100

DIS

1000

1100

1100 1100

1300

1100

1100 1100

1100

.00 10 T=

1100 1-W

1100

DIS

1100

1100 1100

1100

9700

1250

1100 1100

1300

1250

1060

1100

1060

1100

1000

.00

1000

DIS

8050

1000

(NV)

1000

.00

1000

1-W

1000

.60

(NV)

DIS

.00

JACK ROOF LINE ABOVE

(NV)

DIS

(NV)

1000

1100

(NV)

1000 1-W

(NV)

1000

(NV)

WINDOWS AT 1.8M HIGH

1100

1000 1-W

1-W

(NV)

11640

EXTERNAL PASSAGE WAY CORRIDOR

1000

11640

1100

WINDOWS AT 1.8M HIGH

11640

1100

11640

1300

1650

8265

1500

2425

1250

1060

ROOF LINE ABOVE

2nd Storey Plan Scale 1:400

2425

8265

11640

1650

design@L

8050

9700

Roof Plan Scale 1:400

Factory Converted Dormitory | Tuas South // 52.

D10

D11

D12

D13

D14

138220 11455

11640

8890

2425

OFT Architects

NEW LP DX

NEW LP 07

ROOF LINE ABOVE

EXISTING WAREHOUSE

D10

D11

D12

D13

D14

138220 11455

11640

WINDOWS AT 1.8M HIGH

8890

2425

EXTERNAL PASSAGE WAY CORRIDOR

1500

EXTERNAL PASSAGE WAY CORRIDOR

11640

WINDOWS AT 1.8M HIGH

50 DN

1100

TR AY

D10

D11

ISO UNIT (1PAX)

DX JACK ROOF LINE ABOVE

ISO UNIT (1PAX)

1000

ROOF LINE ABOVE

1-WAY TRAVEL DIST = 10.40M

ISO UNIT (1PAX)

1200 1-WAY TRAVEL DIST = 10.40M

1100 1100

1100

m .00 10

1050

1100

DIS

ISO UNIT (1PAX)

1000

1-W

1100

1100 1100

1100

1100 1100

1100

m .00 10

1100

DIS

1300

1100

1600

1100

1300

1100

1300

1100 1100

1100

.00

1050

1100

DIS

1-W

1100

1600

1250

1100 1100

1060

1100

1000

.00

1000

OFFICE

1000

ACCESSIBLE TOILET

DINING (28PAX)

DIS

1060

1000

.00

1000

1100

DIS

1000

(NV)

1100

(NV)

1100

(NV)

1000

(NV)

1000 1-W

1000

.00

1000

.00

1000

(NV)

DIS

1000

(NV)

1000

LOFT Architects

(NV)

1000 1-W

(NV)

1000 1-W

1-W

(NV)

1000

FLIP-UP SHOWER SEAT

1000

D12

D13

D14

138220 11455

11640

LOFT Architects

Factory Converted Dormitory | Tuas South // 53.

11640

8890

2425

// Feasibility Drawings // BOUNDARY LINE

X Ww

PARAPET LEVEL

FFL 118.850

ROOF LEVEL

4990

4TH STOREY LEVEL

3500

SSL 118.700

4071

1640

4180

5820

7730

1185

FFL 120.035

1750

W Vv

ROOF LEVEL

D14

D13

D12

D11

D10

FFL 115.350

2100 800

FFL 111.700

1800

design@L

9700

2985

2ND STOREY LEVEL

3650

SSL 111.675

2000

3RD STOREY LEVEL

3650

SSL 115.325

2ND STOREY

FFL 108.050

FFL 105.050

SSL 104.950

EXISTING ALUMINUM ROLL SHUTTER TO BE REMAINE

1015 2000

5000

1ST STOREY

DRIVEWAY

Elevation D1 Scale 1:400

D2 8265

11640

D6 11640

11640

800

2100

2425

5000

9700

1800

design@LO

Section DX - DX Scale 1:400

1350

8050

1650

JACK ROOF 850

2100

2500

3000 BOUNDARY LINE

250

3m GREEN BUFFER LINE

9700

LOUVRE OPENING

800

15°

1800

1800 9700

1500

1HR FIRE RATED WALL WITH 1.8M HIGH TOP HUNG WINDOW

1200

1.5M EXTERNAL PASSAGE CORRIDOR

NV 16.20%

design@LOFT Architects BONDEK FLOOR

1100

9200

500

500 4500

5000

1ST STOREY LEVEL

3000

SSL 108.025

3000

LORRY PARKING

7500

Section DY - DY Scale 1:200 Factory Converted Dormitory | Tuas South // 54.

200x500MM STEEL COLUMN

A BOUNDARY LINE

139495 3724

5820

3362

2458

5820

LINE OF OFFICE BUILDING BEHIND

LOFT Architects

LER ED

D10

D11

D12

D13

D14

138220 11640

11640

8890

2425

800

2100

11455

5000

9700

1800

OFT Architects

// Project Details // TUAS SOUTH WAREHOUSE & FCD

Site Area 18045.30 sq.m Gross Floor Area (FCD) 1405.20 sq.m Max. Bldg. Hgt. 23.00m AMSL

GFA TABULATION (2nd Storey FCD) FCD

Workers’ Dormitory 869.80sq.m

Ancillary Area Dormitory Toilets 196.00 sq.m Accessible Toilet 5.50 sq.m Office Toilet 3.30 sq.m Iso Units 24.20 sq.m Office 20.30 sq.m Dining Area 20.80 sq.m Corridor 238.70 sq.m Staircases 26.60 sq.m Total Ancillary Area 535.40 sq.m Total GFA

1405.20 sq.m

Factory Converted Dormitory | Tuas South // 55.

NEW ERECTION OF A 2-STOREY INTERMEDIATE TERRACE DWELLING HOUSE

COLCHESTER GROVE, SINGAPORE

LANDED RESIDENTIAL HOUSE

Professional Work June 2020 - Mar 2022

Landed Residential House // Colchester Grove, Singapore //

New Erection of a 2-storey Intermediate Terrace Dwelling House

Professional | Group Work at Design@LOFT Architects Singapore Position | Junior Architect Architects | Chai Jun Yea; Heng Wen Dee

Colchester Grove Landed Residential House is a new erection of 2-storey intermediate terrace dwelling house with an attic and a swimming pool. The total gross floor area of the proposed building is 367.22 sqm. The overall plot ratio is 1.718 (gross). The house is designed with interesting leveling and internal couryard feature. With the interesting in manipulating with levels design, a person is entering the house via a ramp connecting car porch to interior of the house at 1st storey. Once entering into the interior, a person will reach a tripple volume courtyard space which allowed natural light to penetrate into the house from skylight. From courtyard, a person can reach living area which is 1m above courtyard with staircase, and from living area, a person can access to car porch roof. The spaces are interconnected with intertesting levels. On the attic levels, a person can enjoy outdoor and semioutdoor space with the outdoor swimming pool and roof terrace with skylight.

Landed House | Colchester Grove // 56.

// Construction Drawings //

A PROPOSED ROOF EAVE ABOVE

PROPOSED R.C. CAR PORCH ROOF

PROPOSED LOUVRED GLASS WINDOW WITH ALUM.-FRAMED, FIXED CLEAR GLASS PANEL BELOW, LAMINATED TEMPERED GLASS SAFETY BARRIERS

MAINTENANCE ONLY)

(CAR PORCH ROOF NO ACCESS EXCEPT FOR

PROPOSED SCUPPER DRAIN

PROPOSED VOID

PROPOSED R.C. LEDGE

7500; BUILDING SETBACK

750

BUILDING SETBACK; 7500

MASTER SHOWER NEW FFL 112.85

6000

PLOT: A

PROPOSED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

NEW FFL 112.875

MASTER BATH

NEW FFL 112.9

MASTER BEDROOM

NEW FFL 112.9

2025

AREA: D (LIFT CORE)

LIFT

900

4950

30895

PROPOSED LOUVRED GLASS WINDOW WITH ALUM.-FRAMED, FIXED CLEAR GLASS PANEL BELOW, LAMINATED TEMPERED GLASS SAFETY BARRIERS

3 BOUNDARY LINE 96°57`30" 30.893

2025

PROPOSED TIMBER PLATFORM

FAMILY ROOM NEW FFL 112.9

1350

PROPOSED LOUVRE GLASS WINDOW

BATH 2 (NATURAL VENTILATION)

NEW FFL 112.85

1200

6820

BEDROOM 2 NEW FFL 112.9

BEDROOM 3 NEW FFL 112.9

PROPOSED ALUM.-FRAMED GLASS SLIDING DOOR

NEW FFL 112.875

BALCONY

PROPOSED 1m HEIGHT MILD STEEL RAILING

PROPOSED ALUM.-FRAMED GLASS SLIDING DOOR

3770

ROOF SETBACK; 1000

BUILDING SETBACK;20 00

2980

500

505

PLOT: B

Landed House | Colchester Grove // 57.

UP 20R R=175 T=225

96°57`30" 30.101 BOUNDARY LINE

2nd Storey Plan Scale 1:150

1st Storey Plan Scale 1:150

1565

3880 7010

1565

RES.LINE

DRAINAGE

TBACK LINE

MASTER WARDROBE

30100

BOUNDARY LINE 96°57`30" 30.893

96°57`30" 30.101 BOUNDARY LINE

193°25`00" BOUNDARY7.055 LINE

BUILDING SE

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

AREA: C

APPROVED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

design@LOFT Architects design@LOFT Architects

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

CAR PORCH ROOF SETBACK; 2400 PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR

BUILDING SETBACK LINE BUILDING SETBACK LINE

B B

1290 195 1550(BS) 195

1290

275

BOUNDARY LINE 6°57`30" 7.011 BOUNDARY LINE 6°57`30" 7.011

// Construction Drawings //

COLCHESTER GROVE

CAR PORCH ROOF SETBACK; 2400

7500; BUILDING SETBACK

TO FALL

PROPOSED ALUM. FRAMED, FIXED CLEAR GLASS, LAMINATED TEMPERED GLASS USED AT HEIGHT

APPROVED OPENABLE ALUMINUM-FRAMED SKYLIGHT, LAMINATED TEMPERED GLASS USED AT HEIGHT

150

600

TO FALL

BATH 3

NEW FFL VARY FROM 116.375 TO 116.35

SHDROP

AREA: D (LIFT CORE)

4950

30895

TO FALL

1350

TO FALL

1350

96°57`30" 30.101 BOUNDARY LINE

TO FALL

BOUNDARY LINE 96°57`30" 30.893

TO FALL

30100

4950

30895

BOUNDARY LINE 96°57`30" 30.893

2925

2850

NEW FFL 116.4

ROOF TERRACE

PROPOSED LOUVRED GLASS WINDOWS

PROPOSED R.C. ROOF SLAB

UP 3R R=170 T=225

450

6820

1425

6820

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

PROPOSED G.S. GRILLE

350

WL 116.91

SWIMMING POOL

3400

PROPOSED SWIMMING POOL

3400

2700

NEW WL 116.91

PROPOSED SWIMMING POOL

SWIMMING POOL

350

500

3770

ROOF SETBACK; 1000

BUILDING SETBACK;20 00

2980

3770

500

505

ROOF SETBACK; 1000

BUILDING SETBACK;20 00

500

505

PLOT: B

505

PLOT: B

1565

6000

PLOT: A

PROPOSED ∅100 VENT PIPE-2 C/W COWL

R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

TO FALL

PROPOSED METAL ROOF ON R.C. SLAB

PROPOSED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

6000

PROPOSED CEILING RIDGE

PROPOSED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

PLOT: A

STUDY NEW FFL 116.4

3715

AREA: E

2025

2980

Landed House | Colchester Grove // 58.

BUILDING SETBACK; 7500

7500; BUILDING SETBACK

PROPOSED R.C. LEDGE BELOW

MAINTENANCE ONLY)

(CAR PORCH ROOF NO ACCESS EXCEPT FOR

PROPOSED SCUPPER DRAIN BELOW

1200

AREA: F

900

96°57`30" 30.101 BOUNDARY LINE

Roof Plan Scale 1:150

Attic Plan Scale 1:150

RES.LINE

TBACK LINE

193°25`00" BOUNDARY7.055 LINE

BUILDING SE

3880 7010

1565

3880 7010

1565

1290

1200

DRAINAGE

RES.LINE

DRAINAGE

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

PROPOSED R.C. CAR PORCH ROOF BELOW

BUILDING SETBACK; 7500

335

LIFT

2025

30100

1290

A CAR PORCH ROOF SETBACK; 2400

PROPOSED VOID

AREA: G

APPROVED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

OVERFLOW FLOW DRAIN CHANNEL

design@LOFT Architects design@LOFT Architects

B B B B

BUILDING SETBACK LINE BUILDING SETBACK LINE

BOUNDARY LINE 6°57`30" 7.011 BOUNDARY LINE 6°57`30" 7.011

// Construction Drawings // B

A PROPOSED ROOF LEVEL

1565

3880

D PROPOSED ROOF LEVEL

1565

121.4 AMSL

275 PROPOSED METAL ROOF ON R.C. SLAB

PROPOSED METAL ROOF ON R.C. SLAB

PROPOSED Ø100 uPVC VP-2 5000

5000

A 1565

PROPOSED Ø100 uPVC VP-1

PROPOSED METAL ROOF ON R.C. SLAB

EXT'G BOUNDARY LINE

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

PROPOSED OPENABLE ALUMINUM-FRAMED SKYLIGHT, LAMINATED TEMPERED GLASS USED AT HEIGHT

PROPOSED ALUM. FRAMED, FIXED CLEAR GLASS, LAMINATED TEMPERED GLASS USED AT HEIGHT

PROPOSED ATTIC LEVEL

SWIMMING POOL NEW WL 116.91

PROPOSED ATTIC LEVEL

PROPOSED METAL ROOF ON R.C. SLAB

NEW FFL 116.4

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

3500

PROPOSED LOUVRED GLASS WINDOW WITH ALUM.-FRAMED, FIXED CLEAR GLASS PANEL BELOW, LAMINATED TEMPERED GLASS SAFETY BARRIERS

3500

B 3880

120.78

PROPOSED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

C 1565

114.36

114.36 PROPOSED G.S. FRAMED SOLID TIMBER LEDGE

PROPOSED 2ND STOREY

design@LOFT Architects

BALCONY

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

100 475

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

3500

1000

3500

PROPOSED 1m HEIGHT MILD STEEL RAILING

design@LOFT Architects NEW FFL 112.875

NEW FFL 112.9

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

PROPOSED 1ST STOREY (LIVING)

1000

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

NEW FFL 112.9

450

PROPOSED 2ND STOREY

PROPOSED R.C. CAR PORCH ROOF VOID

PROPOSED LOUVRED GLASS WINDOW

PROPOSED 1ST STOREY (LIVING)

PROPOSED LOUVRED GLASS WINDOW

NEW FFL 109.4

CAR PORCH

EXT'G FFL 107.93

700

EXT'G FFL 107.67

NEW FFL 108.4

EXT'G FFL 107.87

PROPOSED CAR PORCH LEVEL

EXT'G FFL 107.95

NEW FFL 107.7

300

EXT'G FFL 107.4

OUTDOOR TERRACE

GARDEN

EXT'G FFL 107.4

Elevation 2 Scale 1:150

Elevation 1 Scale 1:150

ELEVATION 2

ELEVATION 1

2 PROPOSED ROOF LEVEL 121.4 AMSL

1100 PROPOSED Ø100 uPVC VP-1

APPROX. 4650

PROPOSED OPENABLE ALUMINIUM-FRAMED SKYLIGHT, LAMINATED TEMPERED GLASS USED AT HEIGHT

PROPOSED METAL ROOF ON R.C. SLAB

5000

BUILDING SETBACK LINE

5000

ROAD RES./BDY LINE

600

APPROVED CEILING FIN LEVEL

3715

1138

NEW FF 116.35

NEW FFL 116.4

605

43.5

ATTIC PLAN

BATH

STUDY

45°

PROPOSED ATTIC LEVEL NEW FFL 116.4

1200

3500

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

MASTER BEDROOM

PROPOSED 2ND STOREY

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

NEW FFL 112.9

1605

NEW FFL 112.9

BUILDING SETBACK; 7500 CAR PORCH ROOF SETBACK; 2400

EXISTING PARTYWALL PROFILE

3500

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

CAR PORCH ROOF R.C. LEDGE

NEW FFL 110.375 (NO ACCESS EXCEPT FOR

240

2895

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

1895

3500

1000

750

675

2475

3500

335

PROPOSED R.C. CAR PORCH ROOF

NEW FFL 107.7

EXT'G FF 107.4

EXT'G FFL 107.4

L LEVE RAMP 107.4 FROM 7.7 TO 10

2200

1800

PROPOSED CAR PORCH LEVEL

CAR PORCH

NEW FFL 107.7

200

750

PROPOSED FFL 107.7

300

NEW FFL 108.4

600

1700

SECTION A-A Landed House | Colchester Grove // 59.

NEW FFL 109.4

1200

100

PROPOSED DINING LEVEL

LIVING

1000

150

200

1075

NEW FFL 109.4

100

VOID

475

MAINTENANCE ONLY)

PROPOSED 1ST STOREY (LIVING)

2100

NEW FFL 107.7

PROPOSED DINING LEVEL EXT'G FFL 108.4

1000

700 300

EXT'G FF 107.36

PROPOSED ALUMINIUM PERFORATED DOOR

1800

DINING NEW FFL 108.4

NEW FFL 108.4

PROPOSED CAR PORCH LEVEL

1000

PROPOSED DINING LEVEL

300 700

1000

200

NEW FFL 109.4

PROPOSED

TO 108.4 FROM 107.7 RAMP LEVEL

UP 20R R=175 T=225

// Construction Drawings // D

1565

PROPOSED ROOF LEVEL

3880

121.4 AMSL

A 1565

PROPOSED METAL ROOF ON R.C. SLAB

120.78 PROPOSED Ø100 uPVC VP-1 275

1290

195

1550

195

APPROX. 1746

195

1290

275

5000

PROPOSED R.C-FRAMED BRICK-PLASTERED PARTY WALL (NO OPENING)

PROPOSED ATTIC LEVEL

BATH 3

PROPOSED LIFT CORE

STUDY

NEW FFL 116.35

NEW FFL 116.4

495

605

NEW FFL 116.4

PROPOSED LOUVRED GLASS WINDOW WITH ALUM.-FRAMED, FIXED CLEAR GLASS PANEL BELOW, LAMINATED TEMPERED GLASS SAFETY BARRIERS

PROPOSED LOUVRED GLASS WINDOW WITH ALUM.-FRAMED,

1400

3500

FIXED CLEAR GLASS PANEL BELOW, LAMINATED TEMPERED GLASS SAFETY BARRIERS

114.36

PROPOSED 2ND STOREY

EXT'G PARTY WALL TO BE MADE GOOD & RETAINED

MASTER BEDROOM

NEW FFL 112.9

design@LOFT Architects 605

PROPOSED 1m HEIGHT RAILING TO ENGR'S SPECS.

PROPOSED FIXED ALUM.-FRAMED, FIXED CLEAR GLASS PANEL, LAMINATED

3500

TEMPERED GLASS SAFETY BARRIERS

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

PROPOSED 1ST STOREY (LIVING)

LIVING NEW FFL 109.4

1000

PROPOSED DINING LEVEL

700

NEW FFL 109.4

PROPOSED CAR PORCH LEVEL

DINING

PROPOSED ALUMINIUM PERFORATED DOOR BEYOND

NEW FFL 108.4

UP 6R R=APPROX.167 T=225

EXT'G FFL 108.07

CAR PORCH

NEW FFL 107.7

300

EXT'G FFL 108.05

NEW FFL 107.7

EXT'G FFL 107.4

Section B - B Scale 1:150

SECTION B-B

PROPOSED METAL ROOF ON R.C. SLAB TO FALL

PROPOSED ALUMN LAMINATED TEMPERED GLASS USED AT HEIGHT TO FALL

150

TO FALL

2925

PROPOSED R.C ROOF

PROPOSED Ø100 uPVC VP-2

PROPOSED ROOF EAVES

D NISH

2425

PROPOSED BRICK-PLASTERED WITH R.C. FRAME PARTY WALL WITH NO OPENING

2850

450

2000 SETBACK

1425

3400

500 350

NEW FFL 115.71

360

1200

2810

2895

PROPOSED G.S. ROD HANDRAIL

BATH 2

NEW FFL 112.85 900

PROPOSED TIMBER LEDGE

NEW FFL 112.9

BALCONY NEW FFL 112.875

BEDROOM 3

esign@LOFT Architects NEW FFL 112.9

PROPOSED 1m HEIGHT MILD STEEL RAILING

PROPOSED 6 THK POWDER-COATED ALUMINIUM PERFORATED SHEET

4500

3895

2025

DINING NEW FFL 108.4

DRY KITCHEN NEW FFL 108.4

WET KITCHEN NEW FFL 108.4

OUTDOOR TERRACE NEW FFL 108.4

GARDEN EXT'G FFL 107.87

675

UP 6R R=APPROX.167 T=225

900

1000

2025

PROPOSED ALUM.-FRAMED GLASS SLIDING DOOR, LAMINATED TEMPERED GLASS SAFETY BARRIERS

3055

PROPOSED UNDERSIDE OF STAIRCASE

1800

900

605

450

G.S. FLOOR GRATING

1000

PROPOSED SOLID CORE TIMBER DOOR

PROPOSED ALUM.-FRAMED SLIDING GLASS DOOR

3500

600

3500

150

PROPOSED OVERFLOW DRAIN CHANNEL FOR BALANCING TANK OF SWIMMING POOL

400

1170

PUMP ROOM & BALANCING TANK

690

300

1200

UP 3R R=170 T=225

605

510

NEW FFL 116.4

45°

ROOF TERRACE

NEW FFL 116.4

FAMILY ROOM

1800

SWIMMING POOL

NEW WL 116.91 2700

350

ROOF TERRACE

H 3

2450

900

DRAINAGE RESERVE LINE

6820

BOUNDARY LINE

150

1350

BUILDING SETBACK LINE

4950

Landed House | Colchester Grove // 60.

Section A - A Scale 1:150

// Photos //

Entrance (West) Facade

Rear (East) Facade

Attic Swimming Pool

Landed House | Colchester Grove // 61.

// Photos //

2nd Storey Family Room

Car Porch Roof (top); 1st Storey Dining Area (bottom)

Attic Roof Deck Area

2nd Storey Master Toilet (top); Attic Study Room (bottom) Landed House | Colchester Grove // 62.

// Project Details //

COLCHESTER GROVE RESIDENTIAL HOUSE Site Area 213.81 sq.m Plot Ratio 1.718 Gross Floor Area 367.22 sq.m Platform level FL +107.70 Max. Bldg. Hgt. 21.40m AMSL SGFA 400.17 sq.m

GFA TABULATION 1st Storey 148.32 sq.m 2nd Storey 132.04 sq.m Attic 86.86 sq.m Total GFA

367.22 sq.m

Landed House | Colchester Grove // 63.

THANK YOU

TAN JIE YING ARCHITECTURE DESIGN . PORTFOLIO . 2015 - 2022