MMIX-MMXIV
POR TFO LIO FAHMIFAUZI
CURRICULUM VITAE i
NIK FAHMI NIK FAUZI nfahmi.nfauzi@gmail.com +60176053429 [Msia] +447517088258 [UK] 18, Jalan USJ 20/8, 47630 UEP Subang Jaya, Selangor, Malaysia 40, Gloucester Road, BN14AQ, Brighton, UK
https://www.instagram.com/nfahmi_ nfauzi/ https://uk.linkedin.com/in/fahmi-fauzi-60532b94 https://issuu.com/fahmifauzi Malay,English
Malay,English
EDUCATIONS
WORK EXPERIENCES
UNIVERSITY [MASTER](September 2014-March 2016)
FULL-TIME (01 SEPTEMBER 2013 - 01 MAY 2014) ATSA ARCHITECTS Sdn.Bhd. [ATSA] - Architecture Assistant Part 1 -
Unversity of Brighton Course: Master of Architecture Master of Architecture PART 2 Master of Architecture with MERIT
UNIVERSITY [DEGREE](July 2009-July 2012)
FULL-TIME (01 MARCH 2013 - 01 SEPTEMBER 2013) Arkitek Daya Seni Sdn. Bhd. [ADS] - Architecture Assistant Part 1 -
MATRICULATION(July 2006-July 2007)
INTERNSHIP (25 MAY 2011 - 28 AUGUST 2011) Collaborative Office Design and Architecture[CODA] - Intern -
University Teknologi Mara Shah Alam Course: BSc. [Hons] in Architecture CGPA : 3.02 Penang Matriculation Course: Life Science CGPA : 4.00
HIGH SCHOOL(January 2003-November 2005) Sekolah Menengah Kebangsaan USJ 8 Course: Pure Science SPM: 8A’s, 3B’s PMR: 6A’s, 2B’s
‘‘AS AN ARCHITECT YOU DESIGN FOR THE PRESENT WITH AN AWARENESS OF THE PAST FOR A FUTURE WHICH IS ESSENTIALLY UNKNOWN’’ HERMAN FOSTER
AWARDS//ACHIEVEMENTS
PROFESSIONAL SKILLS
Make Architects Award 2016 [best portfolio] - Finalist [top 10]
SKILLS
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20 20
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Architectural Festival EXPRESSION - Organizer Team
Eco-Res Housing Design Idea Competition by Putrajaya Holding 2011 [National Level] participant
SOFTWARE
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20 20 11
DATUM KL: International Architecture Design Conference - sculpture exhibition in Solaris Dutamas
High-End Housing Design Competition Worldwide Holding 2011 - participant
Design Idea/Concept Communication/Social Graphic/Illustration Model Making Manual Sketch/Drafting 3d Printing
Autocad Google Sketchup Rhinocerus 3D Adobe Suite Microsoft Office V-ray Rendering Maxwell Rendering 3D max Meshmixer
by
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Architecture captivates me, with a desire to explore on how technology and science can be used to improve the performance of buildings, both socially and environmentally. Architecture has brought out the contradiction of my personality, allowing me to engage both creatively and scientifically with the aesthetic and functional aspects of the design. Creation is a powerful skill, an intriguing ability evolving from our originalities and perspectives. By formulating our own unique creations, we may endeavour to create a parallel between our imagination and the world in which we live. To me, viewing a structure in person is substantially more potent than a mere image. Travelling has succeeded in broadening my horizons and opening my mind, therefore allowing me to appreciate architecture created by foreign predecessors. Three years’ academic study in the centre of studies for Architecture, Universiti Teknologi Mara (UiTM), Malaysia and two years in Brighton University (Master in Architecture) have given me an opportunity to appreciate the aesthetic beauty prevalent in the world today. This insightful demonstration has allowed my passion to evolve further, understanding of the field and equipped me with various skills that I find crucial and essential for my career. Architecture installs in me a belief that I can achieve and reach new heights, therefore acting as a foundation for success and fulfilment in the future.
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PROLOGUE
‘‘MY PASSION AND GREAT ENJOYMENT FOR ARCHITECTURE, AND THE REASON THE OLDER I GET THE MORE I ENJOY IT, IS BECAUSE I BELIEVE WE - ARCHITECTS - CAN EFFECT THE QUALITY OF LIFE OF THE PEOPLE’’ RICHARD ROGER
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THE ART HOUSE - LONDON MASTER OF ARCHITECTURE 01
[1 -10]
PARAMETRIC PAVILION - TECHNOLOGY MASTER OF ARCHITECTURE 01
FIFTH ELEMENT - BRIGHTON MASTER OF ARCHITECTURE 02
BUILD UPON VIBRATION - CAMBRIDGE MASTER OF ARCHITECTURE 02
75 TERRACES - KUALA LUMPUR PROFESSIONAL WORK [CODA]
PRIVATE RESIDENCE - KUALA LUMPUR PROFESSIONAL WORK [CODA]
ARECA CONTEMPO HOMES - CYBERJAYA PROFESSIONAL WORK [ATSA]
THE THIN GREEN LINE - LANGKAWI BACHELOR IN SCIENCE(ARCHITECTURE)
CASA DE 18 - PUTRAJAYA BACHELOR IN SCIENCE(ARCHITECTURE)
[11 -16] [17 -22] [23 -44] [45 -58] [59 -64] [65 -72] [73 -80] [81 -88]
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THE ART HOUSE - LONDON MASTER OF ARCHITECTURE 01
T
he Bishopsgate good yard site, which is within both boroughs of tower hamlets and hackney and bordering the city of London. Bishopsgate goods yard was used as a logistics node until 1964 and has been lying disused awaiting the construction of east London line (ell) extension. The linear form of the site along with the railway lines acts as a dividing line running east west. Over the years, adjoining areas have turned their back on the goods yard leading to a number of derelict sites. A Bishopsgate good yard is located on the cusp of a number of boroughs including the London borough of tower hamlets, London borough of hackney, London borough of Islington and the city of London. The site is undergoing a transformation with the construction of the east London line and the opening of the shoreditch high street station, opening up the area to increased to the city. Public spaces in the area divided into hard and soft spaces with use varying not only from one day to the next, but also at different times throughout the day demonstrating the site’s dynamic characters
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The diagram shows the barrier of the site and also the structures that act as a barrier toward visibility and light penetration into the site
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GATEHOUSE A building enclosing or accompanying a gateway for a castle, manor house, fort, town or similar buildings of importance. It’s often lived in by someone employed to take care of it. It’s also a structure consisting of two large towers that support the gate. The gatehouse often large enough to house a standing guard and are considered the strongest defensive positions in the castle.
2 GATEHOUSES
The types of movement created by the gatehouse. The more gatehouse been provided, the less dense the circulation at the gate house and produces different types or circulation.
PERMEABLE BORDER Permeability is a “perceived quality” and represents the degree to which an urban area allows the movement and provides a choice of routes through an area (Bentley et al, 1985)
3 GATEHOUSES
Beyond the availability of choice, it’s important that there is also an awareness of route choices so that the permeability is utilized.
4 GATEHOUSES
3
MAIN BUILDING
1 GATEHOUSE
350mm
Edging width: suitable for short distances or occasional use
550 - 600 mm
One-person width: 750 clearances would give comfort for various postures
TYPES OF OPENING Gateway is generally an entrance opening wide enough to permit passage of vehicles, in contrast to doorways, which are smaller openings to permit passage through a wall or fence.
GATEHOUSE
GATEWAY
900 mm
Normally used by one person, but occasional passing required
OPENINGS Functional and user-friendly opening types are very important requirements that need to be considered in the design phase of your building. Reynaers window and door systems come in an extensive variety of opening possibilities suiting almost every possible need. This results in a maximal level of user-friendliness.
1050 - 1200 mm
Two-person use in the same direction
1200 - 1400 mm
Two people passing
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LIGHT RADIATE THROUGH ACCORDING TO THE ANGLE OF
DYNAMIC HOLES 1600mm
1600mm
1400mm
DYNAMIC HOLES DYNAMIC HOLES
Provide
a
segment of horizon to through the floor
anyone
moving
DYNAMIC HOLES
LIGHT RADIATE THROUGH ACCORDING TO THE ANGLE OF T
1600mm
1400mm
LIGHT RADIATE THROUGH ACCORDING TO THE AN
DYNAMIC HOLES DYNAMIC HOLES
Provide
a
segment
of
horizon
to
anyone
moving
through the floor 1600mm
LIGHT RADIATE THROUGH ACCORDING TO THE ANGLE OF
1400mm 1200mm
RELATIVE HOLES 1600mm (ANTI-CLAUSTROPHOBIC)
LIGHT RADIATE THROUGH ACCORDING TO THE ANGLE OF
RELATIVE HOLES
(ANTI - CLAUSTROPHOBIC) Connect to any stationary point to the closest outside ground
1400mm 1600mm 1400mm 1200mm
DYNAMIC HOLES
REVEALING HOLES RELATIVE HOLES From the same specific stationary point they frame out the views of elements all along the 360-degree (ANTI-CLAUSTROPHOBIC) 1600mm of horizon. There are positions parallel to stationary point and adjusted at eye level
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1400mm 1200mm
LIGHT RADIATE THROUGH ACCORDING TO THE ANGLE OF T
The diagram shows the light that radiate through the portholes according to the angle of the portholes. The diagram conclude that large area affected by the light penetration although the spaces are enclosed with solid wall and small portholes
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‘‘GRAFFITI IS ONE OF THE FEW TOOLS YOU HAVE IF YOU HAVE ALMOST NOTHING. AND EVEN IF YOU DON’T COME UP WITH A PICTURE TO CURE WORLD POVERTY YOU CAN MAKE SOMEONE SMILE WHILE THEY ARE HAVING A PISS’’ BANKSY (graffiti artist)
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THE ART HOUSE - LONDON Art house is a place that educates public towards arts. The house provided education programs and activities that can be participating by public that range from children to professional adult. The art house function as a medium to introduce awareness towards the community about public art. To relate to the gatehouse, the art house act as a gateway, entrance from the north part to the south part, contain the art within
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PARAMETRIC PAVILION-TECHNOLOGY MASTER OF ARCHITECTURE 01
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his module is aimed to develop strategic knowledge, skills and understanding of the interrelated nature of the principles of environmental science, structural engineering, material consideration and the development of system and detail design strategies. Via the use of various digital modelling, testing and manufacturing technique utilising digital Hub facilities available both within the Architecture programme and the Faculty of Arts. 11
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Student developed reflective, critical and analytical skills in the making of architectural components and large-scale prototypes where the strategic importance of environmental considerations is explored through digital and analogue modelling and testing. This is a team-based project, at the end of which they complete a team based strategic technology document along side a fabricated prototype that will demonstrate an understanding of the design and construction process.
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FIFTH ELEMENT - BRIGHTON MASTER OF ARCHITECTURE 02
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he theme of the ceiling is further focused by constraining the material and geometry to a thin sheet material, resulting in a structure that will evolve through a study of cutting, bending, laminating and connecting hin sheet material to achieved long spanning geometrically intricate structures. The context for the structure will be discussed and surveyed in order to create a boundary condition. The developed structures will be technically analysed, and envisaged within the context of detail fabrication drawings. 17
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KING’S COLLEGE CHAPEL CAMBRIDGE
[KEYS OF INTEREST]
PRINCIPLE TRANVERSE RIBS
FAN VAULT
[KEYS OF INTEREST]
CENTRAL KEY (KEY STONE)
DETAILS
THE DEPLOYABLE FAN VAULT Can the ornate form and detail of King’s College Chapel’s fan vaulted ceiling be reinterpreted as a deployable folded structure
[VERSION]
DEPLOYABLE FAN VAULT ARRANGEMENT
[VERSION]
FOLDED ARCH WITH DEPLOYABLE FAN VAULTING
Final deployable fan vault that can the ornate form and detail of King’s College Chapel’s fan vaulted ceiling be reinterpreted as a deployable folded structure
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DEPLOYABLE SURFACE FORMING VAULTED ARCHES
mechanical behaviour of the Miura sheet; it can be twisted into a saddle-shaped configuration with a negative global Gaussian curvature
The first interesting property of the folded sheets is their ability to undergo relatively large deformations, by virtue of the folds opening and closing. Moreover, the fold patterns enable the sheets to locally expand and contract and thereby change their global Gaussian curvature without any stretching at material level. The interest lies with the macroscopic behaviour of the sheets, and therefore consider the `global’ Gaussian curvature of an equivalent mid-surface of the folded sheet. Miura sheets are initially at, and thus have a zero global Gaussian curvature. Now, unlike conventional sheets, the folded sheets can easily be twisted into a saddle-shaped configuration which has a globally negative Gaussian curvature.
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The fan is build on a rail, that allow the expandable of the fan and limit the movement of the fan when it been deploy
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BUILD UPON VIBRATION CAMBRIDGE, UK MASTER OF ARCHITECTURE 02
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he new dynamics of production posit an intriguing possibility for a return to making in the city; A considered retro-innovation with commercial production cohabiting with public, private and civic interests within a context of cleaner production allowing a closer compact between production and the city than the previously possible. The year’s agenda pursues a central interest in exploring an architecture which embeds production and research into urban conditions and reimagines the city as a consortium of alternative productive futures. The speculation is taken this year to Cambridge to the makerspace of Clive Sinclair and his technical and cultural project the ‘Science of Cambridge’. In 1980 Sinclair produced the first mass market home computer and provide a counterpoint to an era of rampant production by his attention to design and quality standards. He went on to develop vehicles, watches, bikes, and satellite technology. Sinclair sold on the trademark (Sinclair Radionics) in mid 1980’s, a victim, like many others, in the hostile marketplace of reduced margins and a reluctance to engage with overseas cheap labour. Our studio takes up the story 30 years on, with the conceit of re-animating Sinclair and reconfiguring Cambridge as an urban framework for analysing how economy and production engage with place.
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325 m
City of Cambridge key plan n.t.s site - 34,000 sqm
Cambridge
United Kingdom
The site is Cambridge Train Station, located at the fringe of Cambridge City, United Kingdom. The site is a large area consist of the train station and construction area. The site is divided by the rail track.
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The hybridising transport infrastructure + manufacturing project seeks to transforming the city around Cambridge Railway Station into an Interchange center between people and industry. Cambridge has been a genuine world-class location for innovation and business, giving opportunity to create one high technology innovation and transport interchange. An interchange for High Technology Manufacturing with an intelligent workforce and the highest number of patents filed per head of population, Cambridge is arguably the UK’s most innovative city and a perfect location for high – tech innovation. While excellent regional, national and international transport links makes it the place to be. The manufactured product is a carbon fiber material that can later be use to print a carbon fiber component. The proposal will include an assembling area for the component testing (under ground level). The Project is interested in discovering ways to support manufacture and transportation of Super-Sized Construction Component, that is currently limited by transport infrastructure. The products of the transported out of Cambridge track to the nearest large port, Port of London, Port of Liverpool, Port of Immingham
manufacture can be by using the railway seaport (Felixstowe Southampton, Port of and Port of Leith).
The interchange is also being use as a transport center (car, busses, taxi, train, bicycle and pedestrian). The interchange also acts as a connector between the west site and the east site of Cambridge to allow faster route. The original train station is being remodel and intergrade with other types of transportation such as bus and taxi services. The Aim of The Design Thesis is How the Complexity of the Infrastructure spaces merge with the manufacturing spaces that affect the circulation of the people in and out of cambridge. The proposal also acts as a bridge to connect between the east site and the west site of cambridge [existing been cut by the rail tracks]- BUILD UPON VIBRATION 25
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The site is on Cambridge Train Station, dealing with several physical constrain such as road, railway track, and existing building. The diagram shows the volume of the site cut by the existing constrain.
Hakka House consist of a center courtyard with a program surround it. The circulation between program spaces is high due to its easy access to every spaces. The diagram shows different type of circulation
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Initial Roof Scheme : Cooling Tower
Parabolic pattern created by rotation of a single line to a different form of boundary [TRIANGLE, CIRCLE, SQUARE]
Volumetric model created by the rotation of the boundary of the selected shape
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Compression Element
perimeter structure
Tension Element
cable structure structure
Elements to create a suspension roof - anchor structure, primary structure and perimeter structure
Compression Element
Compression Element
primary structure
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Roof Form through out the site
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iv iv iii
ii i
i
Basement Floor Plan legends: i ii iii iv
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Assembly / testing area Laboratory / research area Operation Office / Admin Storage [Carbon Fiber Components]
Pla
tfo
rm
C
viii
vii vii
ix
vi
x x
vi vi D
vi
vi v
xi
vi
xii
iv B
void
xiii
D
void
void
xiii
v
void
iv vi
A
v
void void void void
iii
v
Ground Floor Plan vi
xiv
legends:
ii
E
A
xiv
xv xiv
ii iii
*xv i xv
i
xvi F xvii
A i ii iii iv v B vi C vii viii D ix x xi xii xiii E xiv xv *xv F xvi xvii
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Bicycle Facilities Bicycle repair shops Bicycle storage Cafe Vehicle service Ticketing office Train Station Commercial / Retail Bus / taxi Station Bus waiting area Bus Ticketing Office Manufacturing Facilities Loading area Carbon Fiber Production Area Cafeteria [factory] Carbon Fiber storage area Production office Carbon fiber components Gallery Gallery office Gallery Gallery Lobby Royal Mail Logistic Royal Mail storage Royal Mail operation office
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First Floor Plan
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Roof Floor Plan
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40 000 mm
27 000 mm 23 000 mm
15 000 mm
Roof Beam level
15 000 mm
First Floor Level
RENAULT
0 mm Ground Floor Level
-12 500 mm
-18 500 mm
Basement Floor Level
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Section A-A
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75 75 TERRACES - KUALA LUMPUR PROFESSIONAL WORK
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he development 75 TERRACES finds itself at the heart of the bustling city center of Kuala Lumpur. 75 TERRACES derived its name from the 75 units of exclusive residences, are stacked up each level a mirror to one another, and sits on spiraling podiums that ascents from the ground. It’s location at Jalan Jelatek gives 75 Terraces a primier address. In order to achieve the sought-after privacy and essential exclusivity of residential housing, design and planning are oriented towards the residents. Each units are individually designed so they evoke a unique, unaccustomed and special feeling. Luxury residents criteria includes quality of accommodation, facilities provided, atmosphere, quality of service and top class amenities. 45
TERRACE
CONCEPT
The architecture of 75 Terraces derives from the urban contextual footprint. it is the figure ground that initiates the base of the development. This idea eneables the development to integrate with the surrounding without abrupt changes to the existing milieu and social infrastructure. The base is designed to submerge seamlessly from the ground as thought it is a part of the existing urban architecture of Jelatek. As the base rises higher, the floor plate metamorphose spirally like the formation of white sails on a ship that dissolves into the sky. This configuration creates two different building orientations that reflect traces of existing context while simultaneously reconstructing a new meaning and character to Jelatek and Kuala Lumpur as whole 46
‘Landed’ Terraces Taking advantages of the growing international market for big scaled residential development, each unit are designed by imitating landed single family house that is stacked on top of one another. Spaces are extremely deep for a residential building as slabs provide shade, allowing each apartment to have private courtyards, gardens, pavilion or pool without compromising on the natural lightings. These extrusions provide shadow and reduce the solar gains of the building to a minimum. Furthermore, the relative thickness of the floor plates is substantial enough to balance the daily temperature cycles by its thermal mass, storing heat over the course of the day and releasing it during the cooler nights. It is such passive strategies that make the building a truly sustainable place to live.
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360 DEGREES Each unit are specifically designed to maximize view of the city and 75 Terraces’ park. The living spaces for units are designed with double frontages, allowing both the maximum penetration of natural lighting inside and views looking in and out of the city centre. This is achieved by eliminating the conventional housing planning of corridors and back to back cubical plans.
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75 TERRACE
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SUB - BASEMENT FLOOR LEVEL
75 TERRACE
CONCOURSE FLOOR LEVEL
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75 TERRACE
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GROUND FLOOR LEVEL
75 TERRACE
FIRST FLOOR LEVEL 52
75 TERRACES Believes sustainability is about poetry, optimism and delight. Energy, CO2, water and waste secondary. The unquantifiable is as important as the quantifiable. It is vital that we evolve towards sustainability in urban form, transport, landscape, buildings, energy supply and all of the other aspects of vibrant city livings that will involve more suitable for people. Creating environments with pedestrians, cyclists and public transport in mind is a key aspect of sustainable development. Sustainable development ties together concern for the carrying capacity of natural systems with the social challenges facing humanity. The design emphasis for a sustainable urban infrastructure is on localization and sustainable living. The aim is to reduce individual’s ecological footprint according to the principles of sustainable development in areas with a high population density.
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75 TERRACES Imposes, an ‘Optimum’ form that would provide for residents a healthy environment with daylight, air and space. Gray water harvesting is included by using catchment ponds with filter and used to water the green lawn, pot water for flushing and water for washing cars. The design opted for a passive design, which consequently leads to low energy, and low maintenance design. The bigger base of the podium is split and twisted and deformed before becoming a base for the leaner floors of the residents units. This twisted form of the podium allows for a cross-ventilation, subsequently implying the podium was molded by the wind.
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PRIVATE RESIDENCE - KUALA LUMPUR PROFESSIONAL WORK
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ur Concept Homes offer you the opportunity to build a home designed to suit your needs and your budget - giving you a space that will be uniquely yours in form and function. Combining striking external appearance with the most practical and livable interior, your home will look, feel, and be different from any other on the street. We will work with you to list a number of plans, based on your block, your needs and your budget. There is a huge range of designs experience you can choose and be inspired from. We will help you finalize your dream home and get working plans completed.
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2 FORTRESS 4 LIVING MASSING
FORTRESS
5
3
2ND ENTRANCE
FORTRESS
WATER COURTYARD
FORTRESS 1 CARS AREA
DESIGN CONCEPT 2 & 4 - protective Wall or aling - aling: Bali House, perimeter wall protecting the inner spaces. 3 - Courtyard, a court or courtyard is an enclosed area, often a space enclosed by a building that is open to the sky. These areas in inns and public building were often the primary meeting places for some purposes (private functions) 5 - Water, when we think of water we associate it with feelings of wetness and coolness.
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PRIVATE RESIDENCE
GROUND FLOOR LEVEL
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REAR ELEVATION
PRIVATE RESIDENCE
FIRST FLOOR LEVEL
ELEVATION 1
PRIVATE RESIDENCE
SECOND FLOOR LEVEL
ELEVATION 2
PRIVATE RESIDENCE
ROOF LEVEL
FRONT ELEVATION
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LOW MAINTENANCE By using smart materials like bay windows concept, double-glazed windows, asphalt shingles and vinyl siding, The Concept Homes are both low maintenance and energy efficient. Long lasting exterior surfaces ensure you never need to paint; the distinctive-looking shingles on your pitch roof won’t leak; and you won’t ever have to replace a cracked roof tile. Your windows are easy-to-clean with the tilt-wash feature and mashrabiya patterns between the layers of glass - features not found in Malaysia single-glazed windows. ENERGY EFFICIENCY Using Weather Shield’s double-glazed windows reduces heating and cooling costs. All our Concept homes have added wall and ceiling insulation and insulating exterior doors with air-tight seals. We will help you plan the orientation of your home on your block for maximum passive solar advantage.
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ARECA CONTEMPO HOMES - CYBERJAYA PROFESSIONAL WORK
A
reca Contempo Homes is a proposed landed, stratified, gated and guarded community residential project located in the Cyberjaya flagship zone. A low density, 75 acres development with direct access to a 45-acre man-made lake, Areca Contempo Homes will house the firstof-its-kind landed residences to match the needs of homeowners who want a blend of nature with luxury tailored terrace homes. Areca Contempo Homes is an alternative to the current high-rise apartments which Malaysia residents are turning to for close communities, active security features and common facilities. The houses in this project translate these elements to landed houses with good lateral spaces and lush lanscaping whilst providing a low density over a large acreage. 65
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ARECA CONTEMPO HOMES Areca Contempo Homes are designed with a vision of popular townships like TTDI, Bangsar and Damansara Heights in mind. Its concept is similar, with modern tweaks and updates to supplement current lifestyles. The development is comprised of five parcels of land, of which three parcels are proposed for residential development and two earmarked for commercial purposes. Phase 1A covers 190 unit, and more units will follow with subsequent launches. Areca Contempo Homes is located at the western boundary of Cyberjaya. It is placed along Persiaran Sepang and Persiaran Rimba Permai within the Cyberjaya flagship zone, a self-contained intelligent city with world-class IT infrastructure. It is low in density and is home to both commercial and residential property developments. Despite being a quiet enclave, it is just 33 km from Shah Alam, 30 km south of Kuala Lumpur, 35 km from KLIA and 12 km from Putrajaya. It is situated near various amenities such as schools, banks, shopping centres and office buildings such as Seri Puteri secondary school, Cyberjaya primary and secondary schools, the Multimedia University (MMU) and Lim Kok Wing University of Creative Technology. Other than those amenities, the Sepang International Circuit and the Kuala Lumpur International Airport are also in the vicinity. To get to and from Areca Contempo Homes, loads of highways and roads can be of use. Persiaran Sepang is the major road connected to the property, in which Putrajaya Link, Maju Expressway (MEX), Putrajaya - Cyberjaya Expressway and even South Klang Valley Expressway (SKVE) can be reached through to.
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Areca Contempo Homes is a part of the proposed Areca Township, which consists of 5 parcels of mixed residential and commercial developments. It is developed by Makmur Asiamaju Sdn Bhd, a joint venture between Areca Holdings Sdn Bhd and Setia Haruman Sdn Bhd. Setia Haruman is the master developer of Cyberjaya flagship zone, a low-density city in the making where 48% of its 6,960 acres, freehold land is dedicated to public amenities and greenery. Cyberjaya is poised to be an international community where the population - has grown from 20,000 in year 1997 to 75,000 by August 2014. The population is projected to grow to 100,000 by 2016.
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THE THIN GREEN LINE - LANGKAWI BACHELOR IN SCIENCE (ARCHITECTURE)
T
he Thin Green Line, intentionally highlighted on the idea of creating back the environment to overcome deforestation. It is essential to input the waste land with a building that help in reforestation. My approach is to reformulate the green environment by reconstructing the invisible senses of space and structure in a different setting and new perspective. It will be implemented as the key strategies in producing training program to protect the forest from the illegal logger. The NGO environment investigation agency reported in 2004 that large amount of wood from endangered species, illegally logged in Indonesia, were smuggled into Malaysia and processed or to exported as Malaysian wood without intervention from the authorities (EIA and TELAPAK,2004) 73
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VIEW AND ACCESS
SUN ORIENTATION
VEGETATION
Pulau Dayang Bunting or Island of the Pregnant Maiden, is situated southwest of Langkawi island, next to Pulau Tuba (Tuba Is land). Pulau Dayang Bunting is the second largest island in the Langkawi archipelago, which is made up of 99 tropical islands. Shrouded in green tropical forest, Pulau Dayang Bunting is a must-stop for an island-hopping excursion around Langkawi. In the centre of the island lies a large and beautiful lake called Tasik Dayang Bunting (Lake of the Pregnant Maiden) which is enclosed by forest-covered hills. Several legends surround the origin of this lake. One of the most popular legend tells of how the lake’s reputed power to cure infertility came about when it was blessed by a fairy princess. The fairy princess fell in love and married a mortal prince. The couple conceived a child soon after, but lost the child not long after birth. It was believed that the couple chose the lake area to bury their child and the fairy princess blessed the lake so that any woman who has difficulty to conceive will be rewarded and blessed with a child if she drank the water from the lake. Today, if you happen to visit the lake, take a good look at the hills that form the backdrop to the lake and you will see the outline of the body of a pregnant woman who is lying down on her back. The verdant green surroundings and the cool, dark green waters of lake itself makes Tasik Dayang Bunting an inviting spot and a great place for swimming.
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An approach to provide a structure/building that recreate a green environment with constructions, materials and etc. The structure able to facilitate forest ranger training center and accomodate the NGO. Researcher will research on the methods of reforestation on the site that been cleared by deforestation. The building are near to the sea for easy access to observed the illegal logger activities through out the whole island.
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CASA DE 18 - PUTRAJAYA BACHELOR IN SCIENCE (ARCHITECTURE)
T
he overall local identity of percints 18 is defined as predominantly residential and this theme is markd distinctively by the high rise residential units on the western and eastern sides of the percints. The residential developments are arranged in clusters, each with its own characteristics and qualities, along the perimeter of the central core of the percints. The clusters range from similar type housing to a mix of different housing types, with an emphasis on green spaces which act as a meeting points for residents and the same time, provide a lanscapes area for recreation purposes. 81
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The exterior precast wall panel is installed together with the floor slab
The party wall panel is installed to remarks the unit with one another
The interior wall panel is installed with the preference of the unit’s owner
All fitting such as prefabricated windows and doors position in the wall panel
Railing installed and finished are applied to complete the units
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Precast concrete piles with isolated footing to support the precast concrete columns. Beams are connected at the bottom of the column and jointed on the top reinforced concrete stumped
The floor slab positioned on top of the beam to define the basement floor
Beams located the same way like the previous but only jointed to the attached column
The floor slab put on top of the precast concrete beam and define the ground floor level
Precast concrete wall panel slotted between column and also make up the core for lift and staircase
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CASA DE 18 FIRST FLOOR LEVEL
CASA DE 18 SECOND FLOOR LEVEL
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THIRD
CASA DE 18 FLOOR LEVEL
CASA DE 18 FORTH FLOOR LEVEL
CASA DE 18 FIFTH FLOOR LEVEL
SIXTH
CASA DE 18 FLOOR LEVEL
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Copyright Š 2017 by Nik Fahmi Nik Fauzi All rights reserved. This book or any portion thereof may not be reproduced or used in any manner whatsoever without the express written permission of the publisher except for the use of brief quotations in a book review.