C O N T E N T 01 03 05
INTRODUCTION DESIGN BRIEF THE CLIENT
IDEA CONCEPTS DESIGN DEVELOPMENT PRECEDENT STUDIES BUILDING PROGRAMMES SCHEMATIC SECTION MASSING STUDIES
TECJNICAL STUDIES BUILDING INTERGRATED SYSTEM STRUCTURAL SYSTEMS BUILDING ENVALOPE
02 04
THE SITE CYBERJAYA SITE INVENTORIES
DESIGN SOLUTIONS PLANNING REQUIREMENTS SCHEDULE OF ACCOMMODATION FLOOR PLANS ELEVATIONS SECTIONS CORE DESIGN
CONCLUSION
CHAPTER 01 INTRODUCTION DESIGN BRIEF THE CLIENT
DESIGN BRIEF The Design Studio for the whole semester is focused to designing medium rise or multi storey building of significant complexity for a corporate/commercial/ government entity on a chosen site. This will give the students the opportunity to exercise understanding from the M.Arch Urban Design Studies and applying it in the designing of the medium rise building. The design problems / issues at this stage are fairly complex building projects which will require completely integrated solutions in design and technical aspects. This is to encourage students to critically assess the architectural relevance and values of a project proposal within an urban setting. They are to resolve a design task that integrates various aspects of architectural concerns including client’s brief, contextual issues, structural rationality, services requirements, selection and applications. The proposals should exhibit competency in producing a scheme that resolves site layout, efficient and flexible planning of interior space, basement parking layout, interior spaces which are responsive to human needs and comfort, materiality, façade design, as well as the project contribution to the urban environment. Knowledge of prevailing planning and building by-laws is also important.
THE CLIENT IKEA is a private-held, international home products retailer that sells flat pack furniture, accessories, bathroom and kitchen items in their retail stores around the world. The company, which pioneeres flat-pack design furniture at affordable prices, is now the world’s largest furniture retailer. IKEA was founded in 1943 by a 17 years old Ingvar Kampard in Sweden and it is owned by a Dutchregistered foundation controlled by the Kampard family. The company that was originated in Smaland, Sweden, distributes it products through its retail outlets. As of August 2009, the chain has 301 stores in 37 countries, most of them in Europe, North America, Asia and Australia. 3. Take a lead in creating a better life for the people and communities impacted by our bussiness. extending our code of conduct throughtout our value chain, be a good neighbour, act in the best interest of children and support human rights.
PEOPLE AND PLANET POSITIVE IKEA Group Sustainability Strategy for 2020 1. Inspire and enable millions of customers to live a more sustainable life at home. Take the lead in developing and promoting products and solutions that help customers save or generate energy, reduce or sort waste, use less or recycle water: at the lowest possible price.
2. Strive for resources and energy independence. Securing long term access to sustainable raw materials, promoting recycling and using resources within the limits of the planet. Produce more renrewable energy than we consume and drive energy efficiency throughout our value chain.
3. Take a lead in creating a better life for the people and communities impacted by our bussiness. extending our code of conduct throughtout our value chain, be a good neighbour, act in the best interest of children and support human rights.
CHAPTER 02 THE SITE CYBERJAYA SITE INVENTORIES
CYBERJAYA
Cyberjaya is a town with a science park as the core that forms a key part of the Multimedia Super Corridor in Malaysia. It is located in the district of Sepang, Se- langor and is situated about 50 km south of Kuala Lumpur, the capital of Malaysia. This town aspires to be known as the Silicon Valley of Malaysia. The official openingv ceremony for Cyberjaya was held in May 1997 by the former Prime Minister,Tun Dr. Mahathir bin vcleus of the Multimedia Super Corridor (MSC), now kvnown as MSC Malaysia. The site for Cyberjaya was primarily undeveloped land consisting of oil palm plantations. It has since seen extensive building activities including a boutique hotel, numerous commercial buildings, offices for MSC Status companies, universities, a community club and the headquarters for the local auwthority. It was built to bwpment Corporation (MDeC) (formerly MDC), the agency tasked with spearheading the MSC’s progress, has its headquarters in the heart of Cyberjaya.
MALAYSIA
CYBERJAYA
SCALE : NTS
SCALE : NTS
SITE INVENTORIES SCALE: NTS
CHAPTER 03 IDEA CONCEPTS DESIGN DEVELOPMENT PRECEDENT STUDIES BUILDING PROGRAMMES SCHEMATIC SECTION MASSING STUDIES
PRECEDENT STUDIES PENNOVATION CENTRE Architects: Hollwich Kushner, KSS Architects Location: Philadelphia, PA, United States Area: 69.314 ft2 Project Year: 2016
GYS VISION Architect: Morphogenesis Location: Gurgaon, India Building Type: commercial, Offices Status: Under Construction Building Size: 500,000sqft-1,000,000sqft
IDEA CONCEPT IKEA HUBHULT Architect: Dorte Mandrup Arkitekter Location: Hyllie, Malmรถ, Sweden Building Type: commercial, Offices Completion Year: 2015 Building Size: 100,000sqft -300,000sqft
BUILDING PROGRAMMES
SCHEMATIC SECTIONS
MASSING STUDIES
CHAPTER 04 DESIGN SOLUTIONS PLANNING REQUIREMENTS SCHEDULE OF ACCOMMODATION FLOOR PLANS ELEVATIONS SECTIONS CORE DESIGN
PLANNING REQUIREMENT
GROUND FLOOR PLAN SCALE: NTS
SUB-BASEMENT FLOOR PLAN SCALE: NTS
B1 FLOOR PLAN SCALE: NTS
B2-4 FLOOR PLAN SCALE: NTS
FIRST FLOOR PLAN SCALE: NTS
SECOND FLOOR PLAN SCALE: NTS
3RD-6TH FLOOR PLAN SCALE: NTS
7TH-10TH FLOOR PLAN SCALE: NTS
11TH-12TH FLOOR PLAN SCALE: NTS
13TH FLOOR PLAN SCALE: NTS
14TH-19TH FLOOR PLAN SCALE: NTS
20TH FLOOR PLAN SCALE: NTS
21ST FLOOR PLAN SCALE: NTS
LEFT ELEVATION SCALE: NTS
FRONT ELEVATION SCALE: NTS
BACK ELEVATION SCALE: NTS
RIGHT ELEVATION SCALE: NTS
SECTION Y-y SCALE: NTS
SECTION X-x SCALE: NTS
CHAPTER 05 TECJNICAL STUDIES BUILDING INTERGRATED SYSTEM STRUCTURAL SYSTEMS BUILDING ENVALOPE
BUILDING INTERGRATED SYSTEM
STRUCTURAL SYSTEM
One of the primary and predominant structural systems employed for tall steel and concrete buildings through the 1960s was the conventional rigid frame. The structural framework represents a vertical cantilever beam with a fixed base at the ground. Column sizes increase progressively toward the base of the building due to the accumulated increase in gravity loads transmitted from the floors above. Vertical steel shear trusses or concrete shear walls alone are effective in providing lateral resistance for buildings from 10 to 35 stories high. However, when shear walls or shear trusses are combined with rigid, moment-resisting frames, the interaction of the two lateral-force-resisting systems can produce greater lateral rigidity for the building and increase its capability to rise as high as 60 stories.
RIGID FRAME WITH SHEER WALL STRUCTURE
BUILDING ENVELOPE
CONCLUSION
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