PORTFOLIO
SHAZWAN MAZLAN
DESIGN
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Contents Professional Work Mega Star City
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(music city)
Kuala Lumpur, Malaysia Petronas Headquarters
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(mixed development)
Kerteh, Malaysia
Academic Work House Customizer (Master Thesis)
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(community housing)
Kuala Lumpur, Malaysia Anti Gravity
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(london music center)
London, United Kingdom RedBull Cultural Centre
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(youth cultural centre)
Putrajaya, Malaysia Growing Together
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(student housing)
Putrajaya, Malaysia
Robotic Fabrication Melt Ray
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(music festival stage table)
Dessau, Germany Reciprocal Wood Pavilion
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(100 years of bauhaus pavilion tessellated demi - reciprocal structure)
Dessau, Germany
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MEGA STAR CITY
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Courtesy GDP Architects
Location : Kuala Lumpur, Malaysia Stage : Proposal
MEGA STAR CITY a place to think, watch, build your dream, discuss, celebrate, present and be inspired. The current venue features 18,000 sqft flat floor open plan hall offer the vary latest, fully integrated audiovisual technology and free wifi access throughout. MSA is conveniently located at Kuchai Lama, a suburb situated 8km away from Kuala Lumpur City Centre. With full flag in-house audio visual equipment to cater needs from a conference to large scale concerts. Throughout events, from concept to completion, Mega Star Arena takes pride in providing expert and reliable assistance to ensure visions are recognized successfully and professionally. From corporate events, gala dinners, large scale product launches or discreet boardroom meetings, production solutions for audio visual hire, PA systems, staging, creative lighting, or set design are offered on any scale to arrive at a successful result.
Proposal with GDP Architects Music City 5
1. Arena 2. Media/Artist Arrival Lobby 3. Press Conference Room 4. Toilets 5. Service Area 6. Retail + Food & Beverages 7. Circulatory Lobby 8. The Interchange 9. Beacon Tower Lobby 10. Office/Interchange Drop-off 11. Hotel Tower Drop-Off 12. Auditorium Lobby 13. M&E Room 14. Parking (No. of Parking : 79)
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Star Valley
The Theatre
The Arena (auditorium)
Office Hub and Hotel 8
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PETRONAS HEADQUARTERS
Location
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Courtesy GDP Architects
n : Kerteh, Terengganu, Malaysia Stage : Competition
The proposal for Kompleks Operasi Petronas 3 is designed to reflect Petronas’ strive for excellence. The design is based on an optimum office grid of 3 grid by 8 grid. These modules are then stacked and rotated to create multiple spaces. Using this typology, these spaces can be expanded to cater for future planning. The culture of intellectual and self-expression is lacking in today’s society. By offering a place where this is possible, a more critical, creative and expressive society will be created and expanded progressively. Without a commercial strategy, this development will not be sustainable. Our design considers future expansion by proposing office developments at the side of the site, where the prime location would yield maximum profit from future office rental. The integration of hotel, medical and the existing Mesra mall would create an attractive spot for the community.
Competition with GDP Architects Mixed Development 11
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1. KOP 3 2. Future Development 3. Medical Centre 4. Hotel and Service Apartment 5. Existing Mesra Mall 6. KOP 2 7. Auditorium 12
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Courtesy GDP Architects
Location : Kerteh, Terengganu, Malaysia Stage : Competition
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HOUSE CUSTOMIZER
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The overload of unused spaces in the houses is a very common problem or situation in Malaysia. As the family grows, the number of spaces in the house is also increasing. The result of this pattern will come to an effect when all the children are moving out from their parents. It is in human nature that parents always going to make something comfortable and luxury for the children. As for the parents, theoretically, they only need a basic space for them to live such as bedroom, living, toilet, dining, and kitchen. The question is What is going to happen with the spaces that their children left? Can’t the children bring them along?. This housing unit can be an expandable and shrinkable accordingly to the user preference. This system is rooted based on the Malaysian vernacular building system which the resident can expend or remove a part of the housing space as needed. The reciprocal system is introduced to the project as a structural system for the building. By developing the system based on a reciprocal wood structure proposes not only design to construction but also provides opportunities for integrating functions in the exterior facade and the interior spaces. In addition to the building construction, the main material for the building is using the local wood that accessible in Malaysia. With implementing advanced methods of computational design, the user can customize their space or unit based on their need or the space intended function. The form-finding for the unit or space its self is created with the help of parametric modeling using physics solver.
Academic, DIA Community Housing 17
Polyhedron Deformation based on Function
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The example of interior in non-symmetrical polyhedron, the design of the space is more adaptable to the function Studio Unit
Floor Area Total Volume
Duplex Unit
: 45 m² : 204 m³
Triplex Unit
Floor Area Total Volume
Floor Area Total Volume
: 67 m² : 320 m³
Family Unit
: 105 m² : 448 m³
Floor Area Total Volume
: 155 m² : 768 m³ 19
Structure Optimization
the unit cluster
surface edges
support point
load point
local axes
reciprocal structure
define the connection of structure
circular profile
optimized rectangular profile 20
Facade Design
400 - 800 kWh/m²
800 - 1200 kWh/m²
1200 - 1600kWh/m²
small openings are created
medium openings are created
large openings are created
the unit cluster
radiation result
optimized opening 21
Materialization
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ANTI GRAVITY
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The DESIGN VISIONS for the music center are The option creates potential to connect the Highwalk to the Centre for Music and also to connect the Highwalk to street level. The Highwalk can connect to the upper levels of the Centre for Music and the public spaces of the Core, which also provides the opportunity to bring the Highwalk to street level. The main plaza aims to integrate the new components of music centre. It acts as a node, promoting a smooth flow of internal circulation as well as external circulation. To further improve mobility within the site, a drop-off to the plaza is acting as the main drop-off for the whole building. The new Centre for Music hall, with its focus on providing the right environment for excellent acoustic music-making, with a significant number of choir and audience seats behind the stage, there will be scope for a different kind of intimacy and a more immerse audience experience. Income generation is a key aspect of the next phase will look at the overall income potential of the organizations, particularly in relation to commercial potential. As previously stated, the Barbican has successfully built a professional, sales driven commercial function successfully growing its income streams.
Academic, DIA London Center for Music 27
1. Digital learning hall 2. Main drop-off area 3. Lobby 4. Ticketing area Cloakroom Toilet Information center 5. Stage 6. Control room Rehearsal room Green room Storage Toilet 7. Restaurant
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Form Finding (auditorium)
Surface Curvature Analysis
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Form Finding (building)
Surface Curvature Analysis
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REDBULL YOUTH CENTRE
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“ We try not to start with concepts. Its physical. We walk and study the site. Use all senses. We immerse ourselves in research, getting our heads in the culture. What stand out? I don’t mean the obvious - don’t make the building look like iconic cactus. Look at the story - plants struggling to live in that environment. What colours, shapes, texture, movement, drama need to be in the story of your building? ”. The intention design should strive to conceive a cultural center that creates essential facilities and conveniences for the youth and recreational environments that governed by laws and authorities. This design of the cultural center is encouraging the youths to live a healthy lifestyle and where they can express themselves better. The building design based on the sprawling from a center point located in the middle of the site to emphasize the maximum usage of the site area. Redbull cultural center consists of irregular form based on the combination of hexagons. As the structure of the building is entirely constructed by steel, the exterior and interior wall are covered by composite aluminum cladding.
Academic, UiTM Youth Cultural Centre 35
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1. Medical Room 2. Media Room 3. Cafeteria 4. Basketball Court 5. Indoor Skate park 6. Auditorium 7. Drop Off Area 8. Outdoor Skate park 9. Parking 10. Services Area
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GROWING TOGETHER
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Most colleges and universities provide single or multiple occupancy rooms for their students, usually at a cost. These buildings consist of many such rooms, like an apartment building, and the number of rooms varies quite widely from just a few to hundreds. This convenience is a major factor in the choice of where to live since living physically closer to classrooms is often preferred, particularly for first-year students who may not be permitted to park vehicles on campus. The design focuses on functionality in planning to produce innovative solutions that relate to context, scale and building users, emphasize the use of local materials in creating quality spaces and integration with the site context whilst retaining the natural physical features of the site as much as possible. The concept for this structural is called plug-in modular structure as the IBS structure. For this type of structure of building there are several parts which are the first part using steel I-sections and H-sections to build the frame mesh to hold the modular room. The other part is used confine concrete or concrete filled steel tubes for the slanting column to brace the structure for seismic action. The final part is the modular room, where each of the room will be designed and construct at factory and transport to the site for fitting and installing. This structure will utilize the usage of steel for the structural component as well as aesthetic value for the building structure.
Academic, UiTM Student Housing 41
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IBS Construction System
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MELT RAY
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The project “Melt-Ray� aimed to fabricate part of 360 degrees performing stage for both Melt music festival and 100th Bauhaus anniversary designed by architecture master students at DIA Dessau. Knowing the overall design of the stage, students picked a proportion of the whole stage as a meso scale in which depicted most of the general design characteristic and yet could be shown stand alone. Hence, the project detail design began with a back and forth method between computational design and fabrication feedbacks. The basic nodes and network between them extracted based on the user requirements such as a deck for one large and one medium instrument which could bear the load up to 60kg, integrated built-in speakers and integrated light design. Understanding the basic lines, we created a network of mesh extrudes with variation in thicknesses founded upon the supports and loads in Karamba physics to clarify the main structure. Three material is needed to coat eps by fiberglass. A woven fiberglass on the first layer, a mat fiberglass for the second one and resin/epoxy should be applied on both sides of each fiber layer. Methods of applying the coating materials has been tested in TU Delft’s Hyperbody with different fiberglass and resins. Utilizing a revolutionary algorithm, each piece were oriented and rotated three dimensionally in an optimized bounding box to minimize the material waste. Therefore, 21 pieces were cut one by one and tagged by names to be ready for the subtraction process.
Robotic Fabrication, DIA Music Festival Stage Table 45
Line to Volume
Stage Size Configuration
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Fabrication Optimization
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Structure Optimization
Mesh Analysis
Surface Curvature Analysis
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RECIPROCAL WOOD PAVILION
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In order to commemorate the 100 years anniversary of the modern German Bauhaus School, the Dessau International Architecture Master students of Anhalt University design the following pavilion located in Dessau-Rosslau, Germany. The location of the proposed pavilion is close to the emblematic Bauhaus building and also to the campus of the university. The following research is based on the idea of the reciprocal timber structures as a constructive system and its applications. The reciprocal frame is a threedimensional grill age structure mainly used as a roof structure, consisting of mutually supporting sloping beams placed in a closed circuit. The inner end of each beam rests on and is supported by the adjacent beam. At the outer end the beams are supported by an external wall, ring beam or by columns. The mutually supporting radiating beams placed tangentially around a central point of symmetry form an inner polygon. The outer ends of the beams form an outer polygon or a circle. However the proposed system not correspond completely to the rules of a typical reciprocal system, in terms of generative rules or elongation of the connecting members of the fans (units).Therefore, instead a demi-reciprocal approach is explore.
Robotic Fabrication, DIA 100 Years Of Bauhaus Pavilion Tessellated Demi Reciprocal Structure
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Form Finding Analysis - Karamba
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Reciprocal Frame Analysis - Growth
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