farisazim’s portfolio
master of architecture (IIUM) Part 2 bachelor of science (architecture) (IIUM) Part 1 past working experience
curriculum vitae
education 2018-2020 Master of Architecture, LAM (Part 2) CGPA 3.84 International Islamic University Malaysia (IIUM) Final Design Thesis on “Levee Ganglia: Proposed Sustainable Orang Asli Settlement at Ulu Jelai Hydroelectric Dam, Cameron Highland, Pahang, Malaysia”. The jury called this design as “complex, sophisticated and well researched” on its representation of Orang Asli cultural and lifestyle. Click here for full publication. Click here for video animation. 2013-2016 Bachelor of Science (Architectural Studies), LAM (Part 1) CGPA 3.49 International Islamic University Malaysia (IIUM)
MUHAMMAD FARIS AZIM AB RAZAK Graduate Architect LAM Part 1 & Part 2
contact Kuala Lumpur, Malaysia +6013-4758589
about me I have a passion to produce the best outcome in every building works including architectural drawings. I believe that I am a reliable team player in group works and always ensure that we win as a team in every projects that I am involved. I enjoy adventure and challenge to be explorative in the design work followed by a positive attitude to produce an excellent outcome. Furthermore, I pay attention to the tiniest details so that every result would be to the utmost perfection. I am looking forward to expand my creativity, skills and knowledge in architecture so that I can improve my ability to contribute more to the community
skills
farisazim.mail@gmail.com issuu.com/farisazim
Drawings & Graphics Autodesk Autocad, Sketching, Hand Drafting, Adobe Creative Cloud Suite
farisazim_ www.linkedin.com/in/farisazim
3D Modelling & BIM Google Sketchup Pro, Autodesk Revit, Rhinoceros 3D
interest
Architectural Rendering Lumion, Autodesk 3Ds Max, Enscape, Sketchup VRay, Next Limit Maxwell
Business Management Travelling Gadget Theatre Documentaries Film Art
language Malay English Arabic Turkish Mandarin
reference Availabe upon request
• Scholarship Award PAM-Inovar Scholarship Award 2019 • Silver Award - ARCASIA TOY 2020 (International) Second Place for Thesis of the Year Awards 2020 in all Asia Country • Participant (International) Mevlana Exchange Programme - Sakarya University, Turkey 2019/2020 • Participant (International) Live Design Discourse, Pangkal Pinang - Bangka Belitung, Indonesia 2019 • Top 14 Finalist Asia Young Designer Award 2020 by Nippon Paint over 350 entries • Top 15 Finalist Architalent, Design Competition in conjunction with ARCHIDEX 2019 • Gold Award PAM Annual Architecture Student Work Exhibition 2018 “VIA” • Participant MSSA Steel Airport 2019 and FELDA 2.0 Timber 2018 Design Competition • Best Designer Award 2014 • Dean’s List Award • First Prize Winner 27th PAM Architectural Workshop Installation Competition 2015 • Semi-finalist ASTAR Open Debate, University Malaya 2014 • Committee Pertubuhan Arkitek Malaysia (PAM) ARCASIA Student Jamboree 2013 • Participant 26th & 27th Pertubuhan Arkitek Malaysia (PAM) Architectural Workshop • Programme Manager Heritage Studies Exhibition 2016 - IHSAN 2016, Annual Grand Dinner 2014 • Volunteering Community Services at Rumah Perlindungan Al-Nasuha, Batu Caves and Kg. Ujung Bukit, Perlis
experience November 2019 - present NRY Architects - Graduate Architects Design, planning, draw & visualise Melaka Villa (99 bungalow and a clubhouse) from Design Schematic until Tender Drawing (on going), Design planning and draw Quaver Seri Kembangan from Design Schematic until Builing Plan Submission (on going), Involve in preparingand designing new proposal for client or investor. etc. January 2017 - August 2018 GDP Architects, Adaptus Design System - Architectural 3D Designer Design, planning & visualise masterplan for Pulau Indah Development for Selangor Biobay, assist in designing signages for Kuala Lumpur Eco City (KL Eco City), designing and visualising architectural images for several projects, i.e.; Seri Tanjung Pinang, Pulau Pinang International Airport, Tijani Raja Dewa, Kelantan, SPNB Bukit Berangan, Terrenganu, Guocoland terrace, etc. Designing and preparing Development Order (DO) submission rendering for The Peak, Damansara and Emerald Hills, Alam Damai. Designing architectural products. Able to handle 3D printer machine and laser cut machine October 2016 - December 2016 Prisma Athira Architect - Architectural Assistant Developing a masterplan for Juasseh development from design development until Development Order (DO), making a proposal for refurbishment of Selayang Mall, Tahfiz school and apartment proposal, assisting in making amendment of Construction Drawing for Kerteh Interplant Clinic, attend meeting with the client and consultant, present idea to the client, etc May 2013 - June 2013 SK Sungai Ramal Luar - Substitute Teacher Teaching standard 3 student Malay Language, Music, Moral, Art and substitute any class as per requested by headmaster, attend meeting with the parent
Freelance Architectural rendering, Sale & Purchase pamphlet, logo, t-shirt, banner, bunting & any related design work
curriculum vitae
awards & involvement
in this portfolio
academic projects/ competitions Master of Architecture - LAM Part 2 • 001 - Design Thesis Project Levee Ganglia : Proposed Sustainable Orang Asli Settlement at Ulu Jelai Hydroelectric Dam, Cameron Highland, Pahang, Malaysia • 002 - High Rise Project Affordable Housing for Perumahan Penjawat Awam Malaysia at Kota Damansara, Selangor, Malaysia • 003 - Masterplan Project Proposed Heritage University of Art & Design - Masjid Al-’Azim at Bachok, Kelantan, Malaysia Bachelor of Science (Architectural Studies) - LAM Part 1 • 004 - Graduation Project Rakyat : Proposed Culture & Event Centre at Kangar, Perlis, Malaysia • 005 - Urban Design Project The Seth: Shelter of Educational & Training Centre for Homeless Children at Chowkit, Kuala Lumpur, Malaysia • 006 - Multidisplinary Project Dendep : Redevelopment of Orang Asli Museum at Batu 12, Gombak, Selangor, Malaysia • 007 - Environment Project Eco-Bio Art Studio : Calligraphy Artists Eco-Studio at Kalumpang Resort, Hulu Selangor, Malaysia Competitions • 009 - Architalent Design Competition in conjuction with ARCHIDEX 2019 (Top 15) Langkawi Airport Terminal 2 at Pulau Langkawi, Kedah, Malaysia • 010 - FELDA 2.0 Timber Design Competition by Malaysia Timber Industry Board Lurah Bilut : Odyssey for Better Future at Bentong, Pahang, Malaysia • 011 - YALA Asia Islamic University of Science and Technology (2nd Place) Masterplanning and Conceptual Design in AIUST, Yala, Southern Thailand, Thailand • 012 - Live Design Discourse at Pangkal Pinang, Indonesia 2019 Kartini Heritage Street, Pangkal Pinang, Bangka Belitung, Indonesia • 013 - MATRA 28th Architectural Workshop by Pertubuhan Arkitek Malaysia BU-OY : Agro Survival Time Capsule for Evolutionary Travel in 2116
in this portfolio
past working experience GDP Architects, Adaptus Design System, Bukit Damansara, Malaysia Architectural 3D Designer • Pulau Indah Development for Selangor Biobay Design, planning & visualise masterplan for the project • Developing 3D Design and Modelling Linari Damansara and 38 Bangsar by UDA Holdings • Designing and preparing Development Order (DO) submission rendering The Peak, Damansara, Ampang Apartment and Emerald Hills, Alam Damai • Architectural Design and Visualisation Seri Tanjung Pinang, Pulau Pinang, Pulau Pinang International Airport, Tijani Raja Dewa, Kelantan, SPNB Bukit Berangan, Terrenganu, Grandis Kota Kinabalu, Glengowrie Masterplan development, Guocoland terrace, etc. • Architectural Product Design Assist in designing signages for Kuala Lumpur Eco City (KL Eco City), designing architectural products • 3D Physical Modelling Able to handle 3D printer machine (plastic and powder) and laser cut machine • Others Attend meeting with the client and consultant Prisma Athira Architects, Taman Danau Kota, Malaysia Assistant Architect • Juasseh Mixed Development Developing a masterplan for Juasseh mixed development from Schematic Design until Development Order (DO) • Design Schematic Proposal Refurbishment of Selayang Mall, Tahfiz school, Rumah Selangorku apartments and other apartments design proposal • Others Assisting in making amendment of Construction Drawing for Kerteh Interplant Clinic, attend meeting with the client and consultant, present idea to the client, etc
001
001 Design Thesis Project Levee Ganglia: Proposed Sustainable Orang Asli Settlement at Ulu Jelai Hydroelectric Dam, Cameron Highland, Pahang, Malaysia
Full publication CLICK HERE
Video animation CLICK HERE
Mega project often leaves its consequences. In this context, the construction of the Ulu Jelai Hydroelectric Dam at Cameron Highlands, Pahang Darul Makmur, Malaysia give a significant impact on the Orang Asli communities (aborigines) there. As three villages have been sinking by the dam water, relocation of the villages seems to fail due to insensitive consideration of cultural and lifestyle factors. A design proposal of a new sustainable settlement for Orang Asli by focusing on the close-loop economic system in the design brief has been implemented throughout the design stages. Few components in the design scheme have been designed thoroughly to achieve a sense of place and genius loci. “Modular Housing System” that can be installed by Orang Asli themselves and “Community Tower” for gathering & sustainable energy collection are part of the residential programme designed to benefit the Orang Asli Community. Next, to make sure the close-loop economic system happened, “Agricultural Pod” is design to create job opportunities in order to help them sustain their financial income. Few other programme come along the way too in the design scheme to complete these loops. The outcome of this design hopefully can restore the ecosystem that will eventually invite nature back in the environmental cycle, thus creating a new architectural image for Orang Asli.
001 Aerial view towards the Residential Cluster overlooking the Community Centre, connecting Passageway and Modular Orang Asli House
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A A
B
B
C
A
View towards the Agricultural Pods overlooking the Residential Cluster from the main Passageway
design thesis element
design thesis aim & objectives
A
This study aims to design a sustainable Orang Asli settlement at Ulu Jelai Hydroelectric Dam, Cameron Highland, Pahang, Malaysia. This design proposal will indirectly impose a "win-win" situation to both parties involved, which are Tenaga Nasional Berhad and Orang Asli communities, regarding the issues of the construction dam.
Residential Orang Asli house Community tower - Community Gathering - Water tank - Atmospheric water collector - Concentrated Solar Power Community centre - Water pavilion - Musolla - Playing area - Public gathering - Resident parking B Agricultural Aquaponic Aeroponic Indoor farming Green house Fish farm Sorting centre C Cultural Orang Asli Market TVET Workshop Empowerment centre Education Warehouse Distribution centre Public Engagement Building Maintainance Services
The objectives are 1) to design a sustainable and culturally sensitive settlement based on Orang Asli culture and lifestyle 2) to implement a close-loop circular economy system that can sustain and equip Orang Asli for future possibilitieS 3) to speculate Orang Asli settlement's new architectural image in terms of style and visual with respect to the culture
design brief development The development of the design brief is to equip the design program that can fit the Orang Asli community that eventually will help them to improve a few aspects of life. By enhancing three-component, which are Ecology, Economy and Social, it hopes to create a closed-loop circular economy system that can benefit all of these components. However, to design a sustainable settlement within this concept, the perspective on sustainability is different in a circular economy than in a linear economy. When working on sustainability within a linear economy, the focus is on eco-efficiency. It will minimise the ecological impact of the same output. This will extend the period in which the system becomes overloaded (Di Maio, Rem, Baldï, and Polder, 2017). Within a circular economy, sustainability is sought to increase the eco-effectiveness of the system. This means that not only the ecological impact is minimized, but that the ecology, economic and social impact is even positive (Kjaer, Pigosso et al. 2019). All of this programme within the settlement is thoroughly design in the scheme. Hence, these elements can function together as an ecosystem that will balance each other out.
how to view this project? Negative impact of the dam Impact towards the surrounding area and environment
Resettlement of the Orang Asli at Kg. Leryar did not success
World wide example that the problem did not solve
Positive impact of the dam Supply electrical needs
Improve daily jobs through the need of electricity
Speculative design solution Integration of the sunken village into the design scheme
Both parties will receive benefit through this project
Restore & create better ecosystem of typology in the future
Act as a catalyst in the development of Orang Asli
Section cut through the Housing Cluster showing the Community Tower and Modular Orang Asli house in the scheme
Section cut through the Modular Orang Asli house revealed different type of activities taking place in the house
Interior view of the Modular Orang Asli House overlooking the whole development scheme by the adjustable window
orang asli modular house (Type A1)
modular components (Type A1)
Rafters
Wall 2
Column 1
Mini Column 1
Window
Roof hip
Mini Column 2
Wall 1
Beam 3
Door 1
Operable roof
Column 2
Beam 2
Door 2
Wall connector
Railing 2
Stump
Railing 1
Floor
Kitchen unit
Beam 1
Roof shingle
installation method of the modular house
Step 1
Step 2
Step 3
Positioning of the concrete stump. This to ensure stability of the building base. The height may be different as to fit the suitability of different site contour
Rectification of the modular column unit. The additional height of the column is depend on the house design
The installation of the modular primary floor beam unit to the modular column unit
Step 4
Step 5
Step 6
Installation of the steel stiffener on the beam to hold modular secondary beam unit by using bolt and nut
Rectification of the secondary beam on top of the primary beam unit
Installation of the modular flooring unit to the stiffener
Step 7
Step 8
Step 9
Installation timber flooring on the modular flooring unit
Positioning of the wall connector on top of the floor
Rectification of the 2 types modular wall unit with modular window unit and modular door unit
Step 10
Step 11
Step 12
The insertion of the window and operable door in the house
Positioning of the modular roof beam on top of the column
The installation of the modular rafter unit on the roof beam by resting on it
Step 13
Step 14
Step 15
Locating the mezzanine floor unit
The installation of the modular roof shingles
Locating the modular kitchen and modular railing unit
section
Blow-up detail A
Blow-up detail B
Blow-up detail C
Blow-up detail D
Blow-up detail E
Blow-up detail F
Specifications 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
1000mm by 500 mm Modular timber flooring frame 100mm Ø Hollow steel secondary beam 100mm Ø Hollow steel primary beam with customised steel plate connected with bolt and nut 200mm by 200mm concrete stump Composite flat roof tile shingles 100mm Ø Hollow steel roof beam with customised steel plate connected with bolt and nut 75mm Ø Hollow steel rafters 1000mm by 500mm Modular wall with interlocking system Bamboo flooring for the mezzanine floor Timber staircase connected to the mezzanine floor 50mm by 50mm hollow steel floor beam Customised steel plate holding the mezzanine floor connected with bolt and nut 1000mm by 500mm Modular wall with interlocking system 1000mm by 500mm Modular wall with interlocking system 100mm Ø modular steel column with 1000mm height Metal stiffener to hold the beam in the place connected with bolt and nut Customised steel plate holding the mezzanine floor connected with bolt and nut Metal stiffener to hold the beam and rafters in the place connected with bolt and nut 100mm Ø Hollow steel roof beam 1000mm by 500mm Modular planter box Modular ktichen set 1000mm by 500mm Modular railing with bamboo finishes L-shape steel plate to hold the modular railing unit
possiblities on house layout arrangement
Type A1
Type A2
Type A3
Type B1
1- 16m Room 1- 6m2 Kitchen 1- 4m2 Bathroom 1- 22m2 Outdoor space
1- 8m Room 1- 6m2 Kitchen 1- 4m2 Bathroom 1- 30m2 Outdoor space
1- 4m Room 1- 6m2 Kitchen 1- 4m² Bathroom 1- 34m2 Outdoor space
1- 38m2 Room 1- 8m2 Kitchen 1- 4m2 Bathroom 1- 30m2 Outdoor space
Type B2
Type B3
Type B4
Type B5
1- 32m Room 1- 8m2 Kitchen 2- 4m2 Bathroom 1- 32m2 Outdoor space
1- 30m Room 1- 8m2 Kitchen 1- 4m2 Bathroom 1- 38m2 Outdoor space
1- 38m Room 1- 6m2 Kitchen 1- 4m2 Bathroom 1- 32m2 Outdoor space
1- 32m2 Room 1- 14m2 Kitchen 1- 4m2 Bathroom 1- 30m2 Outdoor space
Type B6
Type B7
Type B8
Type B9
1- 22m2 Room 1- 8m2 Kitchen 1- 4m2 Bathroom 1- 46m2 Outdoor space
1- 24m2 Room 1- 6m2 Kitchen 1- 4m2 Bathroom 1- 46m2 Outdoor space
1- 20m2 Room 1- 6m2 Kitchen 2- 4m2 Bathroom 1- 50m2 Outdoor space
1- 16m2 Room 1- 8m2 Kitchen 1- 4m2 Bathroom 1- 52m2 Outdoor space
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2
2
2
2
2
evolution & extension of the house As the Orang Asli house are designed to be in modular, a case study of Traditional Malay house Common sequence of extension in Malay House (Lim Jee Yuan, 1987) show a great example on how to extend the house. Sequence by sequence shown in the figure below
Rumah Ibu
Serambi Gantung
Rumah Ibu
Serambi Gantung
Dapur
Lepau
Selang & Dapur
Lepau
Anjung
Adaptation from the Traditional Malay house is used to demonstrate the flexibility of the house to expand from typical type to bigger type. For example, the house can evolve from type A1 to type B2,B4 and B5.
Type A1
Type B2
Type B4
Type B5
Step 1
Step 2
Step 3
Step 4
Identify the area that need to be extended
Remove part of the house in order to extend
Insert additional house component to the original house
Complete !
Axonometric X-Ray view of the building detail
Connection detail
Parallel section cut through the residential cluster
Blow-up detail A
Blow-up detail B
Specifications 1 200mm diameter of atmospheric fog water collector gutter flow to the water tank through filtration system 2 145mm rain water gutter flow to the water tank through filtration system 3 100mm by 100mm H Beam connected with metal plate to slanted 100mm by 50mm hollow steel using bolt and nut system 4 1700mm height bamboo facade screening 5 “Adjust A Jaw” cable railing framework connected to 100mm by 50mm intermediate hollow steel beam and 100mm by 100mm H Beam column 6 Timber flooring finishes connected to 80mm by 50mm floor joist with 100mm by 100mm H Beam steel as floor beam 7 205 gallon water tank to manufacturer’s detail 8 50mm by 50mm hollow steel as facade finishes connected to 100mm by 50mm hollow steel by using bolt and nut system 9 100mm by 100mm supporting H Beam structure connected to 100mm by 100mm H Beam steel floor beam using bolt and nut system
sustainability approach Atmospheric Water Collection System Rain Water Harvesting System
Concentrated Solar Power System
A - Natural collection of water such as fog and rain water are diligently harvest
A - Ray from the sun hit the system
B - Netting for atmospheric water collection or fog water collection is strategically put on the top part of the residential tower
B - Reflector receive the sun ray and bounce back to the receiver engine. The parabolic design of the reflector give focus to the receiver which the temperature can reach more than 400 degree celcius
C - Gutter for the rain water harvesting, then will be direct to the filtration system
C - Receiver engine then convert the heat energy into the fluid that circulated into the system
D - Water filtration system installed to filter fog water and rain water that have been harvest to ensure safety of the water quality
D - The fluid then run through the heat exchanger to create steam. The steam will initiate the turbine; thus producing electricity. Electric will store into the battery system and use when needed
E - 205 gallon of water tank used in the design scheme to make sure that it is easy to transport, modular in system and efficient in term of placement. This water in the tank then will be distributed F - Water is then distribute to the community housing for grey water system and daily use
E - Electricity that generated and stored in the system then distributed to the community housing and daily use
Outside view from the House to the Community Tower, Agricultural Pods and Cultural Centre
Section cut through the Agricultural Pod exposed different type of activities taking place in the scheme
aquaponic & aeroponic tower Lux Simulation Simulation of lux at the tower for measuring the brightness of the spaces thus measuring luminous flux per unit area
500
120,000
8.10 am
A - Rotational planter area which can accommodate 27 plant’s box in one rack. The whole system have 4 rack which equivalent to 108 planter in a system. One floor of aquaponic and aeroponic planting can fit with 4 system. Total planter in one floor is 432 planter B - Fish farm water tank. One tank in the system can be filled with 18.81 metre cube of water. One floor of fish farm can be equipped with 4 water tank with resulting in 75.24 metre cube of water C - Structural member of the system
3.30 pm Full-sun plants usually need at least 25,000 to 50,000 lux to do well. The minimum lux reading of the tower is around 60,000 lux. Hence, the building is well received with sunlight
Axonometric X-Ray view of the Agricultural Pod
View towards the Agricultural Pods from the water witnessing the harmonious connection of the man-made items with the nature
Parallel section cut through the Agricultural Pod
Aerial view of the whole development demonstrated the connection between Residential, Agricultural and Cultural component
green house planting Type A Planting Aquaponic - on table planting Cabbage, Spinach, Lettuce, Broccoli, Celery
Type A Planting Elevated soil bag Strawberry, Green bean, Pea, Green onion
Type A Planting Creepers planting Cucumber, Eggplant, Bell pepper, Zucchini
Type A Planting On ground planting Potato, Carrot, Pumpkin, Watermelon
Type A Planting Staggered planting Tomato, Bitter gourd, Salad gourd, Cauliflower Type A Planting Raised box-bed planting Flower, Chili, Coriander, Mint, Corn
002
002 High Rise Project Affordable Housing for Perumahan Penjawat Awam Malaysia at Kota Damansara, Selangor, Malaysia
Urbanisation forces to people moves from villages to city. This condition will lead to the increasing of population and instant demand for housing development. Thus, this project intend to reimagining affordable housing into kampung setting, with hope it will create a nostalgic moment on village setting in modern way and fir perfectly in urban development. Design brief were arranged systematically to infuse PPAM project development. Hence, a combination of affordable housing, kampung setting and community housing were integrated along the design process. The proposed site were located at Kota Damansara, which the area surrounded with housing development like PPR Kota Damansara and Latan Biru Apartment. Next to the proposed site is SMK Section 8 Kota Damansara which make a huge advantages towards the access of public transportation from the site and into the site. Moreover, the existence of food hawkers along Jalan Pekaka 8/1 become an opportunity for the area to be celebrated and become a point to generate income. All of the design element infused intelligently into the design scheme and place properly into the spatial arrangement. Kampung + living room is the movement to propagate and metaphor the element of living room into the kampung by symbolizing it.
002 View from Jalan Pekaka 8/8 towards the development
Ground floor plan
Basement 1 floor plan
site introduction
sun orientation
wind direction
view analysis
zoning programme
pedestrian circulation
car circulation
public realm
services circulation
resident circulation
view optimisation
core placement
connecting podium
podium levelling
qiblah axis : public axis
celebrated plaza
staggered plaza
uplifting the tower unit
form introduction
manifestation of kampung (village) elements in the design scheme
kampung + site plan layout
kampung + block tower layout
kampung + unit layout
kampung + site plan layout
kampung + block tower layout
kampung + unit layout
kampung + site plan layout
kampung + block tower layout
kampung + unit layout
kampung + site plan layout
kampung + block tower layout
kampung + unit layout
kampung + site plan layout
kampung + block tower layout
kampung + unit layout
kampung + lanai + floor plan
lanai 1 extended personal spaces
lanai 2 extended community spaces
lanai 3 private personal spaces
The using of Areca palm (Pokok Pinang) at the entrance of the community hall, create symbolic in Malay tradition as its fruits usually use when enter someone house
Seamless integration between nature and man-made
Celebrated public plaza to the food court
Section A-A
Section B-B
Blow-up Detail A
Blow-up Detail B
Blow-up Detail C
003
003 Masterplan Project Proposed Heritage University of Art & Design Masjid Al-’Azim at Bachok, Kelantan, Malaysia
The design inspired from the location of the site, which is located at Bachok. Official flowers for Bachok district is Bunga Tanjung and to intrepreted this connotation into physical element, a ventilantion panel from an traditional old house at Kelantan; a house of Haji Mohamad Dobah, located aat Jalan Post Office Lama in Kota Bharu that were built in 18th century, were picked to be the main element for the design process. All of the design principle and element are integrated in planning and massing of the masterplan. From that ventilation panel, the main symbol from that traditional malay carving is “punca beribu”. Punca beribu represent the power of mom that control everything in the house. Thus, this element represent as masjid in the masterplan. Masjid becoming centre of the masterplan and a focal ponit for people to go to other places. As punca beribu, rukun Islam and Iman are the foundation of our life as a Muslim. Those element are incorporate in the design scheme. The combination of 6 sides, 5 sides and 4 sides of polygon used as the basic shape of the design. The ratio of Masjid Kampung laut to the roof tip of mosque height and ratio of Masjid Negara to the minaret height used as a comparable study in the design scheme.
003 Aerial view of the whole masterplan complex
masterplan layout
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8
10
12
11 5 3
4
2
18
1
17
6 7
18
13 16
15
14
Legend 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18.
Security Admin Building Library Masjid Main Hall Faculty of Art and Heritage Faculty of Architecture Faculty of Cullinary and Hospitality Faculty of Multimedia Communication Faculty of Performing Arts One Stop Center Hotel Stadium Outdoor Court Swimming Pool Solar Farm Bus Depoh Student's Hostel
permeability & accessbility Issues • Site surrounding not pedestrian-friendly neihbourhood, the design of on-street pedestrian spaces is not well practice; • Existing pedestrian street not well maintained.
Missions • Encourage the use of transportation other than personal vehicles; Creating comprehensive and appeal pedestrian in the campus
Objectives & Strategy • Campus planning will reduce the number of automobiles on campus and encourage alternative modes of transportation • Shuttle busses and bicycles in order to minimize vehicular congestion and support the Climate Action Plan and campus sustainability priorities; • Encourage pedestrians to move easily and safely across the campus ; Through appropriate design in and between campus areas and through; • Careful management of vehicular flow; • Circulation patterns, a landscape framework, an open space network; • Predescribed building placements will connect the spaces, corridors and district within a unified campus setting.
campus district & campus growth Issues • No proper community space to gather • Lack of sense of place
Missions • Strengthen community connection; • Enhance campus security; • Emphasize the importance of open space.
Objectives & Strategy • Campus design will affirm the essential importance of open spaces (natural areas, student plazas, patios, places to sit) to the image, organization, and quality of the campus environment; • Planning and design pattern will strengthen connections to the surrounding neighbourhood communities and ensure that the campus is an important and attractive destination for local especially in Bachok region; • Planning and design of all areas of campus will make personal safety and the security of public and personal property a priority; • Embrace campus tradition and heritage; • Plans will respect historic and existing development patterns, affirm intrinsic cultural and social traditions and reinforce important district of specific landuse and physical characteristic; • Emphasize the importance of open space;
environmental stewardship & sustainability Issues • Heavy rainfall distribution, with excellent water catchment areas; • Major swarm surrounding the site.
Missions • Practice environmental stewardship in landscape design a maintenance.
Objectives & Strategy • The campus plan will protect and enhance existing natural environment such as floodplains and wetland and create connections with adjacent habitats. Campus planning will be guided by principles of smart growth and environmental stewardship; • Propose revitalization of swarm area into wetland; • Existing water body can be center for of any activities or recreatio al spot and integrate with native greeneries and tropical plants; • Surrounding landscape needs to be replanned in a manner that can enhance visual aspect of the area and in term of security and privacy; • Propose to preserve the water canal for irrigtion of nearby agriculture land; • Design attractive campus landscape to bring aesthetic pleasure to the campus community; • Enhance environmental performance of building and utilities on campus.
concept development
Analysis on application of Bunga Tanjung in Malay wood carving
the above diagram shows a carving panels of Haji Mohamad Dobah's house. The carving panels is Awan Larat carving with "Punca Beribu". Punca Beribu is a symbol referring to the power of a mother that control all the spaces in the house. "Bunga Tanjung" is used as the Punca Beribu and become the core in the design composition
[natural element] bunga tanjung
Aerial view of the masjid enhancing the mixture of nature and structure
official flower of Bachok district
[physical element] panel at Haji Mohammad Dobah house ventilation panel that have Bunga Tanjung as main element
[philosophical element] design principle element extracting design element that intrepreted in the design scheme
[islamic element] foundation of a muslim using Rukun Iman and Islam as basis of Allah servant
Interior view of the Main Prayer Hall
Connecting bridge that link the whole masterplan to the masjid complex
Section A-A
Ground floor plan
Second floor plan
Section B-B
Blow-up detail A
View of the courtyard overlooking the main prayer hall
The penetration of the natural light into the building complex incite the cross ventilation
004
004 Graduation Project Rakyat : Proposed Culture & Event Centre at Kangar, Perlis, Malaysia
The design intend to promote a good circulation within the building to the user. The space connected by green ramp through the bazaar with interactive gallery that will give information about Perlis to the user. Integrating the passive design strategy as part of the design development in the building scheme. This indirectly will priorities Putra Regency Hotel as the client and complement the lacking facilities by the hotel. The proposed building will appreciate the community through the seamless of Perlis’s culture. Inspired by Canggung’s dance, the facade evolve by the hand movement of the dancer throughout the entire building scheme.
004 Building frontage facade from the main road access
Rendering showing different types of activities take place at night
The concept of the building inspired by the stages of a hand gesture in tarian canggung, a traditional dance that famous in Perlis, Malaysia. This hand gesture become interesting as the movement is so seamless as it is smooth and continuous dance. Dancers move their hand accordingly forming an infinity shape. The seamlessness clearly shown in female dancer compared to male dancer but the principle remain the same. The act represent the movement of the fingers that continuously open by stages. It is common act that practiced by us unconsciously in our daily days.
View towards the drop-off area
005
005 Urban Design Project The Seth: Shelter of Educational & Training Centre for Homeless Children at Chowkit, Kuala Lumpur, Malaysia
The main subject of this design exercise is homeless children. It is crucial to heal a children that diagnosed and suffered severe sensory deprivation from brain problem. Promoting a healing environment that enhanced by cognitive architecture through some edges, patterns, shapes and lines are really important as it is part of our responsibility towards the community. The idea is to promote healing architecture through the brain as the main crux of the body. the brain neuron need to be ignited from one to each other to reconnect and recharge brain’s acticity. The interactive element are enhance through the design as playing is the highest form of research. this environment hopefully will heal this children
005 Building facade from the main road access
design development
big spaces
zoning
concept
hierarchy
voronoi
View towards the drop-off area
green
movable partition
flexible classroom
SCENE 1 It is hot day, the room need to cool down at to its thermal comfort. The student artwork is messy. SOLUTION The rotatable partition can be arranged in a way that it will minimize the unwanted sun glare inside the room. The student can paste their work on the partition. It is also can be rotate by the children; enhancing the team work bonding. Of course monitor by the teacher. It is fun shading device !
SCENE 2 It is cool day, let say after a rainy day. The room need to be warm until its thermal comfort. The student artwork is messy. SOLUTION The rotatable partition can be arranged in a way that it will maximize the sun intake inside the room. The student can paste their work on the partition. It is also can be rotate by the children; enhancing the team work bonding. Of course monitor by the teacher. It is fun shading device !
Modular brief; flexibility in room configuration, Architecture of Learning by Robert Powell
2 seperate teaching
1 big classroom
1 group activity area with 2 attached workroom
the aci sembunyi THE POD Close-up view towards the pit stop of the design. Acting as a pod thus connecting the student or somehow becoming a “hi” point to the student. IMAGINATION Enhancing the imagination and creativity the children on how they express the spaces. Maybe an alien invasion spaceship from one planet to another planet or maybe a bee that just come back from its hunting from nectar. Let it be wild ! SLIDE OR CLIMB ! The same pattern that repeat accordingly as it will not confuse the children. The translucent pit stop will tell where there in the tube. The idea is either to slide or climb. The student can slide all the way down to the pod. The polysoft material will catch the student without any pain. The student also can climb using the hole at the sideways of the hole, just like an extreme park. The facade should be interesting !
4 seperate small classroom
2 group activity area with 2 attached workroom
1 group activity area with 1 attached workroom
006
006 Multidisplinary Project Dendep : Redevelopment of Orang Asli Museum at Batu 12, Gombak, Selangor, Malaysia
An excellent piece of architecture must endure the test of time, culture changes yet still symbolizes the identity of what it stands for. based on a concept of adaptation and biomimicry, this proposed design ought to relfect best examination of nature, its model, system, process and elements as inspiration. This concept was derived from a life style of architecture that respect both of the local context, identity and the clients, making this design durable and user friendly. Derived from a simple space and shape, it was then break down to smaller spaces within a spaces. these spaces was then altered by a series of void and amazing vista to create the ambience of being in the middle of the jungle and the community
006 Building facade from the main road access
Sectional perspective of the building component
Exploded perspective of the project
design significant The name DENDEP itself represent the significant aspect of preserving the context of the site, the core culture and the respect this company has for maintaining the resources from Mother Nature. The design first development is by building ONE main core that serve as a datum for the building. The core itself then spread to three other sub cores that becomes a secondary datum for spaces adjoining each sub cores. This kind of circulation is in a way to respect the complicated nature of the social circulation of the orang asli which revolves around them being very close knit with each other and are always connected. Regarding the circulation of the building, it is very user friendly and highly accessible for the disabled. The spatial organization that journeyed from public spaces to a more private spaces defines how the social intricatetacy works in the society that has adapted the Islamic way of living. Different level of floor elevation and height gives a sense of being in a multi-level tree house. Thus enhance the value of the concept. The design then grows into finding the roots of the orang asli culture by exploring the traditional motives of Kelarai Kembang Jeruk as well ADAPTING these motives and identity into the facade, roof decoration as well as railing that are incorporated throughout the building. The most important element that DEFINES the building is the company’s interpretation of a modern yet rustic Minangkabau roof.
007
007 Cultural Project Silang : Sport Centre for Horse Riding and Fencing Sport at Kuala Linggi, Melaka, Malaysia
The concept idea is Silang (cross). Silang trying to bring you the memory of traditional element into a whole new context. This is due to the site location that surround with Malacca traditional house. The Malay traditional construction like “tanggam” used to enhance this elemant. The idea of silang extend to the development of the floor plan which interlock each other to create a “special spaces” that will connect the community to this sunnah sport. “Teach your children swimming, archery and horse riding” -Sahih Muslim-
007 Building frontage facade
Ground floor plan
Front elevation
Back elevation
Main entrance
Right elevation
Left evelation
Aerial view towards the whole development
View inside the horse stable
View inside the fencing hall
008
008 Environment Project Eco-Bio Art Studio : Calligraphy Artists EcoStudio at Kalumpang Resort, Hulu Selangor, Malaysia
In one piece of art, there are millions of views in artist’s eyes. to understand and explore this view. we need to be in their eyes. an interactive and interesting architecture can be a great manifesto to spread and influence this view. Located at the riverside, the user can have a perfect moment to recreation and learning through this spatial organization. This site indirectly will inspire the artists to be inspired by nature; with simple living quarters, it will complete the artist way to gain an inspiration. That’s why parametric nodes become the concept as we will use the existing tree as a node that the building circulates through it; in other way on how this connotation relate to the focal point to intersect the other spaces. This eventually will promote green building with an extended structure that will become the place for climbing trees to grow and create a new habitat for the species.
008 View towards the whole projects
Building scale model
design concept
Parametric Nodes; The idea on using the relationship of a design element and changing forces that may affect the culture, site, structure and function. This connotation related back on how the focal point or the concentration area are being highlighted to intersect the other spaces.
009
009 Architalent Design Competition in conjuction with ARCHIDEX 2019 (Top 15) Langkawi Airport Terminal 2 at Pulau Langkawi, Kedah, Malaysia
Langkawi Terminal 2 (LAT-2), is the new airport regional terminal for the Langkawi International Airport. The project intends to separate and propose regional airport terminal to merge with the existing one. It is to meet future demand and enhanc effective circulation and security flow.The terminal is also upgraded as a new venue for the Langkawi International Maritime and Aerospace Exhibition (LiMA), an international aerospace event for aviation industry and aero performances for the public. The project reimagines an aviation theatre as terminal’s state-or-the-art feature. Integration with Architecture 4.0 will ease people to use the terminal neither to check in nor check out with the application of latest technology in the airport design. Application of new material into the construction will excite the public to use the facilities. Langkawi has a prominent symbol of a reddish-brown eagle. A landmark sculpture of an eagle poised to take flight is built at Dataran Helang (Eagle Square) in Kuah.
009 View towards the Langkawi International Airport 2
Aviatian theatre
Aerial view of the whole development
Illumination of the Odeum
Open planning of building promote natural lighting throughout the entire spaces
Continuous Flow
Responsive Design
Form Follow Motion
Green Pockets
New terminal structure intersects on the existing terminal resulting a cross intersection of circulation flow. This is to ensure continuous public flow from and towards the terminal.
Terminal is orientated in respect of site’s positive attributes such as prevailing wind, daylighting and views. Passive design strategies is incorporated as much as possible to reduce energy cost in the building.
Taking inspiration from Langkawi’s famous symbol, an eagle called ‘Helang’, the design took the bird’s elegant flight pattern as the main concept drive. It also symbolize the nature of the typology in which the aircraft takes shape from.
As a result of the undulating motion, few openings are formed. Green pockets are designed to permit natural ventilation and to help the building stay appropriately cool which can bring down the building’s temperature.
Simultaneously, new intersection creates new traffic nodes and provides another designated entrance for public towards the new terminal.
Due to its location near the Strait of Malacca, the terminal is positioned to ensure it receives maximum land and sea breeze. Views are prioritised towards the runway. Such orientation also provide protection from east and west sun which provides overheating of the terminal.
The motion forms an undulating outline signifying the graceful movement of the eagle’s wing flaps from taking off, mid-air, until the landing phase.
Integration of Old and New
Space Segregation
Innovative Construction
Langkawi Airport Terminal 2 (LAT-2) is an iconic architecture that showcase biomimicry of an organism’s process, emulating the beauty of tnature through an aesthetic that resemebles a mighty eagle.
Zoning of spaces are designed to ease passenger’s journey of travelling and placed according to its privacy and security measures.
The canopy of the terminal is an innovative piece of construction. As it prioritises natural daylighting, it can capture solar power for the building’s use.
Public spaces are mostly on ground floor with open plan layout followed by semi-public Metaphorically, the terminal is and private spaces on upper a powerful eagle that serves floor. as an impetus for the new district’s development
Provision of oasis pockets allow wide plan layout to have a break of intermediate transition space, dividing the surrounding area with nature.
Aviation Theatre
In reimagining a future airport, the terminal introduces an indoor aviation theatre which serves as venue for International Maritime and Aerospace Exhibition (LiMA) an international aerospace This is also carefully designed event for aviation industry to resemble the eagle’s and aero performances for the layered feather’s on its wings public. exuding a sense of dynamics. Public can enjoy viewing their Steel columns are customly loved ones depart and arrive designed to minimize and aircraft taking off. construction cost while celebrating the long span of During off season, the theatre is multi purpose as it can hold the structure. for many prestigious events.
View towards the check-in counter
010
010 FELDA 2.0 Timber Design Competition by Malaysia Timber Industry Board Lurah Bilut : Odyssey for Better Future at Bentong, Pahang, Malaysia
The proposal design aim to propose new node in Felda Lurah Bilut, by integrating sustainable design as core element of the design it will achieve the objective of Lurah Bilut as new digital valley in the region.The iconic multipurpose hall and children playground will be new catalyst for the economic and social activities in the context.The innovation timber construction technology will be the fundamental aspect in framing the design as new attraction focus in Lurah Bilut. Multipurpose hall is a flexible medium for the users to interplay with different activities programs such examples, exhibitions, public class/seminar and place of gathering. The essence of the multipurpose is to unite Lurah Bilut as one community with spirit of place (genius loci). The Multipurpose hall not only serve as medium of engagement but as representation of Lurah Bilut as the first Felda in the region which undergo digital and creativity transformation. 5 components are highlighted in defining the propose design which are: Lurah Bilut as digital technology stopcentre, caters for multi-generation users, empowered local economy, integration of sociocultural and sustainability of design are the basic key framework defining the whole conceptual design.
010 View towards the building complex
Interior view of the Main Event Spaces
Interior vie of the Labaratory
construction detail
adaptable spaces
Open spaces
Closed spaces
1. 2. 3. 4. 5. 6. 7. 8. 9. 10.
Concrete stump Pre-fabricated laminated timber structure Structural timber flooring Laminated timber flooring Timber louvers Laminated timber ceiling Roof beam Timber roof structure Metal gutter Metal decking roof
Connective spaces
Exhibition
Event
Leisure
Talk
Show
Booth Aerial view showing the Watching Tower
011
011 YALA Asia Islamic University of Science and Technology (2nd Place) Masterplanning and Conceptual Design in AIUST, Yala, Southern Thailand, Thailand
YALA is one of the most souththern province of Thailand neighbouring by Songkla, Pattani and Narathiwat and southern part with Malaysian borders; Kedah. The name of YALA was believed by the local as ‘Jala’ (derived from Jawi) means net and ‘Jolor’ from Pattani langguage. YALA is one of the four province of Thailand with Muslim majority around 72 percent of the local are Malay-speaking Muslims and mainly live in rural area and the rest are Thai ChineseBuddist that lives in urban area. Deriving design ideas from Muslim Pattani Architecture, the Islamic influence are very significance in Masterplanning and Conceptual Design for Asia Islamic University of Science and Technology (AIUST), Yala, Southern Thai. The master plan will reflect the international renowned institution of research and higher learning that offer an Islamic and Asian built environment and culture.The requirements for the design are 3 faculties; Food Service Technology, Agriculture Technology and Scientific in Quran and Sunnah, administrative building, musolla, and dining halls/cafe.
011 View towards the building complex
exploded axonometric
1. Main Entrance Multi-tier roof adapting from Muslim-Pattani traditional roof form giving an impact to the building look hense cretae a landmark to the surrounding areanew terminal.
2. Agriculture The empty space on the south part of the site dedicated for agriculture faculty to use. this part of the building is differentiate by lowering the roof level to scale the spaces
3. Vista Corridor Staggered configuration of the spaces give a visual vista and closure to the whole building complex
4. Labaratory The modular concept of the laboratory construction made it easier to adapt to the spaces
5. Verandah The configuration of staggered layout made verandah spaces possible and eventually create an enclosure to the spaces
6. Classroom A sustainable design of ventilaltion panel from Thai wood panel layout enhances the natural wind circulation of the building. Thus, make it easier to sustain
7. Facade treatment Green creepers surround the building gives a natural shading devices to the building
site appraisal Site Access Site can be only be access by pedestrian and vehicle
8. Student Plaza Student plaza located at the ground level to occupy any event that related to the student activity. The spaces of the building intentionally raised up one floor due to the flood that usually occur at the site Solid & Void
9. Connecting Bridge Two floor level of green pocket beautify the linking bridges, giving a natural look to the building
Site located out from the town and less developed area
10. Ramp-up Plaza Green landscape inside a green building, with a unique water element along the ramp to create a sense of places to the user
Natural Feature Site surrounded by greenary area and less populated
11. Resources Centre Small resources centre provided to accomodate the student at the top floor
Site Location
12. Reading Area Lot of pocket spaces created inside the building complex creates a mini library or reading area for student to chill out
Site located at north-east of Yala town
012
012 Live Design Discourse at Pangkal Pinang, Indonesia 2019 Kartini Heritage Street, Pangkal Pinang, Bangka Belitung, Indonesia
The WALKING MUSEUM initiated by three basic key concept which is CONNECTIVITY, CONTINUITY and TIMETRAVEL. CONNECTIVITY is the first elements which the design intended to give the tourist and visitor the live and real experience through the journey along pathway created, that connecting people with the surrounding context. For example the sellling of local products, the performing art by the local, the rich local flavor of culliner along the trail journey. The Connectivity element can be achieved through design of elevated pathway dedicated for pedestrian or tourist that enjoy the nostalgic lane of memory of Bangka Island history. The elevated pathway named ‘skywalk’ built with respect to the context, shaped around huge trees canopy for shady access, infused with live and interactive experience of Pangkalpinang identity which said as City of Thousands Smile. As the skywalk designed to bring four main identity of the Bangka Belitung, the tin minning, heritage and cultural elements, also cullinary and crystal sparkling beach, the elements are then implemented along the trail of skywalk which connecting from Zone 1- The Entertainment and Recreational Area, Zone 2 - Commercial and Zone 3Heritage and Culture of Bangka as a whole.
012 Urban regeneration of Kartini Street, Pangkal Pinang, Indonesia
zone 1
zone 2
The Family & Children Park for recreational activities and entertainment incorporated into the design scheme to create liveable neighbourhood.
The Skywalk designed in intertwining the existing big canopy of trees along Kartini Street and the multi-level design optimising the visual integrity also to prevent traffic user conflicts.
The Spiral Ramp is user friendly and create interesting pathway to bring the visitor into the park area and to the elevated pedestrian back.
The Extended Elevated Plaza fronted heritage building D’Cantins function for live street entertainment with the respect to the surrounding contexts.
The Elevated pedestrian pathway designed connected with the exisiting amphiteatre to create connectivity and continuity of spaces for visitor enjoy the trails.
The Rest & Relax area provided at the intersection which combining three zone of activities to facilitate the visitors with basic needs such food and restrooms.
Tourist Information Centre
Triangle Plaza Loop
Interactive gallery
Extended Plaza
Elevated Pedestrian Pathway
Rest & Relax area
zone 3
The Observatory Platform act like a Trail Beacon as to create sense of inviting by implementing the architecture style inpired by ‘kapal keruk’.
The Triangle Plaza loop helps to navigate visitor to continue the trail in term of wayfinding to return to the main spine.
The massive Cultural Canopy designed as to tie together the whole heritage housing area to become centralised plaza underneath.
Observatory Platform inspired by the "Kapal Keruk"
Cultural Canopy
View on top of the Observatory Platform
013
013 MATRA 28th Architectural Workshop by Pertubuhan Arkitek Malaysia BU-OY : Agro Survival Time Capsule for Evolutionary Travel in 2116
The design require to visualize a time capsule travelling through space, landing in a dimension 100 years from now. If we are required to travel and survive in a foreign environment. We need to find our essential need which is WATER in any environment, because water is essential in our body. As 70% of our body is made up from water, the need to survive with water can be considered as top priority in any expedition of finding new planet. Water (H2O) is a polar inorganic compound that is at room temperature a tasteless and odorless liquid, nearly colorless with a hint of blue. It is by far the most studied chemical compound and is described as the “universal solvent” for its ability to dissolve many substances.This allows it to be the “solvent of life”. It is the only common substance to exist as a solid, liquid, and gas in nature.
013 Urban regeneration of Kartini Street, Pangkal Pinang, Indonesia
design idea
capsule adaptability
Initial sketch idea
Single Capsule 2 person
Travel Mode
Community Capsule 22 person
Extended Community Capsule 48 person
Landing mode
flexibility
0o opening
22.5o opening
45o opening
90o opening
Section of the capsule showing different spatial spaces
past working experience
past working experience GDP Architects, Adaptus Design System's team Bukit Damansara, Malaysia Architectural 3D Designer
GDP Architects, Adaptus Design System, Bukit Damansara, Malaysia Architectural 3D Designer • Pulau Indah Development for Selangor Biobay Design, planning & visualise masterplan for the project • Developing 3D Design and Modelling Linari Damansara and 38 Bangsar by UDA Holdings • Designing and preparing Development Order (DO) submission rendering The Peak, Damansara, Ampang Apartment and Emerald Hills, Alam Damai • Architectural Design and Visualisation Seri Tanjung Pinang, Pulau Pinang, Pulau Pinang International Airport, Tijani Raja Dewa, Kelantan, SPNB Bukit Berangan, Terrenganu, Grandis Kota Kinabalu, Glengowrie Masterplan development, Guocoland terrace, etc. • Architectural Product Design Assist in designing signages for Kuala Lumpur Eco City (KL Eco City), designing architectural products • 3D Physical Modelling Able to handle 3D printer machine (plastic and powder) and laser cut machine • Others Attend meeting with the client and consultant
Pulau Indah Masterplan for Selangor Biobay, Malaysia
Aerial view showing Precint 1 development
Overall masterplan layout
Precint 2C
Pulau Indah Masterplan for Selangor Biobay, Malaysia
Precint 2A
Precint 2B
Precint 3
Seri Tanjung Pinang Masterplan at Pulau Pinang, Malaysia
View of the Marina Bay
Aerial view of the whole masterplan development
Seri Tanjung Pinang Marketplace
Central Garden
Grandis Kota Kinabalu, Malaysia
Impression on the whole development by the pier
Goucoland Terrace, Malaysia
View one of the proposed terrace house unit
Apartment for UDA Holdings, Malaysia
View of the rooftop pool ovelooking the Kuala Lumpur's skyline at night
SPNB Bukit Berangan, Terrengganu, Malaysia
Design of the shop lot unit
Tijani Raja Dewa, Kelantan, Malaysia
Gurad house and Main Entrance
Drop-off area
Lift Lobby
The Peak, Damansara, Malaysia
View towards the main entrance
Aerial view towards the projects
Public facilities; swimming pool
Bukit Jalil Development, Malaysia
View towards the grand entrance
Aerial view of the development
Architectural Product Design
Early stage proposal for KL Eco City signages
Chair design 1
Chair design 2
past working experience
past working experience Prisma Athira Architects, Taman Danau Kota, Malaysia Assistant Architect
Prisma Athira Architects, Taman Danau Kota, Malaysia Assistant Architect • Juasseh Mixed Development Developing a masterplan for Juasseh mixed development from Schematic Design until Development Order (DO) • Design Schematic Proposal Refurbishment of Selayang Mall, Tahfiz school, Rumah Selangorku apartments and other apartments design proposal • Others Assisting in making amendment of Construction Drawing for Kerteh Interplant Clinic, attend meeting with the client and consultant, present idea to the client, etc
Refurbishment of Selayang Mall, Malaysia
Before
After
Juasseh Mix Development, Negeri Sembilan, Malaysia
Proposal 1
Proposal 2
Simple rendering on the project
Proposal 3
Rumah Selangorku, Hulu Langat, Malaysia
Proposal 1
miscellaneous
miscellaneous Freelance Job Others
Freelance Job • Architectural Rendering Sekolah Bina Insan, Malaysia • Sale & Purchase Pamphlet Perumahan Kampung Delima, Kelantan, Malaysia • Others 3D Modelling, Logo design, Banner design, Bunting, etc Others • PAM-Inovar Scholarship Award 2019 Award Ceremony • Architalent (Top 15) Design Competition in conjunction with ARCHIDEX 2019 • Mevlana Student Exchange Programme Sakarya University, Turkey 2019/2020 • Exhibition Mesjid Design and High Rise Model being exhibited at PAM Building • Design Thesis Final Presentation Design Thesis Presentation Board and Models
miscellaneous
Architectural Rendering
View towards academic block
Aerial view of the project
View towards administration block
Sale & Purchase Pamphlet
Pamphlet 2
Pamphlet 1
miscellaneous
PAM-Inovar Scholarship Award 2019
Award Ceremony
Architalent (Top 15)
Design Competition in conjunction with ARCHIDEX 2019
miscellaneous
Mevlana Student Exchange Programme
Istanbul, Turkey 2019/2020
Exhibition
Mesjid Design and High Rise Model being exhibited at PAM Building
Sakarya University, Turkey 2019/2020
miscellaneous
Design Thesis Final Presentation
Presentation Boards and Models
Presentation Boards and Models
miscellaneous
Design Thesis Final Presentation
Agricultural Pod scale model
Community Tower scale model
Concept model
Orang Asli Modular Housing scale model
Overall development scale model