Works of Rizky Putera SELECTED WORKS 2019-2020 riz.architecture@gmail.com Yogyakarta, Indonesia
EXPERIENCE Minat dan Bakat Division KMTA UGM 2017-2018 Organizing Comittee Leader HARMONI Arsitektur UGM 2018 Volunteer in Klinik Arsitektur KMTA 2018 Comittee of Sayembara Desain Arsitektur WEX 2019
EDUCATION 2010-2013 SMP N 10 YOGYAKARTA | Junior HighSchool 2013-2016 SMA N 7 YOGYAKARTA | Senior HighSchool 2016 Bachelor Degree of Architecture at Universitas Gadjah Mada, Indonesia
SKILL SketchUp AutoCad Adobe Photoshop Corel Draw 3DS Max Lumion Rhinoceros Grasshopper Revit Architecture ArchiCad
LANGUAGES Bahasa Indonesia Bahasa Jawa English
ACHIEVEMENT 4th Place Sayembara Desain Pusdiklat by Universitas Gadjah Mada 4th Place Sayembara Kantin Teknik by Universitas Gadjah Mada
RIZKY PUTERA ADI PRADANA Architecture Student Yogyakarta, 5 Mei 1998 Islam Krapyak Wetan, Panggungharjo, Sewon, Bantul +62813-2134-6558 riz.architecture@gmail.com RizkyPuteraAP rarchitected Rizky Putera rizkyputeraap -
Best 15 Hydroponic Park Design Competition by Universitas 17 Agustus 1945 Surabaya Merit Awards FuturArc Prize Design Competition by FuturArc
PROJECTS ACADEMIC ACADEMIC ACADEMIC COMPETITION COMPETITION
TUGAS AKHIR STUDIO DESAIN ARSITEKTUR TEMATIK 1 STUDIO DESAIN ARSITEKTUR TEMATIK 2 FUTURARC PRIZE DESIGN COMPETITION CTBUH DESIGN COMPETITION
TUGAS AKHIR
Musik Bambu Cultural Center
Exhibition Space
Creative Open Space
Culture Education Culture Injection dapat diterapkan dengan menciptakan fungsi culture education, yaitu mengedukasikan budaya kepada masyarakat baik dengan cara formal maupun dengan cara informal. Budaya Musik Bambu akan dapat diedukasikan dengan menarik melalui Workshop, Exhibition Space, dan juga ruang terbuka kreatif bagi masyarakat publik.
Culture Injection Cultural Injection merupakan pendekatan perancangan yang berperan dalam sistem penanaman nilai budaya ke dalam kehidupan masyarakat. Dengan prinsip Community Based Tourism, sistem Cultural Injection dapat digerakkan dengan nilai yang ada di dalam komunitas kebudayaan.
Concert Performance
Community Activities
Street Performance
Recreative Cultural
Cultural Branding
User Experience
Culture Tourism Budaya yang sudah diedukasikan dengan cara yang menarik menjadi potensi sebagai Pariwisata Budaya. Tujuan pariwisata budaya adalah untuk menangkap potensi produktivitas dari budaya tersebut dengan memberikan citra dan pengalaman menarik bagi pengunjung. Produktivitas dari budaya tersebut dapat meningkatkan kualitas dari komunitas baik dari segi sosial-budaya maupun dari segi perekonomian.
Culture Sustainability
e Bamboo Tourism
Cultural Sustainability merupakan upaya untuk menjaga eksistensi budaya yang telah ditanamkan ke masyarakat. Cultural Center membutuhkan aktivitas yang berkelanjutan dengan konsep unik yang didapatkan dari pendekatan Community Based Tourism. Sustainability dapat dicapai dengan menarik kegiatan publik masuk ke dalam site untuk menjaga hidupnya aktivitas dalam site.
Public Public Site Public
Sustainable Activities
Public
Transition
Open Space
Cultural
TAPAK
Kriteria Lokasi Tapak Terjangkau oleh komunitas dan masyarakat
Kota Yogyakarta
Kawasan Komersial atau Perdagangan
Kecamatan Mergangsan Distrik Komersial
Lahan Bekas Purawisata (Kawasan Mandira Baruga)
Lahan cukup luas 5000+ m 2
TRANSFORMASI
Zonasi dan Sirkulasi er
ent
Strategi Desain Culture Education
lC tura
Pedestrian
Cul
Public Space Oriented
is
n Tek
s
Open Space s
e Ped
ita
en
n tria
Ofce
Am
Zonasi memusat pada zona ruang publik yang ditempatkan di tengah tapak, dengan fungsi cultural center, ofce, dan amenitas beradai di sekitarnya. Ruang publik dihubungkan dengan pedestrian yang terhubung dengan pedestrian eksisting.
Bamboo User Experience
Recreative Tourism
Tata Massa
Fungsi yang Dibutuhkan
Workshop
Galeri
Public Space
Concert
Studio
Amenitas
Ofce Massa dibagi sesuai kebutuhan ruang setiap zonasi dengan massa cultural center menjadi massa utama. Massa cultural center dibagi menjadi 2 zonasi untuk 2 tipe user yang berbeda yaitu pengunjung dan komunitas dengan pengunjung pada lantai 1 dan komunitas pada lantai 2.
Hubungan Ruang Ruang Teknis Ruang Pengelola Ruang Penyimpanan
Landscape
Parkir Staff Studio Komunitas Parkir
Open Space
Ruang Workshop Lobby
Ruang Pertunjukkan
Toko dan Galeri
Pedestrian
Toko Kesenian Bambu
Mushola
Restoran
Landscape dimaksimalkan pada ruang terbuka sebagai peneduh ruang dan pengatur suhu. Lahan hijau menggunakan vegetasi bambu agar sesuai dengan konsep pengalaman ruang. Open Space di tengah tapak diolah menjadi terasering landscape untuk memberi pengalaman ruang kreatif bagi pengunjung.
Vegetasi Bambu
Kolom Bambu
Elemen Air
Landscape Terasering
Pedestrian
Parkir Pengunjung (Bus) Parkir Staff
Pedestrian Parkir Pengunjung (Motor)
Parkir Pengunjung (Mobil)
Entrance
19
21
A’
20
22
B 6
25
4
7 27 2 15 18
1 13 5
3 14
8
17
26 12 9 11 10
23
A
16 24
B’
KETERANGAN 1. Foyer 2. Resepsionis 3. Toko & Galeri 4. Amphitheatre 5. Toilet Umum 6. Toilet Umum 7. Workshop Area 8. Open Space 9. Restoran 10. Mushola 11. Dapur 12. Toilet Restoran 13. Ruang Pengelola 14. Mushola Pengelola
15. Lavatory Pengelola 16. Parkir Bus Pengunjung 17. Parkir Mobil Pengunjung 18. Parkir Motor Pengunjung 19. Parkir Motor Pengelola 20. Parkir Mobil Pengelola 21. Ruang Teknis 22. Entrance Pengelola 23. Entrance Pengunjung 24. Bus Exit 25. Mobil & Motor Exit 26. Pedestrian Pass 27. Pedestrian Pass
SITEPLAN 0
5
10
20
DETAIL POTONGAN A-A’ 0
2
4
8
+ 10.20
+ 7.70
+ 4.40
+ 2.80
+ 1.40 + 1.00 + 0.00
STUDIO OPEN SPACE
PARKIR
ENTRANCE
LOBBY
OPEN SPACE
RECEPTIONIST
ENTRANCE
AMPHITHEATRE
STAGE
CULTURAL CENTER
AMPHITHEATRE
POTONGAN A-A’ 0
3
6
12
DETAIL POTONGAN B-B’ 0
1
2
4
+ 5.90
+ 4.60
+ 1.60
+ 0.40 + 0.00
OPEN SPACE
PARKIR
TERASERING OPEN SPACE
KANTOR PENGELOLA
RESTAURANT
OPEN SPACE
DAPUR
RESTAURANT
POTONGAN B-B’ 0
3
6
12
TAMPAK UTARA 0
3
6
12
TAMPAK BARAT LAUT 0
3
6
12
STUDIO DESAIN ARSITEKTUR TEMATIK 1
Teras Pal Putih
LATAR BELAKANG
Koridor ruang jalan adalah ruang yang tercipta di antara bangunan dan digunakan sebagai ruang transportasi baik kendaraan maupun pedestrian. Pedestrian adalah istilah dalam transportasi yang menjelaskan orang yang berjalan di lintasan pejalan kaki baik di pinggir jalan, trotoar, lintasan khusus bagi pejalan khaki ataupun menyebrang jalan.
Permasalahan yang sering terjadi dalam ruang jalan adalah kurangnya fasilitas yang baik untuk pejalan kaki, dari segi keamanan maupun kenyamanan.
Ruang jalan di Tugu merupakan salah satu ruang jalan yang cukup padat karena banyaknya aktivitas dari pengunjung hingga penghuni ruang tersebut. Tugu merupakan salah satu destinasi wisata di kota Yogyakarta, dan menjadi image dari kota tersebut karena memiliki sejarah yang cukup panjang di kawasannya. Sebagai titik yang padat akan aktivitas, ruang jalan di kawasan Tugu membutuhkan perhatian yang lebih demi keamanan dan kenyamanan pengunjung dan penghuni yang berada di sekitar tugu agar dapat memberikan image yang baik tentang ruang jalan di kota Yogyakarta.
Pedestrian di tengah jalan merupakan salah satu alternatif yang menarik dan dapat diterapkan di ruang jalan Tugu. Pedestrian ini akan meningkatkan kualitas ruang jalan dan memberikan fasilitas yang aman dan nyaman untuk memperindah image kota Yogyakarta.
KONSEP Menciptakan ruang plaza pada tugu untuk memberi fasilitas yang lebih baik dalam kegiatan wisata pada titik tugu.
Cultural Journey
Rekayasa sirkulasi kendaraan bermotor dan zona parkir pada ruang jalan menjadi ruang pedestrian di tengah. Penataan zona pkl, ruang pedestrian, dan ruang apresiasi budaya menjadi street culinary, street giftshop, dan street performance untuk meningkatkan kualitas ruang wisata. Pengubahan fungsi ground oor menjadi fungsi komersial budaya untuk menghidupkan kawasan di malam hari. Meningkatkan prioritas pada Pedestrian dibandingkan dengan Kendaraan Bermotor dari segi keamanan dan kenyamanan. Menerapkan unsur Budaya Lokal Jogja pada desain ruang jalan.
PRESEDEN La Rambla, Barcelona
SKETSA EKSISTING
Place De La Republique, Paris
ZONASI
Tugu Street Performance
Kranggan Street Giftshop
Kranggan Culinary Street Food
Tugu Plaza
Pedestrian Transition
Kranggan Pedestrian
Tugu Pedestrian
6,5 m
5m
Plaza
Landscape
Tugu Jogja
6,5 m
Plaza
Jalan Kendaraan
5m
Landscape/Trees
5m
Plaza
Landscape
Plaza
Landscape
Jalan Kendaraan
Landscape
POTONGAN KONSEP PLAZA TUGU
3m
6m
Jalan Kendaraan
Pedestrian Area
Landscape/Trees
Kranggan Street Shop
Landscape/Trees
Kranggan Arcade
Landscape/Trees
POTONGAN KONSEP RUANG JALAN Jalan Kendaraan
Parkir
Building Frontage
3,5 m 11,5 m 3,5 m
2m
1,5 m
SCULPTURE
PEDESTRIAN BUFFER
STREET FURNITURE
GIFTSHOP KIOSK
LANDSCAPING AREA
FOOD KIOSK
STREET FURNITURE
LIGHTING
STUDIO DESAIN ARSITEKTUR TEMATIK 2
ISSUES? Working/Home Industry
Hobbies Babysitting
Babysitting
PARENT
GRANDPARENT
CHILDREN
TEENAGE Studying
Studying
Playing
Playing/Developing
PHASE 1 Mother Husband Wife
PHASE 2
2 Bedrooms Work Space Family Room
PHASE 3 Father Mother Son Daughter
G.Mother Father Mother Son
3 Bedrooms Work Space Family Room
PHASE 4
3 Bedrooms Work Space Family Room (Expanding)
Father Mother Son Daughter
3 Bedrooms Work Space (Expanding) Family Room (Expanding)
PURPOSE Adaptive Space need in a developing family
Small Ofce/Home Ofce Optimalization family time
Design Strategy
Core Adaptive Space
Core Bedroom Family Room (Core) Kithcen Bathroom
Adaptive Space (Metabolism) Bedrooms Working Space
Adaptive Space (Flexible Space) Family Room (Open Plan)
Core Metabolism Flexible
Light weight roof material for “grow” and “shrink” metabolism system Prefabricated slab for 2nd floor room expansion
Manually elevetable roof, with quick release fasteners, and jack system.
Galvalum Precast Concrete Engineered Wood Parquet Low E Glass Curtain
SOUTH EAST NORTH WEST
FUTURARC PRIZE DESIGN COMPETITION
KAMPUNG MARUNDA : Accumulate, Spread, Restore WET LAND
DESIGN STRATEG
Basically there are 2 characteristic of flows on the site. First, it spreads. Se accumulated into one point (due to the phy). Therefore the design strategy, constructed wetland method, will
Located in Cilincing district, North Jakarta, the site is a wetland area (marshes) in Kampung Marun da. This area is known for its difficulty of clean water access especially in dry season. Clean water, which is supplied by PAM has slow flow rate and each houses should/would buy clean water from (carts seller berapa liter gitu per hari). This area is also a lowland that is often affected by tidal floods. The wetland condition is surrounded by densely populated settlements with the character Spread water O of a close, populist community. Marunda village itself has a strong historical value because it is nota - Accumulated water > make it flow > being accumulated ble as Kampung Si Pitung (local hero).
After being processed, the water can b distributed for daily use of comm surrounding, some of them is stored/ some remains in the site for flora-faun as recreational element
BIODIVERSITY BEFORE The existing area is an empty land which turns into wetland area filled with wild-growing plants. The water tends to be brackish due to the location in lowland, closed to the sea, and periodic tidal floods.
Public Space The high density and lack of adequate open space for the community encouraged the idea of creating public spaces that were integrated with constructed wetlands. Public space in the form of nodes located on the pedestrian path as part of the wetland park is designed with selected vegetation as an urban forest which functions as water absorption while maintaining air temperature to create cool micro climate so the public spaces can be use comfortably.
Sediment and Water Control This area also act as a natural filter where carbon is stored in the sediment and dissolved whether in surface or groundwa ter. But the main function of this area is to control water condition and quality in every stage (each level of the terraced wetlands)
BIODIVERSITY AFTER Constructed wetland is designed to maximize water treatment on the existing wetland. Wetland mostly seen as the abandoned area, humid, dirty, and unhealthy, meanwhile it is also one of the biggest ecosystem that contain rich biodiversity after the ocean and rainforest. Intentionally constructing wetland with additional features of park, public space, and area for disposal, will enhance the image of wetland, while also preserve the water, create habi tat for many species, inviting community to come and learn through spatial experience the importance of water preservation and to live coexist with flora-fauna could give environmental and well-being benefit.
Wetland park scale of biosw ational space and water flow water. Water unique, differe human on how
[Student], [Jakarta], [S_223442]
GY
DESIGN STRATEGY : WETLANDS, RIVER, LAKE
water that econd, it is e topogra , adapting l be: Terasering Wetland
Bioswales
Our design strategy is WATER IMPULS, wich we restore and improve aquatic ecosystem to preserve more water and reach higher biodiversity number. In other hand, we want to restore Jakarta’s ecological identity as wetlands area. We choose three aspects of Jakarta aquatic ecosystem : wetlands, river, and lake. Every aspects has it own strategies to water preservation and increase biodiversity number.
WETLANDS
Open and maximize space for water
WETLANDS in Jakarta are mostly consist of neglected empty lands with huge amount of water resource. It also contains huge amount of municipal waste such as plastic bag and other unbiodegredable waste. Restoration strategies includes landscape arrangement to create more public spaces and water catchment and filtering area.
be directly munity in /collected, na and act
PUBLIC SPACE
Habitat WATER CATCHMENT AREA
WETLAND PARK
Wetlands Park
made of terraced wetlands with retention pond on the lower ground. Large wale span across the site to maximize stormwater management and act as recre alongside the water flows. The terraces was based on geographic information w analysis on the site. The terraces wetlands are using gravity, passively filtering treatment process which is based on different slopes are thematic and have ent impressions for each pixel. Wetland park also act as a firsthand exposure to w water is managed and being processed so people are encouraged to be more aware to preserve and wiser in using water.
RIVER Almost all of Jakarta natural landsccapes alongside the RIVER are already gone. There are many obstacles that lead to this conditions, one of them is high density of settlement alongside the river. This also leads to increasing number of slum area and flooding. Our strategies is to restore the natural landscape of the river, along with the species and encour age human to live together with other species. HOUSING
WATER CATCHMENT AREA
These terraced wetlands slowing down the flow of water and speed nutrient removal from the water by microorganism and plant species that use excess nutrients as resources for their growth.
LANDSCAPE RESTORATION
LAKE There are severalLAKE in Jakarta but none of them get serious treatment as biggest water catchment area. Such negligance leads to flooding and water pollution. Lake has biggest potential of biodiversity number so the design strategies are includes preserve and create new habitat for other species. There are also raingardens to create more water catchment area.
RAINGARDENS
NEW HABITAT WATER CATCHMENT AREA
After
Before
Increase quantity of clean water production from Jakarta water resource
Only 5,7% clean water are produced from Jakarta water resource
CLEAN WATER PRESERVATION TARGET quantity of water
2/4
RIVERS
KAMPUNG PULO : Live Within the Water
The site is in an area with high density population, located along the riverbank, and prone to drain flooding from October to February. When heavy rains occur, water flow rate and volume will increase, so that the Kampung Pulo area within a radius of 100 meters from the banks of the Ciliwung River will be flooded with mud and overflow.
PROJECT VISION
The design strategy can be replicated in settlemen as dirty and unfit for a metropolitan city. Therefore for flood or any overflowing river problems becaus gy also creates productive space for human and
Rain gardens and space in houses’ lower ground benefits for residents who lives around.
BEFORE BIODIVERSITY
DESIGN STRATEGY
The houses are sticked to each other’s wall and the alleyways are narrow. The sewer for drainage are available but they have small dimension and insufficient to collect and transport rainwater when it has high flow rate and volume. The condition of rivers and streets around settlements tend to be covered with concrete or cement pavement and therefore minimizing water absorption, no zero runoff, and accelerating the water discharge instead..
In the site, water comes from 2 sources: the flow rivers that overflow during floods and rain water. S the design strategies are :
UPPER SPACE Housing Public Space Surrounding settlements are designed with the addition multilevel path/track which functions as a public space. This space is flexible, can be used as a community center for waste management, or gathering activities. The lower ground space will be used in normal/dry conditions. Meanwhile, when flood occurs, the upper space will be active as a connecting path.
The existing house has a simple form with micro size and stick to each other. Houses are redesigned by adapting existing forms, still using rectangular floor plan as the most efficient plan. The highly dense of residential conditions results the lack of natural lighting in each house. To solve this problem, angular form of facade is created to maximize sunlight. Meanwhile, in order to overcome the floods which increase every year, the lower floors is being lifted, create stilt house design. The lower space functions as an animal stall and open space in the neighborhood so that humans and animals can live side by side in one ecosystem.
LOWER SPACE
Raingardens
Raingardens created to expand wa area and to filter the stormwater s restored as clean wate
NORMAL WATER LEVEL SCENARIO
HIGHER WATER LEVEL SCENARIO
[Student], [Jakarta], [S_223442]
SPECIES
nts area which exist around the body of the river. This condition often considered e, if the strategy is applied along the river’s body in Jakarta, it becomes a solution se it transforms slums area into abundant water reserves. In addition, this strate animal activities, regenerates the life of biodiversity.
d functions as water catchment area as well as space for other fauna that provide
Why we should care about species diversity? The answer lies in the fact that, the primary cause of today’s loss of biodiversity is habitat alteration caused by human activities. This was our responsibility to restore the natural habitat for species. Jakarta was a wetlands area before mass urban development happens and turns the natural landscapes into concrete forest. The design strategy start from restore the aquatic ecosystem, wich also restore and increase the number of species there. Some species, especially plants, also contribute in carbon storage and cooling effect of the environment. Meanwhile other species such as farm animals and agricultural plants are supporting the human life.
WETLANDS
w of So, Create a connection to the river
Design water absorption zones in the settlement
Lift housing’s elevation to anticipate flood,
RIVER
FLOODING SCENARIO
Cow
Goat
Chicken
Dog
LAKE
s
ater catchment so it could be er.
CARBON STORAGE VEGETATION
Before High polluted air, water, and environment
After Carbon storage by plant decrease number of pollution
INCREASE OF SPECIES NUMBER
Before Species are limited only in some places
After Increase in number of species
BIODIVERSITY INDEX TARGET
FLOODING SCENARIO
3/4
LAKES
RAWA BABON : Preservation and Procurement
DES
Divided
As there is already big potential of biodiversity, this area would focusing to be the area that preserve habitat and also create new habitat for species. Water catchment area expanded and improved with raingardens and water tank preservation system. This place also had great potential for recreation and educational park. The area is divided into 3 compartments, (1) the existing lake, (2) the edge of lake, (3) biohabitat and settlement area. The lake is divided into 2 zones based on its depth, deep and shallow. The division meant to differ the living species. Meanwhile on the edge of the lake, promenade is designed as a waterfront-public space for locals’ amenities (jogging, cycling) and can be used for fishing. Besides for human activities, this area is intentionally to be overrun by flood when heavy rain occurs to collect and preserve massive amount of water, and also protecting the third compartment (settlement in surrounding)
The la help as
Biohabitat
Raingardens Raingardens are taking advantage from the flood. It will be a public space when it dry but it will catch the stormwater when flood happening. The clean water will stored in water tank below and become water resource for both human and other species there.
Dry Scenario
Existing
Biohabitat are creaated to increase One of the most possible species t They could adapt well with urbanizat manmade bird nest. There are also almost exinct and need to be preserv pus nigrorufus), jalak putih (Sturnus m (Charadius javanicus), cikalang chris bangau bluwok (Mycteria cinerea), an ga melanogaste
Flood Scenario
Bubut Jawa (Centropus nigrorufus)
Jalak Putih (Sturnus melano
Raingardens Raingardens
Filtered water then stored in watertank to be clean water supply for the environment
Bangau Bluwok (Mycteria cinerea)
Pecuk Ular Asia (Anhinga melanogaste
[Student], [Jakarta], [S_223442]
DESIGN REPLICATION
SIGN STRATEGY
Design replication are following the flows of water. We want to duplicate the design based on aquatic ecosystem we choose : wetlands, river, and lake. All the design strategy are planned to be implemented to every aquatic ecosystem in Jakarta.
d area into 3 zones:
g lake
Promenade with raingardens to filter water
Biohabitat and settlement area
ake landscape has different elevation and curve design which also s barrier so the surrounding settlements remaining safe from floods.
the number of species. to be mantained is bird. tion. That’s why there are o six species of bird that ved, bubut jawa (Centromelanopterus), cerek jawa stmast (Fregata andrewsi), nd pecuk ular asia (Anhin er).
opterus)
Cikalang Christmast (Fregata andrewsi)
Wetland
Manmade Bird Nest
River
Lake
According to Singapore Biodiversity Index, design by adding educational and recreational functions create linkage of natural features with human. As the result, mutualism symbiosis occur where human/community becoming a part to main tain ecosystem’s structure and quality of its functions while community also gain the benefits. Along with the improvement of aquatic ecosystem, the green plot ratio of the city are expected to increase to the ideal number of 30%.
NATURAL AREA PROPORTION CONNECTIVITY
er)
9,98%
30%
According to Pempov DKI
INCREASE OF NATURAL AREAS
4/4
CTBUH DESIGN COMPETITION
RIZKY PUTERA ADI PRADANA . 2020