ARCHITECTURAL
PORTFOLIO B Y :
R I F K A
A S S I F A
PRASETYACITA
RIFKA ASSIFA
+6281216104754 rifkaasifa rifkatata rifkatata@gmail.com linkedin.com/in/rifka-assifa
ABOUT ME Date of Birth: Yogyakarta, August 4th 1997 Address: Lojajar RT 04/22, Sinduharjo, Ngaglik, Sleman, D.I. Yogyakarta I'm a highly passionate architect, with a focus on l a n d s c a p e a r c h i t e c tu r e , building with locality approach, and green building. I got a Bachelor’s degree from architecture study program, Gadjah Mada University in 2019. Experienced for a year as junior architect that working on making conceptual design, drawing Detail Engineering Design, and estimating the project. Seeking the best opportunity to enhance creativity and skills.
EDUCATION 2009-2012
SMP Negeri 5 Yogyakarta
2012-2015
SMA Negeri 3 Yogyakarta
2015-2019
Department of Architecture and Planning, Gadjah Mada University
ORGANIZING EXPERIENCE 2013-2015
Padmanaba Hiking Club Staff of Living Environment Division
2016-2017
KMTA “Wiswakharman” Staff of Talent and Interest Division
2016-2017
Symposium “Redefining Local Architecture” Coordinator
2017-2018
Indonesia-Japan International Collaborative Symposium “Looking Beyond Disaster” and Trip Coordinator
WORKING EXPERIENCE
1 2
PT. Arsigraphi
Dec 2016-Apr 2017
Architect Intern
During this internship, I participated in visualizing and designing architectural projects and Detail Engineering Design (DED) under the supervision of senior architect. The projects are various from landscape, office building, street revitalization, and community center.
Teamwork Management Creativity
May 2019-Jul 2019
Problem Solving
Collected and mapped urban and regional data around Purwosari Rail-Station, Surakarta, Central Java for TOD (Transit Oriented Development) project
Communication
CUDD (Center of Urban Design and Diffabilities) Assistant Surveyor
PERSONAL SKILLS
PROFESSIONAL SKILLS
3
Sept 2019-Apr 2020
Moreids Architect Junior Architect
Doing design process from preparation of plans to construction on some projects such as private housing, government’s public space, and office along with a team under the direct supervision of Principal Architect
VOLUNTEERING EXPERIENCE Ministry of Public Work
2018 2018
CorelDraw
Construction Staff
Volunteered in designing and building a Simple Instant House (RISHA) post-earthquake in Lombok, West Nusa Tenggara
Faculty of Engineering, UGM
AutoCad
Architect Assistant
Designing iconic mosque in Palu, Central Sulawesi with local wisdom approach in context to post-disaster revitalization
SketchUp
Lumion
C U R R I C U L U M
Photoshop
Enscape
V I T A E
C O
1.
Mangrove Conservation Center, Bantul
N T E
2.
Universitas Indonesia Rail-Station, Depok
3.
Ciganjur Urban Forest, Jagakarsa, South Jakarta
4.
Trauma Healing Through Agriculture
N T S
5.
Trirenggo Agricultural Market
6.
Redesign Imogiri Traditional Market
7.
Cereparc City Hotel
8.
other projects
P R O J E C T
MANGROVE CONSERVATION CENTER, BAROS BEACH final project - 2019 The design of the Mangrove Conservation Center is an effort to facilitate conservation, education and recreation activities in the Mangrove forest area at Baros Beach, Bantul Regency. Procurement of this facility specifically deals with mangrove plants and biotic-abiotic environments that compose the mangrove ecosistem. Symbiosis in architecture as an approach in design is used to unite two different things into something new, to have a good impact on both parties and can achieve the prospects and expected feasibility and to synergize building masses as the main activity with the surrounding environment as supporting activities. By using the "Eduventure-Treehouse" concept, this facility provides edu-eco tourism activities which are packaged in natural adventure-based learning for tourists and forest management activities that take place in artificial structures that blend with the structure of mangrove forests, thus achieving the effectiveness of mangrove conservation activities that integrated with the environment.
1 Increase Mangrove Growth Educate Society about Mangrove
Give attractions by using existing natural conditions
Mangrove Condition in Indonesia
ABOUT SITE
Condition of Baros Mangrove Forest
Graphic of Mangrove Deforestation Indonesia as archipelagic country
99.093 km
the second longest coastline in the world
Kecamatan Kretek
Kabupaten Bantul
High risk of abration Mangrove Deforestation 40%
Mangrove deforestation is at the highest number in Asia, amounting to 260,000 ha in the last 12 years. (FAO, 2007)
Edu-Eco Tourism has not developed yet
Benefit of Mangrove Air pollution due to CO2 emissions
TOTAL AREA INSIDE AREA
View Sawah
OUTSIDE AREA
Non critical Land
Non critical Land
Critical Land
Critical Land
3.497.478,90 Ha 23%
Prevention of coastal zone abrasion Source of germplasm Oxygen contributor and carbon sink Concentrated sea breeze barrier high salt Where species live
SECOND LARGEST MANGROVE FOREST IN THE WORLD
The amount of garbage is clogging up mangrove forest
View Laut
Arah Angin dan Matahari
1.
H o w s p a c e c a n i n c r e a s e e f f e c t i v e n e ss o f preser vation activities that involved community participation?
Concept
Approach 3m -4m
Creating a mutually beneficial relationship between the two elements without eliminating the characteristics of each element
2m
2. Nature
Human
10%% 10
h ippaah N Ni
10 10 % BBrrug uie ierraa
20 % 20 %
sspp. .
60 60%%
Avicennia sp.sp. Avicennia
Local
Tourist
“EDUVENTURE TREEHOUSE” Space that gives rise to educational and adventure experiences with artificial structures that blend into the trees.
View
3.
How do natural conditions become elements that can bring up a pleasant space for users?
S
Concept Transformation
1.
“Symbiotic Architecture”
4m
RhRh izoizo popor raa s spp. .
-4m
2.
How is the artificial flow and spatial characteristics that can educate visitors about the importance of mangroves and how to preserve them?
3.
Space that can increase the effectiveness of conservation activities by local communities
The plot and educational characteristics of the space that can encourage visitors to be involved in conservation activities.
Attraction that can take advantage from natural condition.
24 27
28
30 1
29 10
6
7
2 3 8
12 13
4
11
5
15
10
14 16
9
17
18
24 25
20
26
19 21 22
Private Vehicle Circulation Utility Vehicle Circulation
5
23
Visitor Circulation Conservation Staff Circulation
Sirkulasi Research Staff Circulation
WELCOMING SENSE
1.
8. 7.
2.
6. 1.
3.
5.
LAB VISIT
TAKE A BREAK
Mangrove Ecorium
2.
4.
BIRD OBSERVING
FOREST EDU-VENTURE
INTRODUCTION
ACTION
Scientist as the guide
3.
4.
hiding the observer
Welcome!
5.
Lecture by scientist
Glasshouse
6.
Eating
7.
briefing Planting
8.
Reading Boating
SITEPLAN
Shopping Workshop
10
15
20
Bridge Bird Observing Forest Trekking WATERFRONT ATTRACTION Boating
Reading
Planting Action
Eating
+10.50
+7.00 +3.50 0.00 -0.50 -2.00 -4.00 -8.00
1
Dermaga -8.00
Perpus Apung -8.00
Caf -8.00
Lahan Penanaman -3.00
2
5
Bangunan utama -2.00
Hutan Mangrove
10
20
Tempat Parkir -1.00
UNIT I
wood floor thin wood fasade 1m bamboo coloumn wood bridge pontoon unit stairs 3m
UNIT II UNIT III UNIT IV
branch railing wood panel bamboo coloumn pontoon unit
branch railing bamboo coloumn wood panel pontoon unit anchor
main building Bangunan uang berfungsi sebagai area penerimaan seluruh pengunjung dan berfungsi sebagai area publik dan administrasi utama di fasilitas Pusat Konservasi Mangrove.
Pemotongan bagian solid terluar sesuai kebutuhan ruang
Offset bentuk lingkaran ke dalam dan perletakan elemen solid-void yang berselingan.
Bentuk dasar elips untuk mengikuti topografi, berorientasi ke segala arah, dan mengikuti letak vegetasi existing
Extrude perbangunan 3 lantai untuk Penambahan sirkulasi dan lansekap buatan geometri lingkaran di tengah untuk sesuai fungsi ruang. menciptakan kesan monumental dan 1 lantai untuk bangunan sekitarnya. Penurunan unit bangunan pada bagian selatan untuk memaksimalkan view laut dari dalam
SISTEM STRUKTUR MODULAR waffle beam 8/20
16.00 3.00
2.00
6.00
2.00 3.00
untuk memaksimalkan bentang struktur kayu hingga lebih dari 4m
50.00 17.00
16.00
Modul II 2m
13
DETAIL WAFFLE STRUCTURE
17.00
Modul I 3m
-0.50 4.00
4.0 0
+3.50 12
DETAIL SAMBUNGAN SISTEM KNOCK-DOWN -1.52
8
2.00
6.00
2.00 3.00 -1.50
0.00
DENAH LANTAI 2
JACK-PAD FOUNDATION
pondasi portable yang bisa dibongkar-pasang dari sambungan kolom menggunakan steel bracket
4.00
1
5
3m
Plat Sambungan Stainless Steel Mur-baut Kolom kayu 10/12 Balok kayu 8/10
9 10
4m
3m
-1.52 14
4.00
3.00 11
13
0
-1.50
4.0
6.00
2
6.00
4
0.00 3
2.00 3.00
0 3.0
3
3.0 0
7
3 3
3.0 0
7
3
.00
3
7
+3.50 14
3.00
+7.00 7
DENAH LANTAI 1
DENAH LANTAI 3
Kolom kayu 10/12 Sloof kayu 8/12 Steel bracket Foundation Pad
0 3.0
3
7
1 2 3 4 5 6 7 8 9 10
1m 2m
4m
6m
10m
Lobby Flexible Meeting Room Unit Gallery Ramps Workshop Room Public Space Ecorium Mangrove Administration Room Seeds Storage Souvenir Shop
11 12 13 14 13 14
Tools Storage Formal Meeting Room Prefunction Bird Observation Men’s Toilet Women’s Toilet
cm
2.00
40
16.00 3.00
40cm
M A N G R O V E RESEARCH CENTER
+4.00 +3.00
0.00 -0.50 +3.50 -2.00 -4.00 -5.00
R.Meeting +1.50
Perpustakaan -0.50 Laboratorium -4.00
Lobby -2.00
Kultur Jaringan -4.00
POTONGAN A-A’ 1
DETAIL POTONGAN
2m
A
BI
Dinding kayu Dinding kaca
Balok Induk 8/12
A
Balok Anak 5/7
C
BA BI BA BI BA BA 3m BI
RENCANA PEMBALOKAN
BI
4m
BUOYANT FOUNDATION
BI: Balok Induk BA: Balok Anak
Shading kayu
B
B A
BI BA BA BA BA BI 3m BA BA BA BA
6
3
Atap ijuk pelan
Pasak 4/4
Kolom 10/12
2
B
C
Salah satu komponen struktur yang adaptif terhadap kondisi tanah yang sering tergenang air
Ground Water
Kolom kayu 10/12
Unit Pontoon
Kolom baja
Buoyant Foundation
Ground Kolom 10/12 Panel lantai kayu
Ring
Balok Induk 8/12
Balok Anak 5/7
Atap ijuk
Balok Konsol
Ventilasi
Shading Kayu
Pondasi footplat Kolom 10/12 Panel lantai kayu Balok Induk 8/12 Balok anak 5/7
NORMAL CONDITION
FLOOD CONDITION
1.50 m
na
P R O J E C T
2
UNIVERSITAS INDONESIA RAIL-STATION, DEPOK A design competition held by ILUNI Arsi UI. This project is in collaboration with Kunardi, Sastro, and Surandi under supervision of Farrizky Astrawinata. Our work is nominated as big 6 in semifinal.
2019
University of Indonesia is a campus that located in Depok, West Java. The UI campus area in its planning up still prioritizes environmentally friendly and tries to be inclusive, with integrated public transportation modes using KRL (Commuter Line). UI Station is the main gate for all UI academics who use this mode of transportation, and all KRL passengers will continue their journey on foot or delivered by Yellow Bicycle, facility provided by the campus. in line with the development of the city of Depok, the location of this station is also a door to the mode of transportation of public vehicles that cross the Margonda road through the residential neighborhood road that we know as Barel (turning rail). But in reality today, the use of the UI station is not only by the UI academic community, but also for public around the UI campus area for daily activities.
SITE ANALYSIS
BACKGROUND Pedestrian
Private Vehicle
S I T E PROBLEM
Kober
development focus
UI rail-station as a main gate
Ui’s Yellow Bus
CommuterLine
Halte Stasiun
N
Universitas Indonesia
Modern tropical vernacular. Transformed headbody-foot hierarchy i n t o bu i l d i n g , Exposing the structure
1990-2000 S i m p l e deconstruction based on previous style
50.352
Area Stasiun
N 1985-1990
TAP-IN
Gate UI
Development of UI Architecture
2000-2010 The search for a new identity. Modern industrial
2010-present Trying to answer the challenges of c l i m a t e change, e n e r g y
The pattern of development in the UI area f o l l o ws t h e main compass direction grid.
Kepadatan
FH UI
ss Zebra Cro
person/day
TAP-OUT
53.520 person/day
Node Utama Fisip, Sastra, Psikologi
The activity node around the station became a meeting spot for pedestrians from Kober, stations, bus stops and vehicles from the entrance to the UI campus.
ZEBRA CROSS USER
28.494 person/day
TRANSPORTATION USER
28.494 person/day
Because of its role as a meeting point, this area is always crowded with pedestrians and any vehicle
CONCEPT Issues
Design Strategy
Concept
Concept Transformation Integrated Tunnel
1.
People’s Mobility
NODE DENSITY
Controlling People’s Mobility around the site
transportation for all
2.
Node 1
Focus on pedestrian and commuter line’s passenger
Impression of Architecture Tropical Vernacular Style following the domination of existing buildings Menggunakan langgam arsitektur vernakular sebagaimana langgam yang digunakan oleh sebagian besar bangunan UI
Node 2
Roof form using 2 axes Node 3
grid 2
Plaza as public space
“NEG(OSI)ASI: Negasi Ruang Friksi”
tunnel
grid 1 (UI) Plaza
Terracota as Identity of UI
Major Identity TYPOLOGY O F U I ’ S ARCHITECTURE
t u n n e l
Head-Body-Foot Hierarchy
head
Grid negotiation K o m b i n as i a n ta ra grid UI dengan kota untuk menggabungkan 2 kepemilikan yang berbeda;
body
foot
UI Station is located between the campus area and PT KAI's land. Where there is a negotiation between land owners to provide facilities for the UI academic community and the surrounding community. Its presence also appears as a negotiation between the two parties or even several parties. For the sake of facilitating trips to all destinations for further activities. Making this building close to the UI campus area either as a gate, KRL user transition space, or considered one of the UI campus area buildings.
DESIGN TRANSFORMATION
1
Vertical and horizontal zoning
2
3
Pilar structure as foot definition
Upsizing at 2nd floor to strengthen the body impression
MEZZANINE as inspector room and waiting room for visitor
4
Adding roof as head definition
5
Shifting the axis of the roof according to the concept of 'negotiation' and adding brick material to bring the impression of UI identity
1st FLOOR as lobby/office visitor transit area
A
B
Terracotta
1 2 3 4 5 6 7 8 9 10 11 12 13
2nd FLOOR as staff’s office
STATION PLATFORM waiting roo m for Commuter Line Passengers that connected with tunnel
Concrete
Station Platform from Jakarta
TAXIBIKE SHELTER as waiting room for drivers and station visitors who continue their journey using taxibike. This area is connected to halte and entrance
Ramps of Rail Station
KIOSK 4 kiosk for commercial needs around railstation
Ramps of Kober Ramps of FH UI Ramps of Plaza Commercial Area Visitor Waiting Room Service Area
B
Halte
D
Taxi Bike Shelter
E
Tunnel Plaza
H
2.8
F C
SITEPLAN 5 10
15
20
30
A
D
C
E
Station Platform from Bogor
G
Ceramic Roof
Wood Ceiling
F
WF Steel
Multiplex
H
G
Ceramic
Glass
steel roof truss steel coloumn
floor beam
20/45
concrete coloumn 46cm floor beam
20/45
pile foundation
floor beam 30/60 ringbalk
concrete coloumn
58cm
P
CIGANJUR URBAN FOREST JAGAKARSA, SOUTH JAKARTA
R
In collaboration with Farrizky, Vincentia M u t i a ra , K u n a r d i , a n d M u c hs i n
O
The presence of City Forests as a form of public green space with ecological functions contributes to the conservation of biodiversity, the provision of clean air, water catchment areas, and at the same time gives a social function for interaction and cultural spaces for DKI Jakarta residents. The limitations of public green open space in Jakarta nowadays can give a negative impact through cities, ranged from reduced groundwater loads, increased temperatures, and uncontrolled air pollution.
J E C T
3
2020
The Jakarta Province’s Park and Forest Service through the Forestry Sector in 2020 will conduct the utilization and development of urban forests in several areas in DKI Jakarta, specifically the City of South Jakarta. The one of construction sites are in Ciganjur that located in Jagakarsa, South Jakarta Regency. The urban forest still needs to be developed to improve the quality of infrastructure facilities. This certainly will support the existence of the City Forest as a place of conservation, as well as being a recreational and educational area for residents around the City Forest. Therefore it is necessary to arrange a comprehensive, anticipatory and futuristic plan to support an urban forest that attracts its citizens to visit as well as a flora and fauna conservation area and supports biodiversity around the City Forest area.
CONCEPT
ABOUT SITE This 10,036 m2 land has a relatively flat topography. At present the site is a green space in a residential area in the form of a stretch of grass with a dense vegetation point. Inside the site there is a river that flows from south to north. Soil conditions around the river tend to be always wet. This 3-4m wide river has the potential to overflow in the rainy season so it can floods the entire site especially at lower contours.
BACKGROUND ISSUES
Dense Pattern of Existing Vegetations
STRATEGY
Domination of Vegetations
CONCEPT
Architecture as Nature’s Supporting Elements
“Forest Camuflage”
Neighborhood Density
Separated Mass Pattern
Uncompact Features
- Conservation - Nature Attraction
CONTOUR EXISTING CONTOUR
Highest level
Lower Level
CONTOUR PLAN
Existing contours tend to be flat. In the area around the pool, when it rains it is prone to flooding because there is no significant difference in height level when river overflows.
Highest level
Lower Level
The pond is used as a reservoir by increasing the depth and equipping with swales that connected to the source of water flow (river). The response to flooding is intended by making wetlands in flood-prone areas
6
5
9
15
10
13
7
12 14 13
3 11
4
8 2
1 2 3 4 5 6 7 8 9
Parking Area Entrance Reservoir Pond Inlet Swale Outlet Swale Existing Stream Forest Path Security and Toilet Composting Area
10 Planting nursery Area
1
11 Pond Deck 12 Bridge 13 Playground 14 Plaza 15 Plant Display Area
SITEPLAN
PARKING AREA PLAN
POND DECK - PLAYGROUND PLAN
PLAZA PLAN
PLANT NURSING AREA
P
TRAUMA HEALING
R
T
O
AGRICULTURE
H
R
O
U
G
H
J E C T
4
in collaboration with Auliya Hisyam, Pita Asih, Bimanova, Ancilla Krissanti, Kristania Debora Eri Fajrianik, Arie Pandi, Alifa Putri, Nafianty Mayasari
2017
Eruption victim shelter, accompanied by the development of the Empowerment and Research Center for Food Materials. This facility focuses on the escapement stage in the mitigation process of eruption disasters and independent efforts to achieve sustainable energy through education and research in the agrarian field that is in line with people's livelihoods.
MAIN ISSUE
ABOUT SITE
SITE ANALYSIS Protected Forest High Density Settlement Area Medium Density Settlement Area Center of City Settlement and Agricultural Development Area
1. Distance to Neighborhood
Distance from Merapi peak : 16,07km Mount Merapi is one of the most active mountains in Indonesia. Merapi eruptions occur relatively often, this is suspected because of the internal geometry of volcanic systems, which generally occur on average every 5 years. Merapi vomit eruption material on average 10 million m3 in an eruption. The impact of of material eruption with a large enough volume can destroy the structure of buildings and nearby infrastructure and cause several diseases such as shortness of breath. The only way to avoid these impacts is to evacuate residents to safer areas.
2. Drainage
Total Area: 356491,4 m² Land Surface Area : 314,707,44 Dam Area : 29999,85 m² River Area : 11784,11 m²
AI NG SU
SAWAH
3. Solid Void
The contour of the northern part of the land which is higher than the south makes the direction of rainwater flow down from north t o s o u t h
EMBUNG
KEBUN TEMPAT PARKIR
IMPACTED AREAS
SAWAH
65% Sleman
15%
6%
6%
Magelang
Klaten
Boyolali
8%
123
DEATH
56.414 REFUGEE
SWOT OPPORTUNITY Can be used for refuge, training centers and empowerment of communities
Jogjakarta Magelang S o l o
Jalan Palagan KM 13, Donoharjo, Ngaglik, Sleman. This place is an agricultural area supported by a reservoir as a water provider. The location is quite far from the peak of Merapi. This area is classified as safe from the impact of Merapi so it can provide escapement facilities for the original settlement inside disaster-prone area.
STRENGTH Has a reservoir to accomodate a huge Has agricultural potential volume of water
The dam is used as a water source for displaced victims
Impacted for Merapi Eruption
WEAKNES Access the north is a neighborhood road. And no access to the west and east
5. Accessibility
Building research center for agricultural sector Making wider access in northern side
Not in Disaster Prone Area THREAT
4. Sun Path
EMBUNG JETIS SURUH
Figure Settlement Ground Vegetation and Land
Keeping the amount of clean water when eruption by WTP
Farm shelters
Access from Pakem-Turi
CONCEPT
SITEPLAN
SHELTERING
SOCIAL SPACE trauma healing
COMMUNAL SPACE KITCHEN
MUSHOLA
TOILETS
luas : 303 m2 kapasitas : 270 jamaah
luas : 364,5 m2
Pria : 34 km wanita : 34 km kapasitas : 850-1100 org
TRAUMA HEALING THROUGH AGRICULTURE
Providing Communal Space Local Community provides positive communal space
Eruption occurs
Settlement damage and death of livestock
The decrease in psychological condition of the citizens over the loss of their property
Victims gathered in the refugee barracks, is expected to calm psychological condition and eliminate catastrophic trauma
Disaster shelters are designed to reduce trauma problems through the development of regional potential
Public spaces for trauma healing Quality Development Nursery Engineering as a productive activity for refugees in accordance with the livelihoods and characteristics of the Kaliurang area of Yogyakarta
Education
Research
Production
WHEN ERUPTION Temporary shelter
Refugee’s Shelter
Provide temporary shelter at the safe area
Agricultural Education Center
Accommodate facilities for daily needs
Agricultural Research Center
Moving People
NORMAL CONDITION Refugee Housing Agricultural Education Center
Eruption Occurs
Moving from meeting point to Embung Jetis Suruh Meeting Point
Educating refugees about agricultural sectors for better productions after they back Accomodated in Jetis Suruh with various communal facilities for daily needs
After safe, refugees back to their own contemporary home
AGRICULTURAL RESEARCH CENTER (in collaboration with: Nafianty Mayasari, Ancilla Krissanti, Kristania Debora)
The research center zone is located in the eastern part of the site, the orientation of the building faces west so it can be directly related to the inner court
The building is formed lengthwise with a single circulation to facilitate the evacuation route
The building is made into two floors to adjust local space and neighborhood needs
Green house area takes transparency in the form of a glass roof so the plants inside can directly receive sunlight Laying the roof with different heights with the intention that building does not look too massive
The location of the building that takes the condition of the surrounding site, makes the expansion of space developed horizontally, because the surrounding buildings do not have a low height, with the development of horizontal space, the building can accommodate all of the space requirements without elevating the building.
Because the space requirements on the second floor are less than the first floor, the building mass is formed as a trap.
ROOF Bitumen roof Glass roof Hanging plant roof
HANGING PLANT
CONCRETE ROOF 2ND FLOOR GREENHOUSE COMPUTER WATER MODELLING PLANT PATHOLOGY ENTOMOLOGY LAB BIOENERGY SYSTEM GENOMIC LAB WC
GREENHOUSE
1ST FLOOR FRONT OFFICE DAN ADMINISTRATION LOUNGE CONFERENCE ROOM CLASSROOM OFFICE LIBRARY MEETING ROOM SENSORY EVALUATION LAB. PERAIRAN DAN LIMBAH SEWAGE TREATMENT INSTALLATION ROOM STORAGE
HANGING PLANT to reduce massive impression strengthen the agricultural vibes according to its function
BITUMEN ROOF corrosion ressistant
GLASS ROOF
45o
45O ANGLE
Transparent, light transmission, heat insulatiion
responding eruption impact HANGING PLANT as a light filtration element
to make eruption materials fall quickly
P R O J E C T
5
AGROTOURISM MARKET TRIRENGGO VILLAGE, BANTUL in collaboration with Adimas Arief and Thalia Putri under supervision of Kurnia Widiastuti, ST., M.T. and Ir. Ahmad Sarwadi, M.Eng.
2019
Traditional market sponsored by local government that can give place for community to do various productive agricultural activity, such as selling the village’s potential comodity, performing art or culture, and community (female farmers) enhancement. This market is also open for tourists, it provides some attraction based on village’s vibes and atmosphere that supported by adding ‘saung’ building’ for enjoying ricefields and natural material uses.
MAIN PURPOSES
Agricultural Market Agrotourism Education and Restaurant
Public Space In normal day, market will support the community’s daily needs by p r o v i d es c o m o d i t i es su c h as vegetables and prepared foods. Nevertheless, it doesn’t rule out the visitor possibility to use other market’s features
PROGRAMMING
Commercial
Market, Souvenir Shop, Restaurant, Bazaar Space Outdoor
Multifunction Room, Innercourt, Stage
Education
Workshop Space, Glass House Service
Toilets, Storage, Manager room, janitor, parking
In weekends, holidays, or temporary events, the market’s hall can be used to hold the events. The space will be more flexible
In evening and night, the market will change its function to be a night market with more various comodity such as accessories, clothes, foods, animals, etc.
1. motorcycle parking 2. bus parking 3. car parking 4. musholla and toilets 5. lobby 6. multifunction room 7. market and office 8. market and restaurant 9. glasshouse 10. playground 11. toilet 12. saung and bridge
P
REDESIGN IMOGIRI TRADITIONAL-TOURISM MARKET
R O J E C T
6
Imogiri is one of the sub-districts in Bantul Regency, Yogyakarta which has a lot of potentials in tourism that based on local wisdom. However, this potentials have not been widely known and are threatened by the lack of tourist interest in these tourist destinations, especially tourist village destinations with their community of artists. Imogiri Market is one of solutions to these problems. The market is built to become tourist destinations that will offer and showcase some local wisdom from Imogiri with the aim of prospering the community in Imogiri and rebranding Imogiri's distinctive culture that is slowly being forgotten. By raising the concept of Interaction, buying, selling, and recreation activities in this market will lead to a mutually beneficial relationship between sellers who are local communities and tourists. Travelers will get education about creativity and culture from the local community, while local communities will get productivity so that the Imogiri culture can be preserved. In the pre-designed market, it also provides a network of tourist destinations in Imogiri by using traditional transportation in the form of rickshaws, horse carts and onthel bicycles.
Increasing productivity and economy
Rebranding Imogiri’s cultures
Integrating among tourism villages
ABOUT SITE
NATURAL TOURISM
MAIN POTENTIAL
1 Puncak Becici 2 Hutan Pinus 3 Jurang Tembelan 4 Goa Cerme 5 Kebun Buah Mangunan
1
13 2 1 1 1 1
Address: Imogiri Timur Street KM. 9, Garjayo, ART-CULTURAL TOURISM Imogiri, Bantul, Daerah Istimewa Kompleks Makam
1
Site area: 26176,24 m² BCD: 50-75% Max height: 12 m
1 Desa Wisata Batik Giriloyo 2 1 Desa Wisata Bendo 3 1 Desa Wisata Banyusumurup 4
DESIGN CONCEPT Productivity
3
4
Creativity Potential
Mataram King's tomb complex is a historic sites which was a w i t n ess t o t h e b i r t h o f the kingdom of Mataram.
Goa Cerme has a historical value, It is a meeting place of Wali Songo in the past
SCHEME PUBLIC USER
Income
Interaction between Community-Tourist
Tatah Sungging Crafts a n d K e r i s as tw o e n d a n g e r e d c raf ts because of the decrease of tourist interest
5
craft Commercial
Community
Sate Klathak, Wedang Uwuh, and Tiwul a r e t h e m o s t fa m o u s cu i s i n e sought after by tourists while visiting to Imogiri.
2
4 1
Raja Mataram
Batik Giriroyo crowned as cultural heritage non objects by UNESCO
culinary
Tourist
Knowledge
“developing our people, conserving our culture”
Fashion
Recreation
Shopping Destination
Trade
Srawung
Display
Eating
CERTAIN USER
nature
village atmosphere
culture
temporary event
Workshop
Performance
Temporary Display
OFFICER
IMPLEMENTATION
Comodity
Selling goods produced from community activities / MSMEs from raw materials to finished goods.
Display System
Showing a systematic flow of displays that explain the story
Space Program
Providing a space for recreational interaction and education
Education
Others
Community Empowerment
Utility
Maintenance
Workshop
Management
Distribution
DESIGN TRANSFORMATION STEP 1: ZONATION
Void
Senthong
Batik Retail, Craft, Culinary
RTH
Amphiteathre, Open Space
Pawon
Foodcourt, angkringan
Gendhok, Seketheng
Utility, Office, Loading-Unloading Room
BongkarMuat
Back stage
Food court
t spo gan krin
ang
il ta an Re jin ra Ke
Utilitas
Retail Batik
Lo bb W y elco Pla min za g
Omah Ndalem
Pengelola
Tourism Networking
Area Parkir
ALTERNATIVE 1
Taman
am tea ph thr i e
an
Rest Area
jin
Taman
il d f of
Vo i
D
ro
Lo b
by
Parkir Mobil
Souvenir
Utilitas
-
Retail Batik
Lo bb W y elc o Pla min za g
Tourism Networking
t spo ngan ri gk an
Parkir Motor
Entrance il t a an Re jin ra Ke
Systematic R Ku etail lin er
Food court
Taman
p-
Foodcourt
R Ku eta lin il er
Jejaring Destinasi Wisata Parkir Becak, Andong, Onthel
BongkarMuat
Utilitas Bongkar muat
ke ra
STEP 2: CIRCULATION Back stage
Retail batik
re ith ph
Bongkar muat
Pengelola
Edukasi ea t
Back Stage
Pengelola
Re ta
Tourism Networking
Area Parkir
Pringgitan
Front Plaza Lobby, Introducing of Imogiri
Am
a
t spo ngan kri ng
Pendhapa
Utilitas
Retail Batik
MASS TRANSFORMATION
am tea ph thre i
am tea ph th r i e
Food court
il ta an Re j i n ra Ke
Lo bb W y elc o Pla min za g
BongkarMuat
Back stage
R Ku etail lin er
Pengelola
C Efektif Esien
Konektivitas Visual
Re Ku tail lin er
B
A Karakteristik Joglo
Linear circulation
Area Parkir
Parallel circulation
Linear circulation
shopping
Parkir Entrace
Introduction of Imogiri
Recreation
Events
Foodcourt
Tourism Networking
EXIT
Drop Off
ALTERNATIVE 2
Souvenir
Taman
by f of p-
Ed
d ro
Taman
Parkir Motor
Parkir Mobil
D
Parkir Becak, Andong, Onthel
Foodcourt
Vo i
Jejaring Destinasi Wisata
Lo b
Building border line Diagonal grid for retail main and entrance (grid 12 m for retail) Horizontal vertical grid for support function Circle grid for area recreation and orientation center 3 m grid for circulation at the center of activity
R Ku eta lin il er
STEP 3: GRID
RT H
Bongkar muat
Utilitas Bongkar muat
uk
Ta m
an
Amphitheatre
Rest Area
Back Stage
Retail batik
Pengelola
Re ta as il ke i Ta ra m jin an
an
Education
Angkringan + PKL Entrance
Score 1
0,6 0,4
0,55 0,50 0,50 0,45
0 A
B
C
Alternative 1 Alternative 2 Criteria
Criteria A B C
Coefcient 0,3 0,3 0,4
Alt 1 0,12 0,165 0,20 0,485
Alt 2 0,18 0,135 0,20 0,515
Commercial 1 Batik Retail 2 Craft Retail 3 Culinary Retail 4 Foodcourt
Imogiri Katalisator Introduction 9 of Imogiri 10 Tourism Networking 11
Souvenir Shop
Education-Recreation 6 Amphiteather 7 Workshop space 8 Inner Garden(void)
5 Angkringan
Utility 12 Warehouse 13 Power House 14 Toilets 15
Musholla 16 Water Installation 17 Ofď€ ce 18
PASSIVE DESIGN
PERKERASAN
Loading-Unloading
Building Area: 7592,67 m2 Pavement Area: 22541,3 m2 Total area built up: 50%x22541,3+100%x7592,67 = 18.863,32 m2 BCD: 45,6%
BANGUNAN
Height: 8 m Green Area: 10.697,29
BATIK RETAIL TIPE 1
TIPE 2
lemari gantungan kain meja display
sirkulasi dalam
lemari gantungan kain meja display manequin
TIPE 3 lemari gantungan kain meja display manequin
ENTRANCE CULINARY RETAIL Sate Klathak Visitor’s chair Dining Table
Wedang Uwuh Stove
Service Table Dining Table Seller ‘Lesehan’
Seller ‘lesehan’
Visitor ‘Lesehan’
Storage cabinet Seller Space
VOID
Tiwul Preparation Table Service Table
P R
C E R E P A R C CITY HOTEL, YOGYAKARTA studio project - 2017
O J E C T
7
City hotel that integrates life in the city with the natural atmosphere of the village as with a touch of local cultural wisdom of the City of Yogyakarta. The location of the site that in the middle of the city flanked by two most well-known education institutions in Yogyakarta provides potential attractions among tourists, business people, and local residents. By combining two characters in the design; urban & village, Cereparc presents a comfortable hotel to stay at. Cerepac is a combination of two words from Latin, namely Cereum (angled) and Parco (Park). Cereum is represented by the shape of buildings that tend to be modern in accordance with urban characteristics. Whereas Parco is depicted with green balcony facilities installed on each room and orientation of amenities facilities towards UGM's wisdom park and Mount Merapi which has an attractive view. Placement of the amphiteathre and the use of some local materials such as stone temples and wood give the feel of Jogja as a cultural city
2nd Basement 1st Basement
3rd Floor 1st Floor
SITEPLAN 2nd Floor
Typical (4-8) Floor
LOBBY
LOUNGE
other projects Rural Extension House (in collaboration with Benevolentia, and Hanif, IAI)
other projects
Renovation Project for Private House in Depok
(in collaboration with Priyanto and Sastro)
Section - 3
Existing Floor Plan
Renovation Floor Plan
Section - 4
other projects
Tara’s House, Bintaro (in collaboration with Farrizky and Kunardi) 9 7
6
4
5
3
9
2 1
8
1st Floor Plan
1 2 3 4 5 6 7 8 9
Entrance Hall Carport Laundry Dry Roo m Bathroom ART’s Bedroom Outdoor Lounge Stairs
10 Living Room 11 Dining Room 12 Powder Room 2nd Floor Plan
13 Suite Bedroom 14 Suite Bathroom 15 Bedroom 16 Bathroom
3rd Floor Plan
Effective Floor :
192.94 m2
Terrace-Pavement
63.79 m2
Greenery
37.28 m2
photography