Madinarch Portfolio 2

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Selected works of 2018-2020 | Madina Arifah

ARCHITECTURE PORTFOLIO

TABLE OF CONTENTS Curriculum Vitae

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COMPETITIONS

Individu

First Winner : Paradesc Kidtopia 2019 (National) Competition Entry : Asian Young Designer Awards 2020 (International) First Winner : Sayembara Desain Pusdiklat 2018 (Univeristy) Competition Entry : Inspireli Awards 2020 (International)

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STUDY PROJECTS Final Project : Geriatric Unit Redesign of Dr. Soerojo Mental Hospital (2020) Studio Project : Twirl Tower (2019)

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COMPETITIONS

Collaboration

Merit Awards : Futurarc Prize 2019 (International) Third Winner : Architecture Festival 2020 (International) Top 5 : Sayembara Kantin Teknik 2019 (University)

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Top 30 : CTBUH Competition 2020 (International)

BUILT PROJECT Ar-Rahman Mosque : Lombok, NTB (2019-2020)

ABOUT ME Madina Arifah

PROFILE

Tejokusuman NG II/421 YK 082317275402 madina.afh@gmail.com IG : @madinarch | Line : @madinaar

EDUCATION

Bachelor Degree of Archictecture : Gadjah Mada University SMAN 1 Yogyakarta SMPN 1 Yogyakarta Budi Mulia Dua Elementary School of Yogyakarta

PROFESSIONAL SKILL Archicad Autocad SketchUp Rhinoceros Grasshopper MS Office

Adobe Photoshop Adobe Illustrator Adobe After Effect Adobe Premiere Pro Corel Draw MS Office

WORK EXPERIENCES 2018 : PT Urbane Indonesia : Practical Work 2019 - 2020 : D+E (Design Perfomance Energy) : Staff 2020 - now : Shirvano Consulting : Junior Architect

COMPETITIONS First Winner : Paradesc Kidtopia 2019 (National)

Top 5 : Student Competition 2018 (National)

First Winner : Sayembara Desain Pusdiklat 2018 (Univeristy) Second Winner : Sayembara PUPR 2018 (Regional)

Top 5 : Sayembara Kantin Teknik 2019 (University)

Third Winner : Architecture Festival 2020 (International)

Top 25 : Architecture Festival Microspace 2018 (International)

Top 10 : Arch Project 2018 (National)

Merit Awards : Futurarc Prize 2019 (International) Top 30 : CTBUH Competition 2020 (International)

PROJECT EXPERIENCE

OTHERS

Ar-Rahman Mosque : 2019 - 2020 Lombok, NTB

Third Winner : International Roof Truss Design Competition 2018

First Winner : Paradesc Kidtopia 2019 (National)

Competition Entry : Asian Young Designer Awards 2020 (International)

First Winner : Sayembara Desain Pusdiklat 2018 (Univeristy)

Competition Entry : Inspireli Awards 2020 (International)

COMPETITIONS INDIVIDU

OASIS

CHILDREN DAYCARE ISSUES

There are 8 different potential intelligences in children and each has different ways to develop. Intense contact with the environment naturally can stimulate children intelligence with more optimal. Daycare becomes the environment to integrated both coaching and supervision. Daycare design need to highlight the different scale of spaces between children and adult.

PROBLEM SOLVING

An effective way to stimulate children’s intelligence potential is namely with the central room system which is like a moving class so that children are more flexible in choosing and determining activities his favorite.

DESIGN STRATEGY Presents a natural feel in the middle of the city like an oasis, with green open space for more creative children's playroom. Stimulates potential intelligence child with amximal through space both indoor specials and outdoor.

Project Year Competition Award

2019 Paradesc 2019 : Kidtopia (Regional) First Winner

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BECAK N G A B E A N ISSUES Yogyakarta is one of the biggest tourist destinations in Indonesia. There is a big amount of tourist with private vehicles such as bus and cars, and this brings disadvantage to the city. It causes pollutions and traďŹƒc jams. This also brings disadvantages to becak kayuh community. Becak kayuh is Yogyakarta traditional transportation that has become a part of the city culture. Sadly, the traditional becak kayuh are nearly extinct because they lose to the escalating amount of private vehicles. Becak drivers are struggling to get customers every day.

PROBLEM SOLVING The idea is to create a system within a place that will directly create a positive impact: proďŹ ted the becak kayuh community and gradually reduce the use of vehicles. The place will be a becak community center and bus terminal integrated with public space and tourist attraction. The integration intended to providing proper space for the community to develop, while also targeting the people that use the parking lot and terminal as their customer. The design will gradually change the parking lot into public space with three stages: introduction, seduction, and acquisition. The design hopefully will accommodate the community while proďŹ ted the city, culture, and society.

Project Year Competition Status

2020 Asian Young Designer Award 2020 (International) Competition Entry

PERSPECTIVE SECTION

TOURIST ATTRACTION PEDESTRIAN

BECAK CIRCULATION

BUS HALT

BECAK PARKING LOT PUBLIC SPACE

PADU

TRAINING AND EDUCATION CENTER ISSUES

Government work style are commonly known as rigid, and so does the environment. The new study found that collaboration could increase the overall work quality. In order to enhance collaboration, a certain space and place need to be designed accordingly.

PROBLEM SOLVING

To overcome the problems, collaboration needs to be happen. Co-working spaces will be the place to collaborate. Each co - working spaces need to be integrated. Innercourt will be the design core and integrations between each co-working spaces.

DESIGN STRATEGY

The design will accomodate collaborations with bunch of co - workking spaces inďŹ ll into the building. This co - working space expected to be fulll with activities such as meetings, group discuccions, also group training. The location of each coworking spaces design to have indirect contact with outside and the innercourt. Innercourt would be the core of the design and green spaces.

Project Year Competition Award

2018 Sayembara Desain Pusdiklat (University) First Winner

BASEMENT FLOOR

SITEPLAN

SISTEM DRAINASE TAMAN Menggunakan water trap di pinggir halaman innerciourt dan setiap anak tangga

Sirkulasi udara

CROSS VENTILATION Dengan adany a ruang semi outdoor dan inner court di tengah sebagai sirkulasi penghawaan alami.

1st FLOOR

2nd FLOOR

PELA TIHAN

KAMAR

R. Pertemuan (2x50m² = 100m²)

11x25m² = 275m²

Aula (150m²) Toilet (25m²)

Semi-outdoor(25m²)

KANT OR

KAMAR

R. Transit (10m²)

11x25m² = 275m²

R. Konseling (10m²)

PELA TIHAN

R. One way mirror (2.5m²) Miniatur ruang k erja (2.5m²) R.Asesor + Meeting Asesor (25m²)

R. Pertemuan (50m²) Semi-outdoor(40m²)

R. Kedap suara (40m²) R. FGD (50m²)

Shading

Toilet (25m²)

Semi-outdoor (25m²)

KAMAR KANT OR

Perpustakaan (25m²)

R. Arsip (15m²)

3x25m² = 75m² Mushola (50m²)

: From 2nd floor to 3rd floor (235.6m² x 2 = 471.2m²) Semi-outdoor (25m²) R. FGD (50m²)

Klinik (12.5m²) Gym (12.5m²)

R. Sekretariat + Istirahat (35m²)

SIRKULASI VERTIKAL Asrama (25m²) Kantor (20m²) Tangga Darurat (10m²)

Loby (35m²) Toilet (9m²)

MOBIL 360m²(10 mobil)

MOTOR 270m²(50 motor)

Indoor (25m²)

SHADING

PARKIR

PARKIR

Semi-outdoor (25m²) R. Pertemuan (50m²) Aula (150m²)

Konsep shading mengikuti arah datang matahari.

Sirkulasi udara

Outdoor (200m²)

Public Space : Innercourt and Backyard (110m² + 200m² = 310m²)

E(ART)H ISSUES & PROBLEM SOLVING

The project started with the thought of relationship between choreography and architecture. Choreography are one of the form of art that contain movement. Architecture are where the movement take place. We found that architecture in Burkina Faso mainly use earth blocks as it main material. That's where the idea came : the further relation between earth, art, and architecture. We want to create an architecture choreography, a guided sequences of spatial experiences through building compositions.

DESIGN STRATEGY

There is a desirable issues about this project to be a catalyst of change and change construction pattern. We decided to go with curved massing in order to solved both issues. The form itself are standout, dierent, yet with the earth blocks material, it still have the Burkina Faso identity and locality. The ow of the new building consider the existing, without too many demolition of existing Green Amphitheater. Instead, we emphasize the existing vegetation to support the concept of natural elements. We separate the Labo, Work, and Show area based on existing conditions. The circulations are create so the visitor could feel the spatial experiences between natural elements and building thoroughly.

Project Year

2020

Competition

Inspireli Awards 2020 (International) Competition Entry

Status

The building materials are mainly easy to found since it is a local source. The wall use earth blocks, with a wooden bouven and metal roof. Building height designed to consider the heat of Burkina Faso. This building use a simple logic of cross ventilation. With a wide open terrace to overcome the hot air that will enter the building.

Merit Awards : Futurarc Prize 2019 (International)

Third Winner : Architecture Festival 2020 (International)

Top 5 : Sayembara Kantin Teknik 2019 (University)

Top 30 : CTBUH Competition 2020 (International)

COMPETITIONS COLLABORATION

TERRA GANGLIA ISSUES

As the center of economic sector and Indonesia government, Jakarta ignites the process of urbanization. The urbanization that occurs raise urban problems and life necessities, where it is also overlap with the natural conditions and geomorphology Jakarta. It’s risen up several problems : overpopulation, land subsidence, flood, and lack of clean water.

PROBLEM SOLVING In addition to the intangible problems that have been mentioned above, indirectly these problems also have an impact on people's lives through health aspects that tend to be not good for the physical and mental aspects. For example the lack of clean water can cause disease, as well as the efforts needed to obtain clean water by buying and spending a lot of money, become social problem for some of the citizens. So, what is the fundamental element as a solution to these problems? How was the condition of old Jakarta and its people? How did those people deal with the problems in the past? What happens if we go back there?

Project Year

2019

In collaboration with

Competition Award

Amanda Pragita Raka Dian S. Rizky Putera A. P. Monica Teresa K.R.D.

FuturArc Prize (International) Merit Award

Submission ID: S_223442

Submission Category: Student

REVIVING JAKARTA AQUATIC ECO

Country: Indonesia City: Jakarta

Jakarta is one of the capital city which classified as a metropolitan city. As the center of economic sector and Indonesia government, Jakarta ignites the process of urbanization. The urbanization that occurs raise urban problems and life necessities, where it is also overlap with the natural conditions and geomorphology Jakarta.

WATER PRESERVATION AS IMPULSE Water are required to support biodiversity. Without sufficient water, stresses on specieses and decrease the number of biodiversity (UNESCO, 2019). Water could be recycled but not replaced. That’s why we need to preserve it more. Water cycle are heavily influenced by the ecosystem. Ecosystem are one of the aspects of biodiversity. The problem about water and ecosystem are both real in Jakarta. Growing population and rapid urbanization affects on water quality.

OVERPOPULATION Based on data from BPS 2018, the population of DKI Jakarta in 2019 is projected to reach 10.5 million. This figure increased by 0.73% from the projected population in 2018 of 10.4 million people. While in 2025, the population projection says that there will be 11.033.969 (BNPB and BPS). This indicates an increase of life necessities including the use of land and space. If Jakarta is densely full of people and their needs, how to deal with the remaining natural conditions?

GOALS : INCREASING BIODIVERSITY

LAND SUBSIDENCE In geological context, land subsidence will be naturally occur in Jakarta through a long period of time (hundred years). However, this situation is accelerated by human factors, it does make change in topography component and land surface height decrease faster 25 cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi Indonesia based on the research done by geodetic team from Institut Teknologi Bandung)

There are four aspects of biodiversity : ecosystem, species, genetic, and functional. The more diverse those aspects, the higher biodiversity could get. The biggest aspects from all of this is ecosystem, because more ecosystem means there will be more habitat to various species. That’s why in our design, we choose water as impuls because water are required to support biodiversity. The strategy of water preservation brings new ecosystem and increase the number of biodiversity.

FLOOD Geomorphologically, the majority of Jakarta land is formed by the results of fluvial process, and is located in the northern part of Java Island. So that these conditions make the Jakarta area vulnerable to the dangers of meteorological hydro, especially floods. Jakarta is a lowland area with an average height of 7m above sea level. In flood-prone areas, to handle floods, there is a provision of early warning system and the flood itself will be sucked with pipe. The height of the flood varies from 50 cm - 2 m.

CLEAN WATER The availability of clean water in Jakarta is facing a crisis time due to overtake but minimal conservation. This is also one of the factor which causes land subsidence. In some areas in Jakarta such as West Jakarta and North Jakarta, the condition can be worse where in the dry season there is a scarcity of clean water. (Tempo, 2019)

BIODIVERSITY INDEX based on singapore index

Besides the four aspects of biodiversity, there’s biodiversity index applied in Singapore in a form of regulations. We take some part of it to be implemented in our design. We will evaluate our design from this index and aspects in order to increase the biodiversity. We hope that Jakarta could restorized their biodiversity and be a nature-friendly city.

THEN, HOW? In addition to the intangible problems that have been mentioned above, indirectly these problems also have an impact on people's lives through health aspects that tend to be not good for the physical and mental aspects. For example the lack of clean water can cause disease, as well as the efforts needed to obtain clean water by buying and spending a lot of money, become social problem for some of the citizens. So, what is the fundamental element as a solution to these problems? How was the condition of old Jakarta and its people? How did those people deal with the problems in the past? What happens if we go back there?

WET LAND

KAMPUNG MARUNDA : Accumulate, Spread, Restore Located in Cilincing district, North Jakarta, the site is a wetland area (marshes) in Kampung Marunda. 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 of a close, populist community. Marunda village itself has a strong historical value because it is notable as Kampung Si Pitung (local hero).

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.

carbon storage & cooling effect on vegetation

quantity of water

area of parks with natural area

change in number of species

proportion of natural area in the city

connectuvty measure

DESIGN STRATEGY

DES WET

Basically there are 2 characteristic of water that flows on the site. First, it spreads. Second, it is accumulated into one point (due to the topography). Therefore the design strategy, adapting constructed wetland method, will be: Terasering Wetland

Bioswales

Accumulated water Spread water Open and maximize > make it flow > being accumulated space for water

Our de ecosyst hand, w three a aspects numbe

WETLAN water re other un

After being processed, the water can be directly distributed for daily use of community in surrounding, some of them is stored/collected, some remains in the site for flora-fauna and act as recreational element

Habitat

Sediment and Water Control

Wetlands Park

This area also act as a natural filter where carbon is stored in the sediment and dissolved whether in surface or groundwater. But the main function of this area is to control water condition and quality in every stage (each level of the terraced wetlands)

Wetland park made of terraced wetlands with retention pond on the lower ground. Large scale of bioswale span across the site to maximize stormwater management and act as recreational space alongside the water flows. The terraces was based on geographic information and water flow analysis on the site. The terraces wetlands are using gravity, passively filtering water. Water treatment process which is based on different slopes are thematic and have unique, different impressions for each pixel. Wetland park also act as a firsthand exposure to human on how water is managed and being processed so people are encouraged to be more aware to preserve and wiser in using water.

These terraced wetlands slowing down the flow of

Almost a many ob alongsid strategie

KAMPUNG KAMPUNG PULO PULO :: Live Live Within Within the the Water Water

RIVERS RIVERS

The site is in an area with high density population, located along the riverbank, and prone to drain 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 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 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. Ciliwung River will be flooded with mud and overflow.

PROJECT PROJECTVISION VISION

SP SP

The design strategy can be replicated in settlements area which exist around the body of the river. This condition often considered The design strategy can be replicated in settlements area which exist around the body of the river. This condition often considered as dirty and unfit for a metropolitan city. Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a solution as dirty and unfit for a metropolitan city. Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a solution for flood or any overflowing river problems because it transforms slums area into abundant water reserves. In addition, this stratefor flood or any overflowing river problems because it transforms slums area into abundant water reserves. In addition, this strategy also creates productive space for human and animal activities, regenerates the life of biodiversity. gy also creates productive space for human and animal activities, regenerates the life of biodiversity.

Why Wh caus cau was was area are conc con resto rest cont con spec spe

Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide benefits for residents who lives around. benefits for residents who lives around.

BEFORE BEFOREBIODIVERSITY BIODIVERSITY

DESIGN DESIGNSTRATEGY STRATEGY

The houses are sticked to each other’s wall and the alleyways are narrow. The sewer for drainage 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 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 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 to be covered with concrete or cement pavement and therefore minimizing water absorption, no zero runoff, and accelerating the water discharge instead.. zero runoff, and accelerating the water discharge instead..

In the site, water comes from 2 sources: the flow of In the site, water comes from 2 sources: the flow of rivers that overflow during floods and rain water. So, rivers that overflow during floods and rain water. So, the design strategies are : the design strategies are :

Create a connection Create a connection to the river to the river

Design water Lift housing’s elevation Design water Lift housing’s elevation absorption zones in to anticipate flood, absorption zones in to anticipate flood, the settlement the settlement

UPPER UPPERSPACE SPACE Housing Housing Public PublicSpace Space

Surrounding settlements are designed with the addition Surrounding settlements are designed with the addition multilevel path/track which functions as a public space. This multilevel path/track which functions as a public space. This space is flexible, can be used as a community center for space is flexible, can be used as a community center for waste management, or gathering activities. The lower waste management, or gathering activities. The lower ground space will be used in normal/dry conditions. Meanground space will be used in normal/dry conditions. Meanwhile, when flood occurs, the upper space will be active as while, when flood occurs, the upper space will be active as a connecting path. a connecting path.

FLOODING SCENARIO FLOODING SCENARIO

The existing house has a simple form with micro size and stick to The existing house has a simple form with micro size and stick to each other. Houses are redesigned by adapting existing forms, each other. Houses are redesigned by adapting existing forms, still using rectangular floor plan as the most efficient plan. The still using rectangular floor plan as the most efficient plan. The highly dense of residential conditions results the lack of natural highly dense of residential conditions results the lack of natural lighting in each house. To solve this problem, angular form of lighting in each house. To solve this problem, angular form of facade is created to maximize sunlight. Meanwhile, in order to facade is created to maximize sunlight. Meanwhile, in order to overcome the floods which increase every year, the lower floors is overcome the floods which increase every year, the lower floors is being lifted, create stilt house design. The lower space functions being lifted, create stilt house design. The lower space functions as an animal stall and open space in the neighborhood so that as an animal stall and open space in the neighborhood so that humans and animals can live side by side in one ecosystem. humans and animals can live side by side in one ecosystem.

LOWER LOWERSPACE SPACE

Cow Cow

Goat Goat

Chicken Chicken

Dog Dog

Raingardens Raingardens

Raingardens created to expand water catchment Raingardens created to expand water catchment area and to filter the stormwater so it could be area and to filter the stormwater so it could be restored as clean water. restored as clean water.

LAKES

High Ha

RAWA BABON : RAWA BABON : Preservation and Procurement Preservation and Procurement

DESIGN STRATEGY Divided area into 3 zones:

DESIGN STRATEGY

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 Divided area into 3 zones: place also had great potential for recreation and educational park. there is already potential of (1) biodiversity, would tobiohabitat be the area preserve habitat andisalso create TheAs area is divided into 3big compartments, the existingthis lake,area (2) the edgefocusing of lake, (3) andthat settlement area. The lake divided intonew Existing lake Promenade with Biohabitat and habitat for species. Water catchment area expanded and improved with raingardens and water tank preservation system. This 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 raingardens to filter water settlement area NORMAL WATER LEVEL SCENARIO HIGHER WATER LEVEL SCENARIO FLOODING SCENARIO place also great potential for recreation and educational is designed as ahad waterfront-public space forLEVEL locals’ amenities (jogging, park. cycling) and can be used for fishing. Besides for human activities, this SCENARIO NORMAL WATER SCENARIO HIGHER WATER LEVEL FLOODING SCENARIO The lake landscape has different elevation and curve design which also collect preserve massive amount of water,area. and The alsolake protecting theinto areaThe is intentionally to be by flood when heavy rain occurs [Student], [Jakarta], [S_223442] area is divided intooverrun 3 compartments, (1) the existing lake, (2)tothe edgeand of lake, (3) biohabitat and settlement is divided Existing lake so the surrounding Promenade with and help as barrier settlementsBiohabitat remaining safe from floods. third compartment (settlement in surrounding)

LAKES

Design design design De des des

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 raingardens to filter water settlement area is designed as a waterfront-public space for locals’ amenities (jogging, cycling) and can be used for fishing. Besides for human activities, this The lake landscape has different elevation and curve design which also area is intentionally to be overrun by flood when heavy rain occurs to collect and preserve massive amount of water, and also protecting the help as barrier so the surrounding settlements remaining safe from floods. third compartment (settlement in surrounding) Raingardens are taking advantage from the flood. It will be a public space when it dry but it Biohabitat are creaated to increase the number of species. will catch the stormwater when flood happening. The clean water will stored in water tank One of the most possible species to be mantained is bird. ategy is WATER IMPULS, wich we restore and below improve aquatic water resource for both human and other species there. and become They could adapt well with urbanization. That’s why there are eserve more water and reach higher biodiversity number. otheradvantage from the flood. It will be a public space when it dry but it manmade birdare nest. There are also six the species of bird that Raingardens areIntaking Biohabitat creaated to increase number of species. o restore Jakarta’s ecological identity as wetlands area.the Westormwater choose when flood happening. The clean water will stored in water tank almost need to be preserved, jawa (Centrowill catch Oneexinct of theand most possible species tobubut be mantained is bird. pusThey nigrorufus), jalak putih (Sturnus melanopterus), jawa are below andEvery become water resource for both human and other species there. of Jakarta aquatic ecosystem : wetlands, river, and lake. could adapt well with urbanization. That’s cerek why there (Charadius javanicus), cikalang (Fregata own strategies to water preservation and increase biodiversity manmade bird nest. There christmast are also six speciesandrewsi), of bird that bangau bluwok cinerea), and pecukbubut ular asia (Anhinalmost exinct(Mycteria and need to be preserved, jawa (Centroga putih melanogaster). pus nigrorufus), jalak (Sturnus melanopterus), cerek jawa (Charadius javanicus), cikalang christmast (Fregata andrewsi), bangau bluwok (Mycteria cinerea), and pecuk ular asia (Anhinkarta are mostly consist of neglected empty lands with huge amount of ga melanogaster). also contains huge amount of municipal waste such as plastic bag and dable waste. Restoration strategies includes landscape arrangement to e more public spaces and water catchment and filtering area.

STRATEGY : NDS, RIVER, LAKE

Raingardens

Biohabitat

Raingardens

Biohabitat

WETLANDS

Dry Scenario

PUBLIC SPACE

Dry Scenario CATCHMENT AREA

Flood Scenario

Bubut Jawa (Centropus nigrorufus)

Flood Scenario

Jalak Putih (Sturnus melanopterus)

Bubut Jawa (Centropus nigrorufus)

Jalak Putih (Sturnus melanopterus)

Cikalang Christmast (Fregata andrewsi) Cikalang Christmast (Fregata andrewsi)

WETLAND PARK

Raingardens

RIVER Raingardens

rta natural landsccapes alongside the RIVER are already gone. There are hat lead to this conditions, one of them is high density of settlement er. This also leads to increasing number of slum area and flooding. Our Raingardens tore the natural landscape of the river, along with the species and encourage human to live together with other species.

Manmade Bird Nest

Raingardens

Manmade Bird Nest

Accord recrea mutua tainAcc ec the rec be mur tain the

HOUSING

ATCHMENT REA

LANDSCAPE RESTORATION

Filtered water then stored in watertank to be clean water supply for the environment Filtered water then stored in watertank to be clean water supply for the environment

LAKE

NA Bangau Bluwok (Mycteria cinerea) Bangau Bluwok (Mycteria cinerea)

Pecuk Ular Asia (Anhinga melanogaster) Pecuk Ular Asia (Anhinga melanogaster)

[Student], [Student],[Jakarta], [Jakarta],[S_223442] [S_223442]

ES ES

ld care about species diversity? The answer lies in the fact that, the primary uld care about species diversity? The answer lies in the fact that, the primary y’s loss of biodiversity is habitat alteration caused by human activities. This ay’s loss of biodiversity is habitat alteration caused by human activities. This nsibility to restore the natural habitat for species. Jakarta was a wetlands onsibility to restore the natural habitat for species. Jakarta was a wetlands mass urban development happens and turns the natural landscapes into mass urban development happens and turns the natural landscapes into st. The design strategy start from restore the aquatic ecosystem, wich also est. The design strategy start from restore the aquatic ecosystem, wich also crease the number of species there. Some species, especially plants, also ncrease the number of species there. Some species, especially plants, also carbon storage and cooling effect of the environment. Meanwhile other carbon storage and cooling effect of the environment. Meanwhile other s farm animals and agricultural plants are supporting the human life. as farm animals and agricultural plants are supporting the human life.

WETLANDS WETLANDS

URBAN SANCTUARY

RIVER RIVER

ISSUES

A research conducted by Alya Fauziyyah1 and Sutarimah Ampuni from Faculty of Psychology Universitas Gadjah Mada about social skills and it’s role to depression tendencies specifically for college students in Yogyakarta. According to the LAKE results of this research, it can be concluded that LAKE social skills, with the mediation of loneliness, negatively contributed as much as 21% to the depression tendencies among college students in Yogyakarta. It is also founded that loneliness fully mediated the connection between social skills and depression tendencies.

PROBLEM SOLVING

INCREASE INCREASE OF According to OF the research, social skills contirSPECIES SPECIESNUMBER NUMBER butes a lot in depressions tendencies. People withBefore higher social skills are most likely get less After After After Before After depressed than a solitary person. This state[Student], [Jakarta], [S_223442] DESIGN REPLICATION ment imply that social butterflies are less on are following the flows of water. We want to duplicate the depressed than the introspective. Then how the DESIGN REPLICATION BIODIVERSITY INDEX TARGET n aquatic ecosystem we choose : wetlands, river, and lake. All the BIODIVERSITY INDEX TARGET are planned to be implemented to every aquatic ecosystem in wallflower person deal with depression? The cation are followingJakarta. the flows of water. We want to duplicate the d on aquatic ecosystem we choose : wetlands, river, and lake. All the mostto effective way is to create a place where egy are planned to be implemented every aquatic ecosystem in Jakarta. they could express and heal themself. Such place is called a holding space.

ON STORAGE BON STORAGE GETATION EGETATION

ter, water, nt

Wetland

Carbon storage by Carbon storage by plant decrease plant decrease number of number of pollution pollution

Increase in number Increase in number of species of species

Species are limited Species areplaces limited only in some only in some places

3/4 3/4

DESIGN STRATEGY

Holding space is a capacity that requires us not to move in too much, micromanage, but it’s being there, being with, and staying with. A place to meditate, to arrange their minds peacefully. Mindful architecture used to generate the holding space on the site with the three main sequences : awareness, attention, and remembering. Project Year In collaboration with

River

Lake

ngapore Biodiversity Index,River design by adding educational and Wetland Lake ctions create linkage of natural features with human. As the result, biosis occur where human/community becoming a part to mainand quality of its functions while community also gainand o structure Singapore Biodiversity Index, design by adding educational ong with the improvement of aquatic ecosystem, the green functions create linkage of natural features with human. As theplot result, eymbiosis city are occur expected to increase to the idealbecoming number ofa30%. where human/community part to mainem’s structure and quality of its functions while community also gain Along with the improvement of aquatic ecosystem, the green plot f the city are expected to increase to the ideal number of 30%.

Competition

Award

L AREA PROPORTION CONNECTIVITY

RAL AREA PROPORTION CONNECTIVITY

8%

30%

2020 Azizah Rigma Arum P.A. Severus Andrew F.A. Architecture Festival 2020 (International) Third Winner

URBAN HEAT IS

LOCAT

Surabaya is th ness and ind somehow ha and social in the lack of in triggers high that makes it Spatial analy were formed increase in t Surabaya is d buildings, a density of ve

The site is lo tial and com located near The site has cent to one o

LAND

VEGE D DENSE

THE ISSUE

SLUM AREA

INDUSTRIAL AIR POLLUTION

SURABAYA

N SLAND

INDONESIA

TION

as

riv

er

he second largest city in Indonesia and known as one of the largest busidustrial city in Southeast Asia. But these business and industrial activities as triggered urbanization and giving impact on the emergence of slums nequality. And side from the social aspect, those activities combined with nfrastructure in the form of water bodies and green areas in the city also h environmental temperatures (urban heat island/UHI) and pollution, one of the hottest city in Indonesia. ysis shows that UHIs in Surabaya in d in the city center and tended to that area. UHI increase in the city of directly proportional to the density of and inversely proportional to the im ka l egetation. tambaksari, ocated near the city center, in residensurabaya mmercial areas close to the road, and to one of the slum areas in Surabaya. an total area of 3 hectares and adjaof the largest rivers in Surabaya.

THE ISSUE

SEA

ETATION DENSITY AVERAGE

LESS

NONE

HEAT MAP

<21°

22°-26° 27°-31°

>32°

THE CONCEPT

SLUM AREAINDUSTRIAL

SLUM AREA

AIR POLLUTION

AVERAGE

POOR

SLUM

URBAN HEAT ISLAND

SURABAY

INDONES

LOCATION

Surabaya is the second largest city in Indonesia and known as one of the large ness and industrial city in Southeast Asia. But these business and industrial a somehow has triggered urbanization and giving impact on the emergence o and social inequality. And side from the social aspect, those activities combin the lack of infrastructure in the form of water bodies and green areas in the triggers high environmental temperatures (urban heat island/UHI) and po

AWARENESS

Empty aisle/hall, plain. straightforward material that enhance tranquility.

ATTENTION

Contrast between dark and light, sequence from empty to nature

REMEMBERING

More natural amibences, water and natural landscaping that ehnance sensory.

Loneliness

DEPRESSION TENDENCIES

LOW SOCIAL SKILLS

ATTENTION

AWARENESS

Design Concept

User Types of User

Types of Environment

MINDFUL ARCHITECTURE

awareness, attention, remembering

THIRD SPACE PRIVATE SPACE HEALING SPACE

User Activities

SELF HEALING REMEMBERING

Meditation Reflect

Young adults that:

DOWN DEPRESSED LONELY

Character of User RESERVED

Character of Environment PEACEFUL

INTROSPECTIVE WITHDRAWN

PROTECTIVE

MEANINGFUL CONVERSATION

TRANQUIL

HOLDING SPACE

being there, being with, and staying with

Healing

Reassurement

Privacy

Massing development to enhance the experiences

Design Transformation

MODULAR HO

PEKA

CAFETARIA AND CO-WORKING SPACE ISSUES When children enter school, they will be placed in large classes and forced to interact with each other. Adults tend to label children who don't talk much, telling them how quiet and shy the child is. Entering the next stage of education, children will be encouraged to join in group activities, even though this method is not an ideal learning method for some children. Even though it has a good purpose, this method makes the child suggest that their innate character — introvert — is not a good character.

PROBLEM SOLVING Environmental pollution problems: air, water, soil, noise, radiation, light and heat, damaging our environment, both in the short term and in the future. This problem is a crucial problem that is expected to be resolved by green building, as a response to futuristic (future) issues. Green buildings are buildings whose design, construction, and operation reduce and eliminate negative impacts and generate positive impacts on nature and the environment. There are 4 main elements in green building, namely materials, energy, water, and health in order to achieve sustainable building.

Project Year

2019 Sabila Fatimah Kemuning Arumingtyas A.

In collaboration with

Competition Award

Sayembara Desain Kantin Teknik (University) Top 5

public space, and area for disposal, will enhance the image of wetland, while also preserve the water, create habitat 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.

DESIGN STRATEGY

A design that accommodates the needs of each character, the needs of a place for self-development for each individual. Sensitive to differences. Not to forget, sensitive to the environment. Environmental problems are futuristic issues. Application of concepts for individual characters, combined with green building elements.

Sustainibility

Character

3rd Floor

Coffee shop, co-working space, meeting room Characteristic : quiet, private.

2nd Floor

Coffee shop, co-working space Characteristic : semi-private.

1st Floor

Cafetaria Characteristic : public space.

Acc

RDENS

NEW HABITAT

ATCHMENT REA

After

efore

Increase quantity of clean water production from Jakarta water resource

5,7% clean are produced akarta water esource

EAN WATER PRESERVATION TARGET quantity of water

2/4

B

A

SECTION A

SECTION B

Pempov DKI

NCREASE OF NATURAL AREAS

g to Pempov DKI

INCREASE OF NATURAL AREAS

SLUM: URBAN SPR AND RIVER

The proposal Surabaya whi ings. Water fe capillary pipes come UHI. Fa river because bath, etc, and

4/4 4/4

RIVER SPINE

INHABITA HOUSING

ISSUES

Surabaya is the second largest city in Indonesia and known as one of the largest business and industrial city in Southeast Asia. But these business and industrial activities somehow has triggered urbanization and giving impact on the emergence of slums and social inequality. And side from the social aspect, those activities combined with the lack of infrastructure in the form of water bodies and green areas in the city also triggers high environmental temperatures (urban heat island/UHI) and pollution, that makes it one of the hottest city in Indonesia.

WATER FEATUR

PROBLEM SOLVING The proposal design is River Spine, a building relocation project for slum inhabitats in Surabaya which maximizes green land and water features in high-rise mixed-use buildings. Water features manifested in the form of falling rain inside the building, reservoir and capillary pipes which has a function to lower the meso climate temperature in order to overcome UHI. Falling rain is the adaptation of river which built vertically. We try to interpret river because it is mostly found in the slum environment, used as the source for washing, bath, etc, and has become identity.

Project Year

2020

In collaboration with

Amanda Pragita Raka Dian S. Rizky Putera A. P. Monica Teresa K.R.D.

Competition

CTBUH (International) Top 30

Status

TO WE

RB

RAWL R IDENTITY

ka l

as

riv

er

increase in that area. UHI increase in the city of Surabaya is directly proportional to the density of buildings, and inversely proportional to the density of vegetation.

im

tambak suraba

BRINGS THE RIVER The site is located near the city center, in residenVERTICALLY, LOWERING tial and commercial areas close to the road, and located near to one of the slum areas in Surabaya. UHI IN THE PROCESS

TAKE SPRAWL CHARACTERISTIC

The site has an total area of 3 hectares and adjacent to one of the largest rivers in Surabaya.

design is River Spine, a building relocation project for slum inhabitats in ich maximizes green land and water features in high-rise mixed-use build- SEA eatures manifested in the form of falling rain inside the building, reservoir and s which has a function to lower the meso climate temperature in order toVEGETATION overalling rain is the adaptation of river which built vertically. We try to interpret DENSITY LAND e it is mostly found in the slum environment, used as the source for washing, d has become identity. DENSE AVERAGE

MODULAR

SPRAWL

LESS

WHAT IF HEAT MAP

NONE

FLEXIBLE

Make an inhabitable housing

<21°

The proposal design is River Spine, a building relocation project for slum inha The roof of the building holds B and Creating reservoirs and water green land Surabaya which maximizes water features in high-rise mixed-u rainwater and flows the wate ings. features manifested in the form of falling rain inside the building, rese features to Water reduce temperaorganically downward through the capillarythe pipes which a function to lower the meso climate temperature in orde tures around area andhas act form ofwhich falling rainvertically. We try to come UHI. Falling rain is the adaptation of river built as a water preservation

FARMING

RE

GREEN SPACE

POO

A

URBAN SPRAWL AND RIVER IDENTITY

WATER FEATURE

AVERAGE

The reservoir water that holds rainwater and water from the river is BRINGS THE RIVER TAKE SPRAWL raised using a capillary tank from VERTICALLY, LOWE CHARACTERISTIC UHI IN THE PROCE below

sprawl organic characteristic

SLUM: FALLING RAIN RESERVOIR CAPILLARY

GREEN SPACE

>32°

MAKING PRODUCTIVE ECOSY THE CONCEPT THAT LOWERING THE ENVIR TEMPERATURE AND ADDING SPACE IN THE AREA

INHABITABLE for slum inhabitats with good environment that keep its HOUSING

ABLE G

22°-26° 27°-31°

SLUM

river because it is mostly found in the slum environment, used as the source for PARK bath, etc,COMMUNAL and has become identity. C Each level of the park has a capillary

tank that works as a vessel to raise MODULAR SPRA water to the next level using ai pressure

Adding green space in form of park and communal INHABITABLE farming toHOUSING boost the occupant productivity and interaction

Make an

D

for slum Each floor has a INHABITABLE functional module environm on the edge ofHOUSING the buildingsprawl thao captures water using netRESERVOIR tubes inCAPIL its GREEN facade

SPACE

BUILDING PROGRAM 3

TO W

ER

UPPER LE VEL TANK

GREEN SPACE 2

BUILDING PROGRAM BOTTOM RESE RVOIR

PRODUCTIVE URBAN FARMING

LEVEL TA NK

Adding g 1 of parkWa TH farming TA occupan MO interactio LO TA

AIR PRES SURE PUSH TH E WATER

PRODUCTIVE

CAPILLARY TANK C MIXED-USE DEVELOPMENT

The main function of the building are parks and LOWERING housing for slum AREA CLIMATE residents who will be TEMPERATURE moved for a more decent and healthier life. The park area is also a productive area that will support their life and will be maintained by slum residents who live there. WATER

COMMUNITY GARDEN

COMMUNITY TO GARDEN W

ER

B

A

GREEN PUBLIC PLAZA

RESERV OIR

ER

A

The main function of the building are parks and housing for slum residents who will be moved for a more decent and healthier life. The park area is also a productive area that will support their life and will be maintained by slum residents who live there.

WATER FEATURE

TO W

PRODUCTIVE MIXED-USE DEVELOPMENT

Creating WATER features WATER tures aro MFEATURE OVES UP as a wate THROUG H PAR CAPILLAR FARMING Y PIPE

SUPPLY FROM RIVER

GREEN PUBLIC PLAZA

PRODU U FA

COMM G

COMM WATE G TREATM

DESIGN STRATEGY: WATER CAPILLARY Using the principle of capillary action as a design strategy, buildings are designed to carry water vertically using capillary pipes to the top of buildings. Later, water will be distributed to all areas of the building to meet the needs of residents and vegetation in the building, while creating the character of organic ecosystems that have a positive impact to the meso-climate in the areas.

M NTAL EN

B

D

NET TUB

ROOF STORAGE RAINWATER CATCHER

DESIGN STRATEGY: WATER CAPILLARY

O2

O2

WHAT IF

water erad act

L

MAKING PRODUCTIVE ECOSYSTEM THAT LOWERING THE ENVIRONMENTAL TEMPERATURE AND ADDING GREEN O2 SPACE IN THE AREA

B

D

RAMP ROOF STORAGE

A

B

The reservoir water that holds rainwater and water from the river is raised using a capillary tank from below The roof of the building holds rainwater and flows the water organically downward through the form of falling rain

C

Each level of the park has a capillary tank that works as a vessel to raise water to the next level using air pressure

D

Each floor has a functional module on the edge of the building that captures water using net tubes in its facade

orm O2

The main capillarity system is located alongside the core of the building, distributing water to the water pool on the roof of the building (which also acts as rainwaterharPARK vesting). The water then distributed organically as a falling rain to create a microclimate in the entire residential area. The communal garden area also has a mini reservoir that holds water on six separate levels.

RAINWATER CATCHER O2

RESERVOIR

RESERV OIR

RAMP COMMUNAL FARMING GARDEN

1

WATER FIL LS THE UPPE R TANK, TH EN MOVES TO LOWER TANK

PARK

RESERVOIR O2

RAMP

AIR PRES SURE PUSH TH E WATER

RESERVOIR

WATER SUPPLY FROM RIVER

PARK

RAMP

MAIN RESERVOIR

WATER TREATMENT

A

PARK

The system uses the acti where the surface tensio can pull the water from th into small gaps. The wate into small gaps in ‘ne provides shading with capable of turning the h improve thermal perfor reduce air conditioner con

The system uses the activity of capillary where the surface tension of the water can pull the water from the larger storage into small gaps. The water is distributed into small gaps in vegetation ‘net tubes’. This provides shading with water may be growth capable of turning thesubstrate heat. Beside to improve thermal performance, it can filter fabric reduce air conditioner consumption.

drainage element protection layer GREEN root FLOOR barrier

insulation membrane vegetation waterproof membrane growth substrate roof deck

RAMP

CAPILLARY TANK C LOWERING AREA CLIMATE TEMPERATURE

PARK

O2

NET TUBES

GREEN FLO

RAMP

O2

O2

D

UPPER LE VEL TANK

BOTTOM LEVEL TA NK

PARK

RESERVOIR

WATER MOVES UP THROUG H CAPILLA RY PIPE

2 RESERV OIR

PARK

RESERVOIR

C

O2

3

COMMUNAL FARMING GARDEN

O2

M in co en

filter fabric drainage element protection layer root barrier insulation membrane waterproof membrane roof deck

CAPILLARY VESSEL

RAIN

Using the principle of capillary action as a design strategy, buildings are designed to carry water vertically using capillary pipes to the top of buildings. Later, water will be PARK distributed to all areas of the building to meet the needs RESERVOIR of residents and vegetation in the building, while creating the character of organic ecosystems that have a positive impact to the meso-climate in the areas.

CAPILLARY VESSEL

O2 sing good s stic

d

The main capillarity system is located alongsi of the building, distributing water to the wa the roof of the building (which also acts as ra vesting). The water then distributed organ falling rain to create a microclimate in the en tial area. The communal garden area also reservoir that holds water on six separate leve

CAPILLARY TANK

A

CAPILLARY TANK

MAIN RESERVOIR

GREEN GREEN STREETSCAPE STREETSCAP

HOUSING MODULES

GROUND VIEW

the core pool on waterharally as a residens a mini

SINGLE MODULE DIAGRAM Module used in order to achieve affordable housing and easier to control the sprawl. Every module consist of two bedrooms, one restroom, one kitchen, and one living room

m

o Ro

Be m

oo dr

Be

EE R G

1. Module has to be surrounded by green area.

HOUSING MODULES

used in order to achieve affordable houseasier to control the sprawl. Every module of two bedrooms, one restroom, one kitchone living room

m

m

oo dr

Be

Materials:

om

TANJUNG Mimuspos elengi

PUCUK M Syzigium

WIND FROM WEST SIDE OF BUILDING

2. Horizontal unorganized development depends on the people living there.

EA

o dr

A

R

CELERY

N

CABBAGE

KALE

CUCUM

G ST

Frame

Low Emissivity Glass

3

TOMATO

THE WATER AND GREEN SPACE CONTRIBUTES FOR LOWERING THE TEMPERATURE IN THE BUILDING AND THE AREA

Materials:

SUSTAINABILITY ASPECT

Wooden Frame

Low Emissivity Glass

Vegetation Substrate

3

1. Vertical Circulation 2. Adaptive Module 3. Green Space 4.forHousing 3. There is possibility vertical development. Module

T

C PA

GREEN STREETSCAPE 3. There

is possibility for vertical development.

WATER CAPILLA

PASSIVE COOLING

GREYWA RECYCLIN

COMMUNAL PARK

WATER RESERVO

V E D RT EV I EL CA O L PM EN

T

Pre Cast Concrete

BEA

PA C

Vegetation Substrate

2. Horizontal unorganized development depends on the people living there.

SPINACH

ER

R

CHINESE CABBAGE

EV TI EL CA O L PM EN

Concrete

2

D

1. Module has to be surrounded area. Pre Castby green Wooden

V

Be

KETAPANG Teminalia Mantali

URBAN FARMING

EE

nc e

KERSEN Mutingia calabura

R

of capillary the water er storage distributed bes’. This may be Beside to e, it can ption.

tra

The module doesn’t have strict layout, and expand depends on the people in order to create a rather organic compositions. Green area act as flexible and overall barrier system

G

En

et

il To

CONTRIBUT THE TEMPER

PARK LOCAL SHADING TREE AND THE AR

H O D R EV IZ EL ON O TA PM L EN T

o Ro

ing

“SPRAWL” MODULE DIAGRAM

VEGETATION THE WATER

2

1

en

ch Kit

Liv

SOLAR RADIATION

H O D R EV IZ EL ON O TA PM L EN T

INGLE MODULE DIAGRAM

1. Vertical Circulation 2. Adaptive Module 3. Green Space 4. Housing Module

D O M

LL FA IN A R

G C RE A E N N O PY

W PR A O TE M R EN A

D

E

N

4

The abstract/random modules is an attempt to keep slum’s characteristic but in a more organized order. By distributing several functions in the modular form, it keeps the residents’ regular activity flows, preserve their habits. Besides that, modules also support the building structure. IA

The abstract/random modules is an attempt to keep slum’s characteristic but in a more organized order. By distributing several functions in the modular form, it keeps the residents’ regular activity flows, preserve their habits. Besides that, modules also support the building structure.

ES TR

3

PE D

4

2

LL

1

3

FU

2

FU

U L

LL

M

O

D

U

L

PLAN

AN

1

AERIAL VIEW

N

nc e

EA

tra

R

En

m

oo dr

et

il To

A

ing

Liv

The module doesn’t have strict layout, and expand depends on the people in order to create a rather organic compositions. Green area act as flexible and overall barrier system

1

en

h tc

Ki

“SPRAWL” MODULE DIAGRAM

Final Project : Geriatric Unit Redesign of Dr. Soerojo Mental Hospital (2020)

Studio Project : Twirl Tower (2019)

STUDYPROJECTS

Ar-Rahman Mosque : Lombok, NTB (2019 - 2020)

BUILT PROJECT

GERIATRIC UNIT REDESIGN of Dr. Soerojo Mental Hospital ISSUES Dr. Soerojo Mental Hospital is one of the oldest mental hospitals in Indonesia. This hospital known as the biggest and one of the best asylum in Indonesia. Nonetheless, the geriatric unit of Dr. Soerojo Mental Hospital still needs a lot of improvement. There are deficiencies both in terms of environmental quality and completeness of the facility. For this reason, redesign is needed as a solution to the problem.

DESIGN STRATEGY

The right approach for this design is milieu therapy, which is the process of manipulating the environment to become a healing environment. In the preparation process the authors found three main problems that became the basis of this design: 1) How the geriatric unit development strategy within the context of redesign, 2) How to apply milieu therapy in the context of redesign, 3) How to apply milieu therapy in optimizing the function of the geriatric unit . The concept used in this design is "Home for All" which refers to the milieu therapy approach. The ultimate goal is to manipulate the environment so that it feels like home. This is caused by the atmosphere of the house is a form of the right environment for healing elderly psychiatric patients. Concepts are raised in various aspects, from zoning in design to interior and landscape design and arrangement.

Project Year Site Area Building Area Study Project

2020 7.947,47 m² 4.768,46 m²

BACKGROUND & ISSUES

MILIEU THERAPY nğŒğėƪɆƢġÄ—ĆŽĂŤĆ‹ÇˆÉ†ĂŤÄ?ĂŤĹ’ÍġɆȚ ɆƖĉğėĹ?ƢğÇ˜Ä‰É†Ć–ƢƎƪĉƢƪĆŽÄźĹ?İɆŨįɆƢġėɆėĹ?Ç ÄźĆŽŨĹ?-

śėĹ?ƢɆğĹ?ɆŨĆŽÄ?ėƎɆƢŨɆėįįėĉƢÉ†ÄˆÄ—ÄˇĂŤÇ ÄźĹ¨ĆŽĂŤĹ’É†Ä‰ġÍĹ?İėƖɆÍĹ?Ä?ɆƢŨÉ†ÄźĹ›Ć‹ĆŽĹ¨Ç Ä—É†ƢġėɆ RSJ Dr. Soerojo sebagai Pusat Pelayanan Pasien Kejiwaan Lansia Ć‹Ć–ÇˆÄ‰ġŨĹ’ŨİğĉÍŒɆġÄ—ĂŤĹ’ƢġɆÍĹ?Ä?ɆįƪĹ?ĉƢğŨĹ?ÄźĹ?İɆŨįɆƢġėɆğĹ?Ä?ÄźÇ ÄźÄ?ƪÍŒȺɆȊŠĹ?ÄźĹ?ŠÍĹ’ÍġɆƖÍƢƪɆƎƪśÍġɆƖÍĹ?ğƢÉ†ĹŒÄźÇ‚ĂŤÉ†ÇˆĂŤĹ?İɆśėĹ?LjėÄ?ğÍĹ?ĂŤĹ?É†Ĺ’ĂŤÇˆĂŤĹ?ĂŤĹ?ɆƋƖğĹ?ŨİÄ—ĆŽğÍƢƎğɆÍÄ?ĂŤĹ’ÍġɆ¥Š`Ɇ ner, 1979). $ƎșɆŠŨÄ—ĆŽŨĹŒŨɆÄ?ğɆnĂŤÄ°Ä—Ĺ’ĂŤĹ?İșɆÍƋÍƖğƢÍƖɆśÍĹ?ƖğśÍŒɆƋÍÄ?ÍɆƪĹ?ğƢɆİėƎğÍƢƎğɆÍÄ?ĂŤĹ’ÍġÉ†Ć–Ä—ÄˆĂŤĹ?ÇˆĂŤĹ?Ɇ ǧǣɆŨĆŽĂŤĹ?İȚɆÄ?Ä—Ĺ?Ä°ĂŤĹ?É†ĹŒĆŞĹ›Ĺ’ÍġɆƖƢÍįįɆǤǼɆŨĆŽĂŤĹ?İșɆpÍśƪĹ?ɆƪĹ?ƢƪĹ?ɆƖÍÍƢɆğĹ?ğɆġÍĹ?ÇˆĂŤÉ†ƢÄ—ĆŽÄ?ĂŤĆ‹ÍƢɆ ǼǣɆ ƋÍƖğėĹ?Ɇ Ć–ĂŤĹŒĂŤČ™É† $ğƋėƎĹ?ğƎÍĹ?ĂŤĹ?Ɇ ǼǣɆ ƢÍġƪĹ?Ɇ śėĹ?Ä?ÍƢÍĹ?İɆ ĹŒĆŞĹ›Ĺ’ÍġɆTherapy ƋÍƖğėĹ?Ɇ Ä?ĂŤĆ‹ÍƢɆ Ĺ?ĂŤÄźĹ?Ɇ Ruang Lingkup Milieu ġğĹ?İİÍɆNJǨɟɆÄ?ÍƎğɆĹ?ĂŤĆ‹ĂŤĆ–ğƢÍƖɆƢŨƢÍĹ’Č™

Permasalahan Pasien Kejiwaan Lansia di Indonesia ŠÄ—śÍĹ?ÄźĹ?Ɇ ÄˆÄ—ĆŽƢÍĹ›ÄˆÍġĹ?ÇˆĂŤÉ† ĆŞĆ–ğÍɆ śÍĹ?ĆŞĆ–ğÍɆ ĂŤĹ?ĂŤĹ?Ɇ śėĹ?İÍŒÍśğɆ Ć‹Ä—Ĺ?ĆŞĆŽĆŞĹ?ĂŤĹ?Ɇ ÄŻĆŞĹ?İƖğɆ Ç˜Ć–ÄźĹ?Ɇ śÍƪƋƪĹ?Ɇ Ĺ?Ä—ĹŒÄźÇ‚ĂŤĂŤĹ?ČšÉ†ÄˆÄ—İğƢƪÉ†ĹŒĆŞÄ°ĂŤÉ†Ä?Ä—Ĺ?Ä°ĂŤĹ?ɆƖėƖėŨĆŽĂŤĹ?Ä°É†ÇˆĂŤĹ?İɆƖƪÄ?ÍġɆśėśÍƖƪĹ?ğɆƢÍġÍĆ‹ĂŤĹ?ɆŒÍĹ?ĹŒƪƢɆƪƖğÍșɆ Ä—ÄˆÄ—ĆŽĂŤĆ‹ĂŤÉ†Ä‰ÄźĆŽÄźÉ† Bangunan Ä?ÍƎğɆƋÍƖğėĹ?ɆŒÍĹ?ĹŒƪƢɆƪƖğÍɆLjÍğƢƪɆśėśğŒğĹ?ğɆƋėĹ?ÇˆĂŤĹ?ğƢɆĹ?ĆŽŨĹ?ğƖɆśėĹ?ÍġƪĹ?ČšÉ†Ä°Ä—ĹŒĂŤĹ’ĂŤÉ†Ć‹Ä—Ĺ?ÇˆĂŤĹ?ğƢÉ†ÇˆĂŤĹ?İɆƢğÄ?ĂŤĹ?ɆĹ?ġÍƖȚɆ QĹ?ƢÄ—ĆŽĂŤĹ?ƖğɆÄ?Ä—Ĺ?Ä°ĂŤĹ?ɆŒÍĹ?Ä?ƖĉÍƋė {ƎğėĹ?ƢÍƖğɆƋÍÄ?ÍɆƎƪÍĹ?İɆğĹ?ƢÄ—ĆŽĂŤĹ?Ć–Äź ÄŻĆŞĹ?İƖğɆŨĆŽÄ°ĂŤĹ?É†ÇˆĂŤĹ?İɆśėĹ?ĆŞĆŽĆŞĹ?ȚɆƢğĹ?Ä°Ĺ?ÍƢɆĹ?ėśÍĹ?Ä?ğƎğÍĹ?É†ÇˆĂŤĹ?Ä°É†ÄˆÄ—ĆŽĹ?ĆŞĆŽĂŤĹ?İȚɆÄ?ĂŤĹ?ɆƖėƎğĹ?İɆÄ?ğƖėƎƢÍğɆśÍƖÍŒÍġɆ Ĺ?ƪƢƎğƖğșɆ bĂŤĆŽÄ—Ĺ?ÍɆ ĂŤĹ’ĂŤĆ–ĂŤĹ?Ɇ ƢÄ—ĆŽĆ–Ä—ÄˆƪƢɆ Ć‹Ä—ĆŽĂŤÇ‚ÍƢÍĹ?Ɇ ƋÍƖğėĹ?Ɇ Ä°Ä—ĆŽğÍƢƎğɆ ÄˆÄ—ĆŽÄˆÄ—Ä?ÍɆ Ä?Ä—Ĺ?Ä°ĂŤĹ?Ɇ ƋÍƖğėĹ?Ɇ ÇˆĂŤĹ?İɆ Ĺ’ĂŤÄźĹ?Ɇ ȊŠÍǘƢƎğȚɆǼǣǤǍȪ

KE

AM

A

Prospek yang diharapkan oleh pihak RSJS Magelang adalah peningkatan jumlah pasien. Selain itu pihak unit geriatri juga menargetkan penambahan Informal Space fasilitas daycare dan klinik. Hal ini dilakukan untuk menjadikan unit geriatri ÂĄĆŞĂŤĹ?İɆŒğĹ?Ä°Ĺ?ƪƋɆğĹ?įŨƎśÍŒɆƖƋÍĉėɆÍÄ?ĂŤĹ’ÍġɆƋėƎƖŨĹ?ÍŒɆƖƋÍĉėɆśÍƖğĹ?İɆȯɆ RSJS Magelang sebagaiśÍƖğĹ?İɆŨĆŽĂŤĹ?Ä°É†ÇˆĂŤĹ?İɆƢÄ—ĆŽÄˆÄ—Ĺ?ƢƪĹ?ɆÄ?ĂŤĹ?ɆÄ?ğƋėĹ?Ä°ĂŤĆŽƪġɆŨĹ’Ä—ġɆĹ?Ä—Ä?ƪÍɆ UNIT GERIATRI TERPADU dan percontohan bagi unit geriatri ĆŽĆŞĂŤĹ?İɆŒğĹ?Ä°Ĺ?ĆŞĆ‹É†Ć–Ä—ÄˆÄ—Ĺ’ĆŞĹ›Ĺ?ÇˆĂŤČ™ di tempat lain.

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Strategi Milieu Therapy

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ŠƢƎƪĉƢƪĆŽÄ—Ä?Ɇ QĹ?ƢėƎÍĉƢğŨĹ?

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Wali Pasien

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te ria la m an mu dah ,

N

Independent with medium confusing factors (CF) Independent with high confusing factors (CF)

NG

Klinik Kesehatan Rawat Jalan Terapi

Proses Milieu Therapy ) ) ‹ & ( ( '‹ ' '/

) )

RSJ PROF DR SOERODJO MAGELANG

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LATAR BELAKANG

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) )

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PERSPEKTIF

4

‹‹s‹ (& ‹ 1 MADINA ARIFAH

REDESAIN UNIT GERIATRI

' ‹/ ' ( ‹ & ' '‹ ) 1 ‹ RSJ PROF DR SOERODJO MAGELANG

‹$ ( ‹& ' ‹ & ( '‹ ‹ ' ‹' & & ' DENGAN PENDEKATAN MILIEU THERAPY

16/399807/TK/44821 ‹‹‹‹‹s‹gl|iojnkg|( |jjgji (( ‹‹‹‹‹s‹

'

$

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TYPES OF ENVIRONMENT ASSISTED MOBILITY Assisted mobility, high cognition, without CF

NOT MOBILE Not mobile, higher function, without CF

Assisted mobility, high cognition, with CF

Not mobile, higher function, with CF

Assisted mobility, medium cognition, without CF

Not mobile, lower function, lower pressure sore risk

Assisted mobility, medium cognition, with low CF

Not mobile, lower function, higher pressure sore risk, without CF

Assisted mobility, low cognition, with high CF

Not mobile, lower function, higher pressure sore risk, with CF

$

‹‹s‹ (& ‹ 1 MADINA ARIFAH

Open ŨśśƪĹ?ğƢLjɆDĂŤĹ›ÄźĹ’ÇˆÉ† Ă•ŨĆŽĹ?Ɇ¥ėŒÍƢÄ—Ä?Ɇ Ä?ĂŤĆ‹ƢÍƢğŨĹ?ɆƢŨɆ QĹ?Ç Ĺ¨Ĺ’Ç Ä—Ĺ›Ä—Ĺ?Ƣ ,Ĺ?Ç ÄźĆŽŨĹ?śėĹ?Ƣ ŨśśƪĹ?ğĉÍƢğŨĹ? Ä‰Ć˘ÄźÇ ÄźĆ˘ÄźÄ—Ć–

TYPES OF USER

Independent with low confusing factors (CF)

UA

bŨĹ?ƢÍĹ?ɆÄ?Ä—Ĺ?Ä°ĂŤĹ?ɆƢÍśÍĹ?ɆƖėġğĹ?İİÍɆ nğŒğėƪɆœġÄ—ĆŽĂŤĆ‹ÇˆÉ†ƢėƎĉÍƋÍğ ŨĹ’ŨƎɆĉŨÄ?ÄźĹ?İɆƪĹ?ƢƪĹ?É†Ĺ›Ä—Ĺ›ÄˆÄ—Ä?ĂŤĹ?ĂŤĹ?Ɇ karakter ruang

Residensial Makan Olahraga Kegiatan Berkelompok Rekreasi

(( ‹‹‹‹‹s‹

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Independent without confusing factors

R TATA

Outpatient

Ruang Komunal Sirkulasi Taman

‹$ ( ‹& ' ‹ & ( '‹ ‹ ' ‹' & & ' QĹ?ƢėƎÍĉƢğŨĹ? DENGAN PENDEKATAN MILIEU THERAPY

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Admit for palliative care

be em y k m ah ru m

REDESAIN UNIT GERIATRI

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INDEPENDENT

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Inpatient

AL

Staff

Unit Geriatri Rumah Sakit Jiwa

RM

PE NC

a rm it u ili t furn si b a ks e

Target Beberapa Tahun ke Depan

Rumah Sakit Jiwa Dr. Soerojo Magelang

penc ah cukup ya jel as ,

Semi Fix Feature Space bŨśƋŨĹ?Ä—Ĺ?É†ÇˆĂŤĹ?Ä°É†ÄˆÄźĆ–ĂŤÉ†Ä?ğƋğĹ?Ä?ÍġɆȯɆƋğĹ?Ä?ÍġÉ†Ć–Ä—Ä‰ĂŤĆŽĂŤÉ†ÄˆÄ—ÄˆĂŤĆ–É†Ä?ğɆĹ?ÍƢÄ—İŨĆŽÄźĹ?ĂŤĹ?É†Ć–Ä—ÄˆĂŤÄ°ĂŤÄźÉ†Ć–Ä—Ĺ›ÄźÉ†Ç˜Ç‡É†ÄŻÄ—ÍƢƪƎėɆƖƋÍĉėș

Kondisi Sekarang

ak tid

tidak o warna vers lem

u at tim ut, n b

Dokter

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STIM UL AS RIK SO EN , IS late ural

Landscape

Sebagai sarana interaksi maupun therapy

AN YA HA t, A n lembusilau,

FO

Perawat

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>65%

+ Daycare

IN

+ Klinik Medis Fix Feature Space ÂĄĆŞĂŤĹ?İɆŒğĹ?Ä°Ĺ?ĆŞĆ‹É†Ç˜Ç‡É†ÄŻÄ—ÍƢƪƎėɆƖƋÍĉėɆÄ?ğÍĆŽƢğĹ?ĂŤĹ?É†Ć–Ä—ÄˆĂŤÄ°ĂŤÄźÉ†ĆŽĆŞĂŤĹ?Ä°É†ÇˆĂŤĹ?İɆ Kapasitas Total ƢÄ—ĆŽÄˆÄ—Ĺ?ƢƪĹ?ɆŨĹ’Ä—ġÉ†ÄˆĂŤĹ?Ä°ĆŞĹ?ĂŤĹ?ȚɆƖėƎƢÍɆğĹ?ƢÄ—ĆŽĂŤĹ?ƖğɆÍĹ?ƢÍĆŽÉ†Ĺ›ĂŤĆ–Ć–ĂŤÉ†ÄˆĂŤĹ?Ä°ĆŞĹ?ĂŤĹ?Č™

50%

KEBUTUHAN RUANG UNIT GERIATRI

KEBUTUHAN PASIEN GERIATRI

PROSPEK RSJS MAGELANG

Kapasitas Total

Buruknya Kualitas Layanan Kejiwaan Lansia di Indonesia QĹ?Ä?ŨĹ?Ä—Ć–ğÍɆƖėĉÍƎÍɆśėÄ?ğƖɆÄ?ÄźĹ?ÄźĹ’ĂŤÄźÉ†ÄˆÄ—Ĺ’ĆŞĹ›É†Ć–ğÍƋɆÄ?ÍŒÍśɆśėĹ?ĂŤĹ?İİÍƋğɆƋėƎśÍƖÍŒÍġÍĹ?Ɇ ƋÍƖğėĹ?ɆŒÍĹ?Ć–ğÍČšÉ†ÄˆĂŤÄźĹ?ɆƖėĉÍƎÍɆĹ?Ä—ĹŒÄźÇ‚ĂŤĂŤĹ?ɆśÍƪƋƪĹ?É†Ç˜Ć–ÄźĹ?șɆLÍŒɆğĹ?ğɆƢÄ—ĆŽĹ’ğġÍƢɆÄ?ÍƎğɆƖėÄ?ÄźĹ?ğƢĹ?ÇˆĂŤÉ† ƢÄ—Ĺ?ÍİÍɆÄ?ŨĹ?ƢÄ—ĆŽÉ†ĆŞĹ›ĆŞĹ›É†ÇˆĂŤĹ?İɆśėśÍġÍśğɆƢÄ—Ĺ?ƢÍĹ?İɆƋƖğĹ?ŨİÄ—ĆŽğÍƢƎğșɆLĂŤĹ?ÇˆĂŤÉ†ƢÄ—ĆŽÄ?ĂŤĆ‹ÍƢɆ ǧǍɆ ĆŽĆŞĹ›ÍġɆ Ć–ĂŤĹ?ğƢɆ ĹŒÄźÇ‚ĂŤÉ† Ä?ğɆ Ć–Ä—Ĺ’ĆŞĆŽƪġɆ QĹ?Ä?ŨĹ?Ä—Ć–ğÍɆ Ä?Ä—Ĺ?Ä°ĂŤĹ?Ɇ ġÍĹ?ÇˆĂŤÉ† Ć–Ä—Ĺ?ğƢÍƎɆ ǼǣɆ ÇˆĂŤĹ?İɆ śėĹ?LjėÄ?ğÍĹ?ĂŤĹ?É†Ć‹Ä—Ĺ’ĂŤÇˆĂŤĹ?ĂŤĹ?ɆĹ?Ä—Ć–Ä—ġÍƢÍĹ?É†ĹŒÄźÇ‚ĂŤÉ†ĆŞĹ?ƢƪĹ?ɆƋÍƖğėĹ?ɆİėƎğÍƢƎğș

INPATIENT

DAYCARE

OUTPATIENT

RUANG RAWAT INAP

RUANG KOMUNAL

RUANG TERAPI

Privacy Accesibility Safety Calm, relaxing ambience RUANG MAKAN

Accesibility Safety Fun ambience

Lively Accesibility Safety Delightful ambience TAMAN

Lively and Relaxing Accesibility Safety Healing ambience

Relaxing Accesibility Safety Healing ambience RUANG KLINIK

Healing Accesibility Safety Relaxing ambience

C

A B

C’

OUTPATIENT - PRIVATE Ruang Dokter Ruang Isolasi

Ruang Persiapan Ruang Obat Ruang Kepala Ruang Rapat

Ruang Rekam Medis Ruang Arsip

OUTPATIENT - PUBLIC Staff Lounge Ruang Istirahat Staff Ruang Loker Staff Gudang

Lobby

Klinik Jiwa Klinik Penyakit Dalam Klinik Syaraf Klinik Jantung Klinik Gizi

Ruang Tunggu Ruang Konsultasi Kasir Registrasi Loket Obat

SITEPLAN

B’

Ruang Fisioterapi Ruang Hidroterapi Ruang Gym Ruang Terapi Wicara Ruang Tindakan Ruang Assesment Ruang Sampling

A’

+6.00

+4.00 +3.50 +1.20 +0.00

0

10

4.00

4.00

4.00

Ruang Staff +0.00

7.20

20

5.40

10.50

Ruang Terapi +0.00

8.00

4.00

16.60

Ruang Isolasi +0.00

50

2.30

2.70

15.00

10.50

2.80

2.00 2.00 2.80

Ruang Tunggu

Ruang Klinik +0.00

POTONGAN B-B’

+0.00

0

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Ruang Tamu Ruang Ibadah Ruang Kepala Unit Ruang Konsultasi Dokter

) )

REDESAIN UNIT GERIATRI

' ‹/ ' ( ‹ & ' '‹ ) 1 ‹ RSJ PROF DR SOERODJO MAGELANG

‹$ ( ‹& ' ‹ & ( '‹ ‹ ' ‹' & & ' DENGAN PENDEKATAN MILIEU THERAPY

20

50

INPATIENT - PRIVATE

INPATIENT - PUBLIC Ruang Komunal Publik Ruang Komunal Privat Ruang Makan

10

Ruang Rawat Inap Gudang Kotor Ruang Rawat Inap VIP Janitor Pantry Gudang Bersih

( ( '‹ ' '/

) ) ‹ &

w‹ &

POTONGAN

14

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Spoel Hook Ruang Linen Ruang Jenazah

'

$

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OUTPATIENT

INPATIENT

TWIRL TOWER ISSUES

This project located in central city of Jakarta. We challenged to design a highrise building with oďŹƒce as typology. There is no particular problem or issues, because the real challenge is we have to use computational design are as our design approach. In that case, we are obligated to use rhinoceros and grasshopper as our main software in this project.

PROBLEM SOLVING

We choose one particular problem to solved : sun heat. We want to respond the sun movement so the building mass and shading are particulary designed to respond the local climate. We simulate the sun movement and insert the data of local climate for one year in order to have the average number of radiation for the building surface.

DESIGN STRATEGY

After we got all the numbers, we design the shading according to the data. Surfaces with higher sun radiation are coded with red color, and the less radiation coded with blue color. We designed the shading density according to the color code. Higher radiation surface will have more density to block the sunlight.

Project Year Site Area Building Area Study Project

2019 undefined 4908,954 m²

BASEMENT & GROUNDFLOOR

TOWER : MASSING

TOWER : STRUCTURE

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) )

REDESAIN UNIT GERIATRI

' ‹/ ' ( ‹ & ' '‹ ) 1 ‹ RSJ PROF DR SOERODJO MAGELANG

‹$ ( ‹& ' ‹ & ( '‹ ‹ ' ‹' & & ' DENGAN PENDEKATAN MILIEU THERAPY

( ( '‹ ' '/

) ) ‹ &

w‹ &

LATAR BELAKANG

3

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$

Adi Utomo Hatmoko, Ir., M.Arch / )‹ )&1 ( t‹$YQCwt‹ Yw‹ Ywt‹ w Y;Ew

TOWER : SHADING

AR-RAHMAN MOSQUE ISSUES

The 2018 earthquake in Lombok has affected so many people in Lombok. Many public facilities has terribly collapsed. This happened with the public mosque of Guntur Macan, Gunung Sari, West Lombok, NTB. The mosque that build in 2015 are collpased due to the earthquake, and people are in need of new mosque.

PROBLEM SOLVING

The mosque are located in between the neighborhood. The site area aren’t too big, so we have to maximizing the site capacity. With the building area of 324 m², it can accomodate around 100 people inside. Another request from the people there, this building need to be completed in a short time, due to the activity.

DESIGN STRATEGY

We decided to make it simple : a steel structure with fabricated grc wall. The design concept are brought by the owner and we try our best to executed it well with careful planning. With the help of people, this mosque construction was start in September 2019 and finished in April 2020.

Project Year

2019

Site Area

567 m²

Building Area

324 m²

Location

West Lombok, NTB

Budget

Rp. 1000.000.000

100

100

100

100

100

100

72,5

100

100

72,5

72,5

72,5

800

125

125

125

125

125

500

125

125

125

500

Steel Truss (IWF) RENCANA KUDA - KUDA

Plafond Gypsum

GRC Board

Steel Column

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Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.