Kevin oscar satriajaya

ARCHITECTURE PORTFOLIO

KEVIN OSCAR SATRIAJAYA SELECTED WORKS 2014-2018

Personal Info

Kevin Oscar Satriajaya S,T. Address Bumi Serpong Damai, Sektor XIV Blok L15/6 Tangerang Selatan, Serpong, Banten.

Phone +6281212449854 Email Kevoscar16@gmail.com Nationality Indonesia

Educational Background 2013-2017 Bachelor Degree in Architecture at Gadjah Mada University Indonesia Gpa 3,51 (Cumlaude)

Language Indonesia English (toefl : 517)

Architecture Portfolio

Competition 2018 -ASA Vex Competition, Thailand -Lixil Competition, American Standart -IAI Competition, Administration Building Tidar University, Magelang 2017 -Underground Parking Design Competition, IAI, Makassar -Propan Competition -International Tropical Architecture Design Competition -International Holcim Award -Sepekan Arsitektur, Atmajaya University 2016 -Paradesc Competition, Catholic Parahyangan University 2015 -Exporivm, Duta Wacana Christian University -Sepekan Arsitektur, Atmajaya University 2014 -Eco-House Design Competition, Gadjah Mada University

Working Experience 1 Year

2 Month

1 Month

: P.T Bekasi Asri Pemula, West Jakarta (Freelance - Drafter) 2016-2017 : Designing Private House, Sleman , Yogyakarta. Project Team (2016) : Designing Hotel Renovation, Malioboro, Yogyakarta, Project Team (2017)

Activity Experience

2014 Architecture Forum Discussion, KMTA Organization 2015 Human and Resource, KMTA Organization 2014-2016 Comitte at Wiswakharman Expo Gadjah Mada University 2015 Study Tour KKA “Density� at Singapore 2017 Arch+Art Summercourse Autodesk Revit Workshop

Skills

Autodesk Autocad Autodesk 3ds Max Autodesk Revit Skethcup Photoshop CorelDRAW Indesign Microsoft

COMPETITION Year Title Project Location 2018 Algaetecture Kalimantan 2018 Creative Hive Bandung 2018 Pancering Dharma Magelang 2017 Slamet Riyadi Park Makassar 2017

Green Infil Office

Jakarta 2017 Re-Weaving Project Tangerang 2017 O Dohabadi Morotai Morotai 2017 Lumbung Bambu Magelang 2016 Pasar Bulu Semarang 2016 Taman Air Bandung 2015

Space for Sanity

Jakarta 2015 Econoville Yogyakarta

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Architecture Portfolio

Index

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ALGAETECTURE: THE BIONIC VILLAGE Re-inventing the vernacular of microalgae

South Kalimantan Waiting for the announcement ASA International Design Competition 2018 Team : Bayu Kusuma Adi, Dafiq Luthfi, Jundi Salahudin PARADIGM OF VERNACULAR ARCHITECTURE Architecture formed and evolved along with human needs and thinking within a specific time span. The term vernacular began to rise as modern materials started to spread during and after the industrial revolution. There are 5 characteristics of vernacular architecture we have known to this day: (1) Building system that adapt to climate and surrounding; (2) Use of local material; (3) Formed by material tectonics and local genius; (4) Vernacular system applied passively and based on a single unit; (5) Holds intangible value and defines identity of the community. During the time, vernacular were built by people with relatively same background. A community of farmer, hunter, fisherman, etc. People were easily satisfied as long as they can live. Both transportation and communication technology were developed solely on purpose of make job a bit easier. “What’s the point of developing something that might not be useful in what you do?” asked people of the “old vernacular” age.

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ARE THOSE STILL RELEVANT? World has changed. Looking back a few decades, mother earth has degraded from it’s initial condition. A phenomenon known as global warming.

One of it’s cause was high concentration of Carbon (Co2) gas from industrial and vehicle pollution in the atmosphere. This causes green house effect that prevent heat from escaping our earth.

Forest and other natural resources were critically important in preventing this from becoming an even dire situation. Which means the usage of material like woods-that used a lot in tropical country vernacular-needs to be reduced. On the other side, people nowadays wanted to live an instant lifestyle, which makes material that can regenerate quickly more viable. Take bamboo for example. With the complexity of these days environmental challenges, vernacular that can’t compete with the speed of technology advancement will only be a boomerang in sustainable development. There are many things “old vernacular” can’t adapt to today and the day to come.

Architecture Portfolio

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Issue: Abandonded mine land

In the future, land will be a treasure -something hard to find- and we were left with wasteland we can hardly live in. But when the time comes, we have to be ready for the extremes. Like former mining site. Indonesia is the biggest coal mining country in South East Asia which leaves it with a lot of former

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mining site. These lands have characteristic such as poor soil structure, limited water retention, unbalanced pH, metal toxicity, trace pollutants, and stagnant biological activity.

Is it possible for human to live-well in this area?

Architecture Portfolio

vernacular architecture in polluted area .....The most important living organism on our green planet are microalgaes. And they are the most important because they consume carbon (Co2) more than anything else does. Algae biomass is also important source of super food (protein), biodiesel energy, cosmetics, medicines, and many more. For those reasons, microalgae could be the hope for our future vernacularism....

ALGAETECTURE is an initiator for vernacular architecture for people living around coal mining area. This project emphasize the application of algae as a part of vernacular architecture trying to handle carbon pollution from surrounding coal power plant and further turn them into resource for high economy value material. This proposal will explain how ALGAETECTURE Project can form a new sustainable settlement with a vernacular progress around former mining site and contributes to heal surrounding environment.

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land remediation process

Red fescue & bentgrass Biosolid & reclamated top soil Geotextile (palm fruit fiber) Limestones Existing polluted land

Open-sytem Algae Cultivation Eco-friendly Dike Biodiversity Bridge/ Phytoremediation Garden Bioengineered Water Body Bioengineered Lake

Open-sytem Algae Cultivation Channeled Co2 Elevated bicycle-track ‘Algae’ Settlement MicroAlgae Energy Center

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PHASE 1: Land Remediation (10 years process) Land restoration starts with spreading limestones as a media to neutralize ground acidity. Next, we use palm fruit fibre waste which can be found around the site to make a geotextile structure to keep the land firm.

To fertilize the ground, a mix of fertilizer/ biosolid and soil were applied onto the geotextile. Finally, plants that can stand metal substance of the ground were planted and will restore the ground periodically with phytoremediation method.

PHASE 2: Water and Algae System (5 years process) In this phase, biodiversity of the site will be improved by providing basic nature needs like bio-engineered waterbody and lake.

In some spot, vertical greeneries structure were made so that animals can move freely around the site without getting distracted by human. Environment friendly embankment were prepared to keep the ground stable to ensure safety for human activity. Open system cultivation of microalgae were started encircling the site. These open systems will absorb carbon gases produced by coal energy plant before released into the atmosphere.

PHASE 3: Bionic Settlement Development (5 years process) Land settlement can start after 10 years of land restoration. The development uses fast-growing, renewable, and recycled material like bamboo and palm oil fruit fibre.

Each house applies the algae photobioreactor module as facade which will further increase the Co2 absorption level of the settlement. Coal waste were used as environment friendly street covering material because of its ability to let water went pass it to be later absorbed by the ground. The term of bionic refers to the usage of natural materials such as microalgae, bamboo, and palm oil fiber in a modern way of pre-fabrication to form advanced and green building technologies.

Architecture Portfolio

New vernacular settlement system EAST

ARRANGEMENT The orientation of the settlement took count of sunlight exposure to ensure that the microalgae panels maximally catch the light during the day. In application, houses are mostly setted in the north and south cliff. It is aimed to minimize the one-way sloped roofs from backing to back the sunlight. Meanwhile the east and west side are used as an access in the form of a ramp.

WEST

ENVIRONMENT, ENERGY, & FOOD Rather than just reducing carbon pollution, the open-system microalgae cultivation is also converted to biomass energy. Approximately 1770 liter biomass can be produced by the 59 surrounding ponds in a year, in which as much as 60% is converted as energy to support the public facilities while the remaining is used as material for medicines and food supplement production.

Algae Open-System Pond

Restored Forest

SAFETY Landslide and air-pollution give the highest possiblity to threaten this area. Preventing the landslide, the surrounding sloped-hill is strengthened by environmentally friendly dike.

Borneo also faces an annual disaster (smog) caused by the forest fire, in which will give negative impact to people’s respiration health.

According to this condition, portable oxygen capsul is designed to provide fresh air for the villager who doing outdoor activities.

Eco-friendly dike

Oxygen Capsule

PUBLIC FACILITIES As a livable area, various public facilities are highly neccesery to be provided to support villagers’ basic needs : food, education, healthcare, praying, and entertainment. Fulfilling it, the settlement is complemented with algae-based food industry, school, health clinic and algae cosmetic industry, also praying facilities. Moreover, various amenities (shopping center, sport center, and public spaces) are designed to improve their life quality.

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SETTLEMENT STRUCTURE OUTER RING/MEMBRANE

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INNER RING/ENDOPLASM

Architecture Portfolio

1. Microalgae Open-system Cultivation 2. Algae Settling Pond 3. Co2 Pipe for Open-system 4. Co2 Pipe for Settlement 5. Restored Forest 6. Biodiversity Bridge/ Publicspace 7. Main road (Bicycle-only) 8. Water body 9. Bioengineered lake 10. Urban Farming Area 11. Bamboo Forest 12. Microalgae Energy Center 13. Education Facility 14. Entertainment and Market Space 15. Religious Facilities 16. Helathcare Center 17. Farm 18. Algae Restaurant 19. Sport Center 20. Electric/ Biodiesel Car Parking 21. Housing 22. Ramp Circulation

CENTER/NUCLEUS

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Eco-Friendly Dike

fly ash recycle material For asphalt Phytoremediation Garden

Phytoremediation Dike

Retention Pond

THE VERNACULAR HOUSE The design starts from the transformation of a simple triangular sidewall house, with forwarding the roof on the front side of the house that also serves as eaves. Approximately 50% of the roof scopes will use algae photobioreactor and solar panels as a feature to respond to smoke pollution and energy needs, with the addition of northern and southern oriented rooftops, light received by algae and solar panels will be optimal. The occupant target is a coal mine worker. In the front area there is an additional cubic-shaped period that serves as a sterilization room for residents and guests before going inside. Additional features to respond to smoke in the form of filters with carbon systems on window, micro algae open system aquarium in the middle area of the house to filter the carbon that still goes through the house.

The material uses bamboo with a modular system, with various mixtures of recycled materials such as fiber waste from oil palm for wall insulation and coal ash for roof and concrete mixture.

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ENERGY RESILIENCES Each house is facilitated with photobioreactor facade which is able to produce 290 liter of microalgae in a whole year. Algae is distributed through underground pipe to microalgae energy center which can convert it to biomass as much as 10% of the total collected algae. As musch as 29 liter biomass can be converted to 437 kwh , in which it supplies 18 % of electricity need in a year (energy need calculation approximately 2500 kwh a year). In addition, 12 solar panel is installed on the roof of each house, in which can produce 300 WP per panel (effectivity 60%). Thus, the solar panels are able to produce about 31% of annual energy need of one house. In conclusion, a single house is able to independently fulfill about 49% of the total needed energy.

Architecture Portfolio

Upper Water Tank Filtrated Cross Ventilation Structure

Photobioreactor Facade & Solar Panel Photobioreactore facade is a modular feature that is attached to bamboo roof structure with the help from adjustable steel ring.

The micro algae will consume pure Co2 that is channeled from coal plant combustion before reached the atmosphere.

Semi-Active Air Filtration This system will fully activated when the annual smog disaster caused by forest fire happened.

Trough carbon & macro particles filtration system, the occupant would gain better indoor air quality.

This system improved by the use of indoor microalgae aquarium to produce O2 from Co2 that passed trough the air filtration system.

1. Sterilization Chamber 2. Algae Maintenance Room 3. Living Room 4. Bathroom 5. Kitchen & Dining

Room 6. Family Room 7. Working Space 8. Stair 9. Bedroom 1 10. Bedroom 2

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ALGAE EMERGENCY CAPSULE: FOR SMOG DISASTER skylight

ALGAE FACADE 1: PHOTOBIOREACTOR PANEL active air filtration system sterilization chamber

wheel

indoor photobioreactor

ALGAE FACADE 2: TUBULAR PHOTOBIOREACTOR

ALGAE AS NEW VERNACULA CATALYST 1. PRODUCTION OF ALGAE PHOTOBIOREACTOR PANEL Algae photobioreactor panels are made as a modular facade to be later used in as building material.

This process ensure that the material were made fast, has high quality, easy to use, and produce less waste.

2. APPLICATION OF ALGAE PANEL Modular panel can be used in many building typology. Starting from the most basic application like shelter or canopy to wall and roof for building. The algae itself can also be used for other things, such as lamp post.

3. MANUFACTURE OF PRODUCT Not just it turns Co2 into oxygen, the algae can also be used to produce other product such as biofuel, cosmetics, and foods. Manufacture of each product took place in specific building in the neighborhood. The biofuel in biofuel and energy center, cosmetics in beauty center, and foods in culinary center. This will further connect the neighborhood building into a sustainable community instead of stand alone building with less impact.

4. ALGAE DOING ALGAE THINGS! The process of turning Co2 to O2 were done in each panel wether it’s in the shape of the wall of a house, a canopy, or lamp post. This process helps the former mining site become more livable each day.

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ALGAE BIKE CANOPY: MEMBRANE PHOTOBIOREACTOR

ALGAE LAMP POST

Architecture Portfolio

Algae House Perpsective View and Aerial Distric View

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PANCERING DHARMA

Experience and development of Tri Dharma education based on culture, science, art and entrepreneurship Magelang, Centre of Java 4th Place Administation Building Design Competition, Tidar University, Magelang Team: Mario Majo, Bayu Kusuma Adi, Khrisnamukti Adiputra, Putri Asdhanti, Stephen Sanjaya Pancering Dharma is the design concept of Rec- realizing local character building, innovative, protorate Building of Universitas Tidar which is syn- gressive, and adaptive. In addition, the rectorate thesized from various contexts that lie behind it. building also serves as a generator of the realiPancer means central while Dharma means the zation of the City of Magelang-Kota Million Flowtruth of knowledge. In macro terms, Pancering ers. In a more micro-realm, Pancering Dharma Dharma concept means that Tidar University means as a space that becomes the center of takes the role of centrum of practice and de- the activities of Tidar University in disseminatvelopment of Tri Dharma Pendidikan based on ing science, technology, and / or art through edculture, science, art, and entrepreneurship in ucational, research and community service acthe context of human resource development in tivities. The great concept of Pancering Dharma Indonesia. In urban scope Pancering Dharma has three sub-concepts namely Pancer Bhakti, meaning Tidar University as the core pioneer in Pancer Wicaksana, and Pancer Ijo.

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Architecture Portfolio

Competition

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DESIGN TRANSFORMATION

Panca Bhakti: the synergy of civitas academica and strong community rooted

The plot connected with the field provides Improves spatial quality by giving the imcontinuous public access and flexibility to pression of “inviting� on site frontage and the volume of activities. (Campus Fair, Dies making pedestrians a top priority.

Natalies, Social Events, etc.).

Pancer Ijo: The pioneer of green-minded design in the campus area

Pancer Wisaksana : Vertical Zoning by character and space position

Break up building masses to optimize cross The upper floor level is used as a senate ventilation in elevator corridors. Double courtroom, as the highest representative of skins in the west and east minimize the the university. load of AC usage.

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Architecture Portfolio

MAKRO CONTEXT

The name of Tidar University is taken from the name of a mountain in the middle of Magelang, Gunung Tidar. According to local belief, Mount Tidar is Pakuning Java (Java Island Nail) / Pancering Java (Central Java Land). According to local belief, Mount Tidar is Pakuning Java (Java Island Nail) / Pancering Java (Central Java Land).

The rectangular is a representation of the mountains around Mount Tidar which is translated into the mass of the building. Mass composition with 5 main angles aims to capture the view of the mountains.

MESSO CONTEXT

Judging by messo (urban) Tidar University is in the middle of Magelang City which since colonial era has been known as Tuin Van Java (garden / garden of Java land).

To strengthen his identity tesebut, Magelang City has masterplan as a city of a million flowers by consistently continuing to increase the number of bags of green space in the city. In this regard, the city of Magelang adopted the yellow flowers and tricolor orchids as icons to embellish its green space.

MICRO CONTEXT

In general, Tidar University is an institution based on Tri Dharma education as its operational base. In particular, Tidar University develops Tri Dharma education with a focused dharma based on research, entrepreneurship, and culture. In line with this, in the long run Tidar University has a vision as a university with innovative, green, progressive, and adaptive image that is reflected in its rectorate building.

Mastaka / Crown: a great and wise symbol

tower / body symbolizes the pancer

double skin as a city relief

Foot / podium as a mountain figure The staircase looms into the expression of a mountain figure, characterizing the context of the UNTIDAR footprint in the mountainous circumference.

Competition

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SITEPLAN 1. Basement Entrance 2. Basement Exit 3. Grand Stair 4. Pool 5. Plaza 6. Bycicle Parking 7. Genset & Trafo 8. Drop Off 9. Lobby 10. Receptionis 11. Toilet 12. Comercial Area 13. Atm Centre 14. Panel Room 15. Pedestrian 16. Public Space

Architecture Portfolio

Competition

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PERSPECTIVE VIEW RECEPTIONIS ROOM

ROOF GARDEN PERSPECTIVE VIEW

COURTROOM OF THE SENATE VIEW

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Architecture Portfolio

Competition

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SLAMET RIYADI PARK

THE NEW URBAN AND CULTURE LINKAGE Makassar, South Sulawesi First Place Underground Parking, IAI Competition, Student Category Team: Alfian Reza Almajid and Jundi Salahudin Site is located in Makassar city administration area with hustle and bustle of office and commercial activities around it.

On the other hand, the site is an old town where there are some tourist attractions such as Rotterdam fort, losari beach, and chinatown on Jampea street. From the location of this strategic enough, park parking is expected to facilitate the needs of urban communities as well as re-up the local values of the region. From the logo of Makassar city can be known 2 things that become the icon or histor-

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ical heritage of this city that is Fort Rotterdam and Pinisi Ship. Basically the site is also located in a strategic tourist area is located in the old town and adjacent to the castle rotterdam also west coast of Makassar. But unfortunately tourists have rarely found a pinisi ship either directly or in the form of monumen.untuk as an effort to create a new landmark of underground parking park, the shape of the pinisi ship will be adopted as the main concept.

Architecture Portfolio

DESIGN TRANSFORMATION

Pinisi ship which is the icon of Makassar city was chosen as the concept of the era so that the park not only seen as open space but also the monument / landmark that strengthens the image of the site as one of the tourist area

The study of the direction of traffic circulation and road accessibility is done to determine the point of entry of vehicles in the parking area so it does not even cause congestion. from the results of the study determined the entry point through the left side of Riyadi slamet road which tend to be empty and out on the right lane that has 2 way direction

Exisiting the triangle-shaped garden makes it less optimal to make the basement of the parking lot both structurally and space, for that required additional space under the road Slamet Riyadi so that the maximum parking capacity even increased 5-fold

Pinisi ship which is the icon of Makassar city was chosen as the concept of the era so that the park not only seen as open space but also the monument / landmark that strengthens the image of the site as one of the tourist area

The clean sidewalks / pedestrian from the parking lot are arranged with the addition of parks and walkways with triangular patterns (inspired by woven fabric patterns of makassar) to reinforce the image of the region while increasing the walking experience of the Khaki pedestrians.

Competition

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SMART PARKING CONCEPT

RAMP DESIGN

One of the parking problems that car users often experience is the lack of information about the kososng parking slot so users have to drive around the parking area several times to look for empty spaces. In addition to time consuming, it also wastes a lot of fuel. For that Smart Parking system is used to simplify the user and reduce excessive fuel consumption

The ramp design adjusts the direction of the predetermined entrance and exit

equipped with an information screen showing the condition of the parking space in real time

Ramp made 2 types (the left to go down and the right to go up) so that the circulation is easy to understand and not touch each other

equipped with ultrasonic sensors that provide information whether the parking lot contents / empty.

ACTIVITY CONCEPT

The location of sites located in the area of offices and tourist areas it can be concluded that the main users of this Park park are the workers around the office and tourists who visit the city of Makassar.

To that end some features are added according to these needs but also not possible for the general public in the end.

PEDESTRIAN CONCEPT Vegetation uses four types of colors to represent the 4 tribes in Makassar The pedestrian area is designed to reinforce the existing Slamet Riyadi Parking Park. Park parking is like a sailing Pinisi Ship, and the pedestrian area is likened to a sea that is sailed.

City image of Makassar City is manifested by the use of typical patterns of Makassar on the pedestrian path. The pattern is derived from the patterns on the transformed traditional weaving fabric.

To enhance the walking experience, added pedestrian amentions such as chairs to rest while enjoying the beauty of Parking Park and the old city’s introductory area of Makassar.

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Architecture Portfolio

Competition

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Architecture Portfolio

Competition

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Underground Parking View and China Town Hall

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Architecture Portfolio

Slame Riyadi Park Pedestrian, Gallery, and Gym Facility

Competition

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CREATIVE HIVE

KNOWLEDGE SHARING CENTRE Bandung Waiting for the announcement Creative Pop Art, Lixil Competition, American Standart Team: Qanita Qamarani, Putri Asdhanti

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If we imagine ideas, people, and disciplines as particles, architecture could be the particle accelerator. Maybe that’s what Jonah Lehrer meant when he said, “the most creative spaces are those which hurl us together. It is the human friction that makes the sparks.” – from an article ‘Can Architecture Make Us More Creative?

The city of Bandung, the capital city of West Java Province inhabited by 2.5 million inhabitants, is an innovative cen-

ter for creativity and entrepreneurship.

With many young people dominating the population of Bandung, Bandung hosted various workshops, conferences and creative festivals. In fact, 56% of Bandung’s economic activity is related to design, with fashion, graphic design and digital media. These three sectors are the top sectors in the local creative economy. In 2015, Bandung became a member of the UNESCO Creative Cities Network.

The Asia-Africa Carnival is one of the largest international festivals attended by 27 member states of KAA

One of the famous community is the community of Angklung Mang Udjo followed by more than 1000 people

In accordance with local regulations, there are 7 areas whose development is focused on creative industries

Creative cross-community forums declared and established by creative communities

Architecture Portfolio

Knowledge Sharing Model in Creative City

Developed by Lenny Martini

Bandung Lautan Api Festival

Portabe & Mobility Crowded Weekly Session & Daily Interaction Adaptive Pop-up

Competition

something / a thinking is created People Interact dynamic atmosphere customize the user there was an exchange Knowledge

Asia-African Carnival

Bandung Light Festival

Braga Festival

Festival Jember Jakarta Fair Kesenian Fashion (PRJ) Yogyakarta Festival

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Design Transformatioan

Implementation of the concept of modularity & flexibility is realized with several alternative forms that can be made and some scheme of activity that can be accommodated Alternative 1 Taman Tegalega & Balaikota

Alternative 1 Taman Tegalega & Balaikota

Alternative 1 Taman Tegalega & Balaikota Orientation Separated by 2

Orientation Separated by 2 Pop-Up Separate

Pop-Up Separate

Orientation form the outer space

Alternative 1 Taman Tegalega & Balaikota Landscape

Single Orientation Pop-Up Separate

Pop-Up Separate

Landscape

Orientation

Orientation Circulation Circulation

Main Entrance Orientation Pop-up Combine

Orientation Pop-up Combine

Pop-up Combine

The application of technology to Creative Hive is applied to the features: Barcode in Pop Up marker Scan barcode with app Get a Creative Hive guide and a road show schedule Applications as a marketing tool LIXIL and partner sponsor Pop Up

Made from thousands of LEDs that light up when touched by water, the wetter the brighter

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Orientation

Pop-up Combine

Orientation

Implementation of Green Concept on Creative Hive applied to the feature:

Motion sensors are embedded in wall panels and connected to speakers to voice music.

To raise public awareness of the importance of environmentally friendly transportation, bicycle, Creative Hive, provides bicycle rentals to get around at Festival venues

The kinetic energy of the gym is used to generate electrical energy that is accommodated in the genset Pop Up becomes energy self-help

In every Popup there is Digilib x Reading Corner on the theme Pop Up Content Digilib also adaptive with the Festival theme

Architecture Portfolio

Competition

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Architecture Portfolio

Competition

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Pop-up Outdoor Creative Activity : Video Mapping and Stage Performance

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Architecture Portfolio

Pop-up Indoor Creative Activity Music Interactive Wall, Crafting and Water Gravity

Competition

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URBAN RECYCLING : GREEN INFILL OFFICE Jakarta Competition Entry International Tropical Architecture Design Singapore 2017 Team: Bayu Kusuma Adi, Khrisnamukti Adiputra, Putri Asdhanti, Stephen Sanjaya It is undeniable that the need for residential space close to the city center is a priority for Jakarta workers. In fact, uncontrolled urban growth and expensive land prices forced labor settlements to grow on the outskirts of Jakarta and continue to erode existing green areas. In other words, the development of business and service areas affects the shifting spatial designation of Jakarta. This conditions later identified as urban sprawl resulted in at least three main issues, namely unmanaged city scape, commuting society, and lack of green space. long-term impacts of these three issues will aggravate

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the urban heat island condition especially in the city center of Jakarta. On the other hand, the high need of high-rise building (in this context is urban office) in Jakarta is influenced by the need of office space which also continues to grow. This phenomenon also contributes such a high urban heat island effect to the urban environment of Jakarta. On the other hand, office buildings in Jakarta currently still focusing on physical efficiency and running low on innovation related to building performances. Moreover, we can still see the absence of social aspect between the workers and their built-environment.

Architecture Portfolio

DESIGN FRAMEWORK & CONCEPT

Competition

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DESIGN TRANSFORMATION

1. Existing Structure Utilize existing buildings within the site by minimizing the intervention of existing structural systems.

2. Infill Design The addition of megastructure tower without interfering the structure of the existing building is considered more environmentally friendly than demolishing existing buildings which will causing more carbon footprints

3. Orientation The tower mass is geared east-west as much as 24 degrees to the existing building to avoid excessive sun exposure in the office tower area.

4. Void Void located in the middle of the building serves as an air corridor for the stack ventillation system.

This natural air-conditioning system is also supported by solar chimey system located on the floor top floor.

5. Diverse Building Program Recreational, commercial, sports, and public space programs are added to the design to ensure the sustainability of the design and its users (sustainable lifestyle).

6. Wind Catcher The crown design allows the building to catch a cool breeze at a height of 150 meters. The wind is then channeled through a high-pressure shaft on the core which will then be channeled into the office area

7. Green Element To reduce the effects of surrounding Urban Heat Island, GUI Project implementing green facade and extensive landscape system which capable of filtering pollution as well as making the office as a urban refrigerator.

8. Blue Element Includes integration between retention pond, rainwater harvesting, and storm water management to reduce the extraction of groundwater. The retention pool also acts as a mild form of microclimate

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Architecture Portfolio

BUILDING ANALYSIS

Heat Building & Butterfly Shadow Analysis Thermal Solar Analysis Refers to the total accumulation of heat received by the outer surface of the building, and the results of this analysis will affect the laying of solar panels based on the intensity of heat received over a full year. The Shadow Study analysis shows the shadow movement at the farthest point of the sun in June and december, this diagram is used to determine the location of the extensive open space on the site as a convenience factor.

GREEN BUILDING ACHIVEMENT

Water self sufficiency

Total Gross Area: 48.250 m2 Water Req. for Office: 20 gallon/day/10 sqm+10% wastage Total Requirement:176.054 m3/annum Total Rainwater Catchmen Area: 4608m2 Jakarta Average Rainfall per annum: 23.439 m Total Water Collection: 86.911 m3 /annum Water Self Sufficiency of Building: 61%

Green Areas

Site Area: 10.222 m2 Existing Built Area: 3.000 m2 Existing Hardscape Elements: 4.722 m2 Existing Softscape Elements: 2.500 m2 Proposed Built Area: 3578 m2 Proposed Hardscape Elements: 800 m2 Proposed Softscape Elements: 5844

Competition

Electricity self sufficiency

Average Bifacial PV cell energy output: 0.272 kwh/m2 Sunlight Hours per day: 10 hours Daily Energy Output: 2.72 kwh/m2 Area of Bifacial PV: 2.826 m2 Total Energy Output: 7.686 kwh/day Estimated Energy Consumption: 19.804 kwh/day Electricity self sufficiency: 40.45%

Carbon footprints

11 out of a total of 34 building stories use the old (existing) structure, in other words this design can suppress the carbon footprint by 25%.

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SITEPLAN 1. Main Entrance 2. Back Entrance 3. Exit 4. Retention Pond 5. Extensive Landscape 6. Intensive Landscape 7. Sunken Plaza

8. Stairs 9. Bicycle Parking 10. Dropoff 11. Lobby 12. Amphiteather 13. Service Core (Existing) 14. Elevator Core (Existing)

15. Retail & Lifestyle Center 16. Tower Core (North Zone) 17. Tower Core (South Zone) 18. Pedestrian Bridge 19. Rasuna Said St. 20. Setiabudi Selatan St.

SKY COURT (TF1)

1. Tower Core (North Zone) 2. Tower Core (South Zone) 3. Service Core (Existing) 4. Elevator Core (Existing) 5. Musholla 6. SkyLounge 7. Jogging Track 8. Halfcourt Basketball 9. Retention Pond 10. Skylight

TYPICAL FLOORPLAN 1. Tower Core (North Zone) 2. Tower Core (South Zone) 3. Void 4. Rentable Office Area (North Zone) 5. Rentable Office Area (South Zone) 6. Green Balconies 7. Sky Lounge

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Architecture Portfolio

SECTION

1. Wind Cather Crown 2. Stack Ventilation 3. Solar Chimney 4. Displacement Cooling 5. Green Balconies (Rapid Sand Filtration + Phytoremediation) 6. Sky Court (TF1) 7. Upper Water Retention Pond

Competition

8. Bifacial Photovoltaic Facade 9. Sunken Plaza 10. Single Coil Twin Fan Air Handling Units 11. Co-Working Space 12. Lifestyle & Hobbies Centre 13. Phytoremediation Plaza

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DESIGN VISION

1. Through Compacting Central Jakarta Vertical Space According to the experts, as a megapolitan city, the central area of Jakarta is categorized as being not too crowded which can be seen from the number of low-rise buildings among mid/high-rise buildings in Jakarta CBD. The GUI Project seeks to fill those void spaces to maximize the existing vertical lands or in other words to seek preservation of the existing green areas as optimally as possible. Through this awareness, the paradigm of horizontal space expansion (sprawling) could be gradually suppressed and transformed into creative efforts in utilizing old buildings by adding new spatial structures (vertically).

2. Through Diversifying Programs in Urban Office By providing hobby area, recreational space, commercial area, and public space in the office, the rush hour generated by the coming home office workers can be minimized. Through the “doing while waiting” strategy, at certain times. In addition, the existence of a recreational facility based on sustainable design will increase the level of happiness and work productivity of office workers.

3. Through Integrating Blue-Green Elements (Tropical Design) GUI project adapts a strategy to emphasize blue-green elements’ features as its contribution to solve urban heat island issue caused by Jakarta urban sprawl.

The green elements consist of extensive (ecological) and intensive (social) landscape. Extensive greenery includes vegetation applications on facade systems and ventilation building system, while intensive landscape focuses on providing public spaces in urban areas for various activities. Blue elements include rainwater harvesting systems, storm water management, and retention pools. These features will continually reduce the excessive groundwater extraction.

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Architecture Portfolio

Retail Plaza Commercial Area

Sky Court (TF1) Public Space

Green Balconies Open Space Office Competition

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RE-WEAVING PROJECT

ESTUARY SETTLEMENT EMPOWERMENT & RESTORATION Dadap Village, North Tangerang, Banten Competition Entry, Holcim Award 2017 Team: Bayu Kusuma Adi, Khrisnamukti Adiputra, Putri Asdhanti, Stephen Sanjaya An estuary is a coastal area where fresh- also help control pollution. Water from water from rivers and streams mixes upland areas often carries sediment and with saltwater from the ocean. Estuaries pollutants. The marshy land and plants are protected from the full force of the in estuaries filter these pollutants out of ocean by mudflats, sandspits, and barri- the water. The plants in estuaries help er islands. Estuaries are vital habitats for prevent shoreline erosion. Estuaries also thousands of marine species. Estuaries protect inland areas from flooding and have been called the “nurseries of the sea� storm surges. When a storm hits, estubecause the protected environment and aries often absorb water from the storm abundant food provide an ideal location before it can reach upland areas. for fish and shellfish to reproduce. They

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Architecture Portfolio

Competition

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KAMPUNG DADAR ENDANGERED ESTUARY SETTLEMENT CURRENT SETTLEMENT ISSUE The lacking of environmental awareness in sanitation management has paved the way to environmental problems for local community in Kampung Dadap. The estuary of Dadap river nearby Kampung Dadap nowadays has lost more than three quarters of its mangrove since 2010. Among the factors are the accumulation of domestic waste in the estuary and the lacking of understanding of local people about the importance of mangrove ecosystem. On the other hand, Kampung Dadap faces the threat of subsidence as a result of massive ground water extraction by the settlement around the estuary. It has been worsened by climate change that leads to an increase of sea level up to 2 cm annually

ON GOING RECLAMATION ISSUE Reclamation of islands in Jakarta Bay since 2013 has been a major threat for the estuary that has been undergoing a massive ecological degradation. Since the beginning of 2016, it has caused a decrease in the number of fish around the estuary. With the reclamation islands, fishermen will have to sail further to find fishing spots. According to Simon A. Van Der Wulp’s research (2015), it is predicted that the reclamation process will leads to a major sedimentation of toxic substances such as nitrogen, DEET, and phosphor around the estuary.

RECENT SOLUTION The development plan of Kampung Dadap was initiated by the government of Kabupaten Tangerang since 2013. The aim of this plan is to create Kampung Dadap as an integrated area based on coastal community. This plan however is still contested by Dadap local community as it will lead to eviction and more problems unsolved.

RETHINKING “Re-weave Project” is an alternative to the consolidation of Kampung Dadap based on restoration and community empowerment in the estuary of Kali Dadap with more sensitive approach to local needs and problems. In Re-Weave Project, reclamation is not simply framed as a negative issue, but rather as a potential in increasing the welfare of local community in Kampung Dadap through well-targeted strategies.

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Architecture Portfolio

Tangerang Utara, Kampung Dadap 1. Kali Dadap (Dadap River) 2. Mangrove forest 3. Ex-Mangrove forest 4. Fisherman dock 5. Kampung Dadap Settlement 6. Seafood Restaurant 7. Large Boat Dock 8. Reclamation Island 9. Wet land 10. Empty Ground 11. Warehouse 12. Angkasa Pura Radio Station 13. Main Road 14. Fish Market 15. Estuary 16. Floating Karamba (Floating Fish Cage)

Competition

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Phase 1: Encouraging water resilience and sanitation awareness

Phase 2: Restoring estuary ecosystem trough mutualism dialogue

In the initialization phase, the participation of local community in Kampung Dadap should be fostered to develop a communal sanitation system to eliminate the disposal of domestic waste into the river which leads to environmental degradation around the estuary. Communal sanitation system consists of (1) communal toilets integrated with rain water harvesting tower, (2) biotech soils as an installation of communal domestic waste processing, and (3) bio-retention pond as a source of water during drought in dry season.

The restoration of the estuary is initiated by developing sea wall along Kampung Dadap coastal line through environmentally friendly bio-engineering. The sea walls serve to prevent sea water intrusion to the settlement area. The next step is to restore mangrove around the estuary of Kali Dadap to protect the sea wall from erosion and to restore the ecological balance of estuary animals which has been threatend before.

Master Plan

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Master Plan

1. Kali Dadap (Dadap River) 2. Mangrove forest 3. Ex-Mangrove forest 4. Fisherman dock 5. PKampung Dadap sisi Muara Settlement 6. Restaurant Kampung Dadap 7. Large Boat Dock 8. Reclamation Island 9.Wet land

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Architecture Portfolio

Phase 3: Community empowerment trough collaboration & diversification

phase 4: sustainable community-based tourism

The sustainability fo ‘Re-Weave Project’ does not rely solely on environmental restoration of the estuary but also the livelihood empowerment of local community and fishermen to increase their well-being. Part of the restored mangrove will be used as a site for high value mangrove crab breeding.

Besides, as a response to the decrease in the number of fish around the estuary, fishermen will be facilitated with 62 units of Floating Fish Cage to diversify the livelihood of fishermen.

Reclamation islands is seen as a potential to the development of super-premium area of Kampung Dadap. Therefore, Kampung Dadap is also planned as an integrated tourism area with mangrove, culinary, hydrology-based education, floating plaza, and water sport tourism. It aims at re-creating the image of the typical fishermen settlement to an integrated one.

Biogas reactor siteplan

Mangrove research centre floor plan

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Biogas reactor siteplan

1. Main road 2. BioRetention Pond 3. Phytoremediation Island 4. Biogas Reactor 5. UV water filtration 6. Biotech Soil Grey Water Filtration Bed 7. Underground Water Sedimentation Chamber

Competition

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Mangrove Research Centre

1. Main Entrance 2. Side Entrance 3. Multifunction space (class/ pengolahan produk mangrove 4. Mangrove Gallery & Products (Indoor) 5. Ramp 6. Mangrove Gallery 7. Mangrove Gallery (Outdoor) 8. Area pembibitan mangrove 9. EcoGabion (2 m Height)

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WATER POND RETENTION Encouraging water resilience & sanitation awareness Phyto-degradation, rhizodegradation, phytovolatilization are used to treat petroleum because it’s organic pollutants, which can be destroyed by plants, or extracted and then released by plants as a gas. Phytoextraction and phytostablization can be used to treat metals. If extracted by plants, they

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then need to be harvested every 5-10 years and disposed appropriately, if stabilized, the site need to be capped to make sure no more pollutant leaks. Phytostabilization and Rhizofiltration can be used to treat plant macronutrients. The roots of the plants can help to trap the contaminants and filter water.

Architecture Portfolio

Mangrove Research Centre Encouraging water resilience & sanitation awareness Mangrove Research Center is a public facility that raises the awareness of the villagers to restore the estuary’s environment by taking account of ecological, economic and social aspects. In the early stages, MRC serves as a multifunctional space for villagers to discuss and initiate rescue strategies for mangroves. In the next stage MRC functioned as an educational space. The mangrove gal-

Competition

lery is an educational area for public. This area contains the story of the Dadap village’s transformation from slums to fishermen settlements that can bring win-win situation to the estuary’s environment. This gallery is also a display area of the mangrove processed products and the high-selling-value fish catched by the fisherman

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COMMUNAL BIOGAS REACTOR Encouraging water resilience & sanitation awareness The communal biogas reactor facility will be the space for Dadap village’s organic waste.

Those organic waste will be processed further on the reactor tubes. The results of this

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process will be distributed to accomodate every villager needs. This process will be one of the educational features for public.

Architecture Portfolio

PUBLIC BATH HOUSE Encouraging water resilience & sanitation awareness Public bathroom facilities are functioned to support the needs of the villagers in the transitional period from the reclamation.

The design of this unit will be equipped with toilets, a laundry area on the first floor and a discussion room or communal space with a small library on the second floor. Water reservoirs, complete with a rainwater catcher

feature, are placed on the side of the building. These water reservoirs will then process the rain water in rapid sand filter before being used as a water supply. Meanwhile, the black water from the bathroom waste goes to communal septic tank and then will be processed further by biotech soil filtration.

biotech soil filtration

Competition

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SEAFOOD RESTAURANT sustainable community-based tourism: a dialogue with reclamation island The final phase of the project is redesign the seafood restaurant ‘Dadap Indah’. Dadap Indah is a seafood restaurant that has been a tourist destination for years because of its cuisine popularity. The design process itself will involve the community who has been the actor behind Dadap Indah’s success. The concept of the new Dadap Indah will remain a floating restaurant like it used to be. This concept is to maximize the view towards the sea and

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the reclamation area later. The design transformation is a derivative form of a pentagonal cage, with 2 voids in the middle of the restaurant, which will be a small pond. This pool will be used to accommodate fresh fish catches that will be sold in the restaurant. Building materials are using used containers as the main structure. Meanwhile, the floor and wall finish materials are using timber and bamboo which can be found easily near Dadap village.

Architecture Portfolio

Master Plan 1. Paviilion 2. Entrance 3. Kitchen 4. Outdoor Restaurant 5. Indoor Restaurant 6. Mangrove Forrest 7. Fish Pond

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Competition

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FLOATING PLAZA Community empowerment trough collaboration and diversification The floating plaza as an outdoor gallery provides information about the distillation process of sea water, fish cultivation in floating cage (or locally known as ‘keramba’) and solar electric system. The floating cage is a pentagonal cage with a modification on its upper part that is used for the distillation process of seawater. There is also a solar electric system as an additional feature to supply the electricity needs in Dadap village.

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Architecture Portfolio

Competition

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O Dohabadi Morotai Kolorai Island, Morotai, Maluku Competition Entry, Propan Competition 2017 Team: Bayu Kusuma Adi, Natasha Nurul Annisa, Stephen Sanjaya Morotai geographical location is complemented by abundant natural wealth under the sea makes the people of Morotai have a strong maritime soul. Most of the villages of Morotai are beautiful white sandy beach villages with fishermen as one of the main livelihoods. One of them is Kolorai village. Kolorai people rely on their own marine products.

For them, the wealth of the sea is everything they have and need to be maintained. This is the instinct and nautical spirit of Kolorai society for generations of village life.

Although, infrastructure in Kolorai village is still in development stage, and the need for electricity and clean water to manage the seafood is still very low. The Kolorai community can continue to manage marine products creatively and naturally, such as dried salt fish preservation techniques as souvenirs. This seafood processing technique has been passed down from gener-

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ation to generation. But the problem is, the income of the Kolorai community is also not enough to improve the welfare of village life. This caused the Kolorai fishermen to leave the village to the city to earn better income. Therefore, Kolorai village life in it is also increasingly abandoned. Kolorai community itself has not been able to hone the potential of the tourism sector due to the limited interest and ability of the community. The presence of a tourist restaurant will link the potential of the nautical soul of the Kolorai village with a tourist opportunity by introducing a unique seafood processing technique to be eaten by tourists directly.

Until finally the restaurant aims to improve the welfare of Kolorai village life through the embodiment of the philosophy of the five cultural elements Hibualamo; O DORA, O HAYANGI, O BAILARA, O ADILI, AND O DIAI.

Architecture Portfolio

Design transformation

1. Inspired by the Principle of Hibualamo Traditional House that open on four sides of the building as a sign of restaurant openness for all people without discrimination (inclusiveness).

2. Using local materials which is close to the kolorai community as a form of “O HAYANGI”, and simplify the process of building and maintaining the restaurant.

3. Kitchen as center and core space with open concept. A shared dining table for typical culinary tours. Use “Dego-Dego” as a place to eat with the concept of sharing.

Design Development

1. Procurement of main structure of columns and timberlands with export connection.

Competition

2. Work order of wood strucutre Adaptation from “HIBUALAMO” household and wall wark using bricks and wood board ship.

3. Restaurant Development (200 msq) On the right and left side of the restaurant to be used as extension of dinning room and additional general facilities for tourists.

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In the past, the Morotai community had a Hibualamo culture (big house) Interconnected and inseparable from one another. But because of the colonial period in 1606 and the order of society in the New Order era, Hibualamo culture gradually disappeared. As a result, Morotai people often experience horizontal conflicts. With the reconstruction of Hibualamo Traditional House, it is expected that the life spirit of the Morotai community will again be based on the Hibualamo culture. Culture Hibualamo has five main elements, namely: O DORA, O HAYANGI, O BAILARA, O ADILI, AND O DIAI.

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Architecture Portfolio

SITEPLAN

a. Entrance b. Fish display area c. Gift shop d. Preservation treatment area e. Playground area f. Dinning area g. Kitchen (furnice) h. Storage i. Drying fish treatment area j. Waste treatment area k. Water pond

Competition

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Display Fish, Dinning Area and Play Ground

Morotai Island has abundant marine tourism potential, one of them in the field of culinary with a variety of processed fish that became an advantage especially Kolorai Island. Dry Salt fish is one of the typical traditions of the Kolorai community that are still guarded for hundreds of years. Uniqueness lies in the preservation by means of burial in the sand. Other processed products that can be found in home industry are coconut and coconut sauce.

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Architecture Portfolio

Competition

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LUMBUNG BAMBU WIRINGPUTIH Dusun Bambu Wiringputih, Magelang, Centre of Java Competition Entry, Propan Competition 2017 Team: Bayu Kusuma Adi, Natasha Nurul Annisa, Stephen Sanjaya Eating is one form of culture. What we usually eat and how we eat it also reflects our culture. In modern times, the ease of obtaining and processing food and instant all-round products also reflect a similar culture. In addition to these ease, the side effects are not small, ie the more individualized, less appreciative of the process, and neglected to the surrounding environment, not only in the city but also in the villages. Ideology and culture increasingly abandoned because it is considered impractical, whereas there are many lessons to be learned from the way of life of the people who had already taken care of life and livelihood. Therefore, it takes a joint effort to invite local people and tourists back

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to live culture, including in the culinary field, to prevent future damage. One of the cultural record in culinary field can also be seen in the relief of Borobudur Temple. In the panel relief Karmawhibangga series O number 65, depicted the rice barn era Ancient Mataram Kingdom that reflects the culture of the granary in the community around Borobudur in the 9-10-10 century AD As a place to store food supplies, Lumbung Mataram Ancient has several functions and values: respect for resources , sharing with the needy, and alignment with nature. But unfortunately, the body and spirit of this ancient barn can not be found in the citizens of Borobudur area.

Architecture Portfolio

Design transformation 1. Respect the resource

The shape of the building is a transformation of the ancient Mataram barn found in the Borobudur relief. On the relief, the rice storage location is located above, followed by “bale-bale� (long wood chair) stage below.

2. Sharing concept

The central area of the restaurant is used as a place to cook and prepare meals. It is intended that the majority of visitors can have a visual towards the kitchen and can understand the process of food processing.

The restaurant also serves as a village barn for the community.

The rice storage area on the traditional barn is transformed into a souvenir storage of bamboo by the village community that visitors can buy.

Competition

The material and theme of the restaurant focuses on the identity of the White Wringin as a bamboo village, and seeks to maximize the things that can be utilized from bamboo.

3. In harmony with nature

The food served is home-made production (then heated / grilled), maximizing the contribution of residents and making the area more compact.

The design of the building adapted from the ancient Mataram barn responds to a wide shade climate and a high roof space, which contributes to a comfortable ride.

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Floor plan level 1 1. Coffe Bar 2. Dinning Area (Lincak) 3. Cashier 4. Praying Room 5. Ablution Place 6. Open Kitchen 7. Kitchen 8. Storage

Circulation flow for visitor

Material

Circulation flow for service

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Architecture Portfolio

Floor plan level 2 9. Stairs (Service) 10. Toilet 11. Play Ground 12. Stairs (Visitor) 13. Mini Barn 14. Dinning Room 15. Entrance (Visitors) 16. Entrance (Service) 16. Dirty Dishes Circulation

Elevation

Elevation

Competition

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Open kitchen and Small Barn The open kitchen becomes the first sight the visitor sees while entering the restaurant. There are 4 main columns that support the structure while emphasizing the existence of the kitchen as a restaurant pulse. Openness can be felt visually, ie through the cooking activities that can be seen from all sides of the restaurant, and physically, the participation of visitors in choosing and processing their food.

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Architecture Portfolio

Lincak, Coffe Bar and Dinning Area level 2 The dining area on the 1st floor uses the lively seating taking inspiration from the bale-bale stage on a traditional barn, presenting a relaxed and intimate interaction atmosphere. Original local Borobudur coffee is also introduced through the coffee bar located on the restaurant. The child friendly bamboo forest tourism environment is realized through the availability of a semi-outdoor play area in the restaurant.

Competition

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PASAR “WISATA SEJARAH” BULU MENEMBUS WAKTU Semarang, Centre of Java Competition Entry, Sepekan Arsitektur Christian Duta Wacana University 2016 Team: Khrisnamukti Adiputra and Steffan Joshua

Traditional markets have emerged since our forerunner to familiar with trading activities. The way of transactions in the traditional markets of each region is not always the same, so the market becomes a place of authentic culture of a region.

Not only concerning authentic cultures, traditional markets can also be part of the city’s devel-

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opmental history. Traditional markets should not be merely a trading space. The strength of personal interaction and bond with the history of the city are things that will not be found in the modern market. The question is “What distinguishes one city from another?” When the city loses its authentic culture and historical markers.

Architecture Portfolio

Design transformation

1. Front area is made more open. Entrance is multiplied, to get good visual access.

2. Impression of “bulky” building is removed by adding voids in the center building. Natural lighting becomes optimal.

4. Karsten’s main door canopy become the foreground, while the body of the building wrapped in vegetation into the background.

5. The lobby area is used as a 6. Plaza Pasar Bulu, Gallery theme park, in additions with and café as community meetpanels and diorama history of ing point. young monument. At night this area used for culinary tour.

Competition

3. The shape of the roof was changed to overcome the problem of leaking and aligning with the surrounding context.

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Floor plan level 1 1. Food Court 2. Plaza 3. Entrance Gallery 4. Wet Market 5. Stall 6. Escalator 7. Escalator & Void 8. Parking Area 9. Ramp 10. Ramp to Basement 11. Outdoor Parking & Back Entrance

The Wet (Meat, Fish and Vegetable) market area is moved to the bottom floor to facilitate the distribution of goods to transport vehicles (tricycles, motorcycles, cars, trucks).

Diagram Activities Pasar Bulu concept has almost 24 hours of activity like the old market. The wet market that contains meat and wet seasonings will start the activity at 2 am to 12 noon. At 8 am the dry market such as groceries, cloths, electronics is open and is expected to close at 4 pm. The void of night activity will be filled with street culinary vendors which start at 4 pm until midnight. With this scheme the fur market will be more active throughout the day like the old fur market.

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Architecture Portfolio

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Basement 1. Car Parking Area 2. Stall 3. Atm Centre 4. Office 5. Stall 6. Escalator 7. Wet Market 8. Loading & Drop Off 9. Motorcycle Parking Area 10. Lift 11. Ramp

Competition

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Perspective Section The drainage system on the market uses sand rapid filtration. Sand rapid filtration in the form of water treatment system on the side of the building. The medium of the plant is in the form of coarse aggregates to filter the water before it is discharged to the city channel. This water treatment can be done with low cost and easy maintanance. All waste water will be fermented before being discharged to the city channel and towards the flower. Wastewater of the wet market and gray water is flown through forage to be naturally filtered. then the processed water will be channeled to the city channel

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Plaza Pasar Bulu and cafĂŠ as community meeting point.

The front of the market as an entrance and also the main focus on the historical area of Semarang is modified by making public spaces. The addition of gallery and cafe functions is intended to define the functions of buildings and provide different concepts of the market to support historical tourist areas around the market area. This new function is expected to attract visitors and make as a tourist market that has its own characteristics.

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Architecture Portfolio

Parking Area & Rear Entrance

Night Vew From The Front Pasar Bulu

Interior Perspective Void-Skylight

Competition

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LEARNSCAPE

“WATER PARK AS WATER CONSERVATION LABORATORY” Ciumbuleuit, North Bandung Competition Entry, Paradesc Competition 2015 Team: Khrisnamukti Adiputra and Steffan Joshua Ciumbuleuit is one of the urban village in north bandung that has an important role as water catchment area and guarantee the availability of water in Bandung area. Population “density” is a big problem experienced by big cities

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in Indonesia and one of that city is Ciumbuleuit. Population density impacts on the high demand for housing land that triggers land conversion, especially in urban village ciuembuleuit, cidadap district.

Architecture Portfolio

Design transformation Phase 1

Phase 2

Phase 3

Phase 4

The natural path is formed from space syntax analysis. zone with the highest circulation to the plaza area and performance art

Placing educational and recreational features on the intersection of the path

The natural pathway raised generates multi-level programs within the park area.

Multi-level programs create different space experiences and keep the catchment area

Although 15% of pond parks are closed pavement, bioretensi strategy can optimize infiltration to the ground The retention pool is not coated with pavement to maintain stormwater reservoir performance Pool pavement in the side area keeps the water level in the dry season Biopore becomes a feature of biorentesis support

Competition

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SITEPLAN

1. Parking Area 2. Entrance Plaza 3. Stage Performance Art 4. Public Toilet 5. Visual Learning Area 6. Audio Learning Area 7. Experiment Groung Learning Area 8. Drainage Play Feature

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Architecture Portfolio

Drainage

Information Panels

Biopore Education

rainwater that can Open Space that used not be accomofor Biopore System dated by pond education retention will be channeled to the city riol

Study Hall

Study Hall is used to gather and discuss

Information that explains all the system used in the water park

Entrance Plaza Open Space that used for art peformance as well as a place to community activities

Toilet

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The existence of the water park as a strom water reservoir into an effort to prevent the abundance of water in the downstream and drought in the upstream (ciumbuleuit). For now, the water park is still able to keep the ground water needs in the vicinity. But with the continued change of land function around the ciumbuleuit, until when the retention pond is able to maintain water availability and control the floods that threaten the area of Bandung

Sedimention Rainwater deposition area that slowing the rate of water into the pond retention

Biopore Water absorption holes that are useful for maximizng the absorption area

When it recedes, spaces are formed by the pool for the community activities

When the water level is high, some of the path are covered with water. This leveling provide different space experiences

Drainage Ditch Rainwater that can not be accomodated by pond retention will be channeled to the city riol

Competition

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Architecture Portfolio

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Learnscape with interactive concept 1. Plaza and amphitheater as a socialization and staging space of 5 art groups Cidadap.

Calung “Borokokok”, one of the art group Cidadap District 2. Board information as a medium through the visual education. Transparent materials are selected to reduce the intervention of the garden view.

3. E-Learning facility becomes an interactive medium of the transmitter of material through

Competition

visual and audial. The material presented is integrated with the elearningforkids.org organization 4. Game & model features become a more interactive learning media for children. One of the games “water treatment pump” aims to improve the knowledge of children on water treatment through experimental methods.

5. Providing space for workshops makes biopori and bioretensi.

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JAMAN EDAN

“TRANQUILITY SPACE” North Jakarta Best 20, Sepekan Arsitektur Atma Jaya University 2015 Team: Alfian Reza Almajid, Hakim Fandika, Hana Prastawa In the history of Java, Jaya Baya is a King from The Kingdom of Kediri who has a special ability that is able to read the future. Even though he lived hundreds of years ago, his succses was able to be in accordance with the present conditions, and not possibly also in the aftermath. The prediction is clear, the world of the future will be much different from the past. He called it with a crazy journey, not because of nat-

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ural damage, disaster, destruction or disease, but because at that time the order of human life will be insanse.

In the book of musarar many mentioned the future human imagery, ranging from “evil things”, “hated sacred goods”, and others. All that can be concluded that the future of the wicked are in power, they are worshiped while good people are ostracized and marginalized.

Architecture Portfolio

SITE LOCATION Ir. Wiyoto Wiyono street North Jakarta Site location at a busy crossroads of the city as it is adjacent to a shopping center, offices and residential areas. This area predicted will be more dense with high crime rate in the future. Office buildings and shopping centers will be more and the area on the edge of the ditch will be a marginal area for those who are wasted from their social environment

Competition

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REDEMPTION & RECOVERY SOUL DESIGN TRANSFORMATION

MAND KIND

in the future, human beings of good character will become oppressed, isolated and marginalized in their already insane environment. they must be saved, because they are the only hope to restore human life as they did and that their salvation is to provide a decent new environment / place and can be used to calm down, socialize between good people

DESIGN IDEA

Tumpeng is a traditional Javanese food commonly used for ceremony which is a symbol of Redemption. conical tumpeng form represents a mountain whose water is living the plants. Robyong’s molded plant is called “semen” / bersemi(spring) which is a symbol of life and development

provide distance and separate new environment with old environment

landscape interaction with nature

symmetrical building patterns to be more impressed sacred, is also more likely to be built in all places

Sacred Room interaction with God

enliven the natural environment to provide a comfortable atmosphere, coexist with nature while saving vegetation

Public Space interaction with each others

Sacred Room eleveted for praying Garden for interaction hallway from underworld

SAFETY SCHEME

1. Buildings are placed in densi- 2. good people will start to influty centers to accommodate as ence the environment and start many people asking other people to do good. the building will grow to accommodate the person

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3. the more good people make bad people affected. in the end a good person will dominate the world again

Architecture Portfolio

Competition

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Aerial Perspective, Sacred Place the core area for humans to be alone and interact with God

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Architecture Portfolio

Expression Open Space Active Open Space. Designed for children’s activities to play and interact with each other.

Tranquil Open Space Tranquil Open Space. Used for elderly people who want peace, break away from busy work and interact with the natural surroundings.

The addition of ponds and water works to provide a calm atmosphere.

Active Open Space Tranquil Open Space. Used for elderly people who want peace, break away from busy work and interact with the natural surroundings.

The addition of ponds and water works to provide a calm atmosphere.

Competition

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DEPOK ECONOVILLE

PRODUCTIVE AND ECOLOGY VILLAGE Depok, Bantul, Yogyakarta 2nd Place Civil in Action Competition Gadjah Mada University 2015 Team: Alfian Reza Almajid, Daniel Ristanto Chang, Jundi Salahudin Depok Beach Bantul is a toursim spot in the south of yogyakarta which is also famous for its sea products. This beach has many potentials ranging from tourism, natural potential, and the activity of buying and selling seafood. However, unfortunately the potential is not developed further. The public is too quick to feel enough with their circumstances. The challenge for us is to re-energize the people to work and improve productivity while taking care of their environment with

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well-waste processing. In addition to the procurement of good fish sale facilities and well-ordered food stalls, one way to attract more tourists is by procuring a comfortable public space and an interesting spot to take pictures. The needs of tourists who are becoming this trend we respond with a unique and well-structured house building design, and the procurement of the tower of view as a point of interest of the tourist village

Architecture Portfolio

wind from the sea

House Concept

FIlter

Site Location

Site is located in the area of fisherman’s house which is located approximately 200 meters from the depok beach. The houses on the site are generally temporary shelters with makeshift facilities.

Community activity is also not visible because there is no open public space.

Competition

rain water container

a steep sloping roof on the south of the house to maximize the flow of rain water to be processed and block the wind from the fast sea

The ceiling of the building is made higher to regulate the hot air out temperature of the room. Hot air will be gathered over and removed through openings at the end of the roof. Stairs in addicold air tion to vertical circulation also coming in serves as a void that balances the temperature between rooms so that high ceiling systems can also be felt on the floor below The building orientation faces west and east to avoid direct sunlight, the light is fed through the north with a pergola that serves as a shading and passing south with a roof that can be opened

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Floor Plan Level 1 (Public and Semi-Public Area)

ROOM

STRUCTURE

Top Terrace Used to relax after returning home from the sea. Another function is used to dry the fish

Attic

used to store goods and personal equipment

Family Room Bedroom

Truss (8/12) Purlin(8/12) Batten(5/7) Rafter(2/3) Open Roof “Rumbia� Roof

Storage and Garrage main access when leaving and going to sea also there is a place to store fishing goods such as ship engines

Console

Kitchen Front Terrace Place to receive guests and social events. It is placed outside to make it appear open and passers-by can see the interaction.

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Architecture Portfolio

Floor Plan Level 2 (Private Area)

Water Treatment

Clean Water Reservoir Filter Rain Water Reservoir

The water flow down faster with the acute angle of the roof, then inlow to the rainwater reservoir. When the water inside the reservoir beyond the limit, it will go into the filter and then flow to the clean water reservoir. Clean water will be poured into the pipes in the house

Competition

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ACADEMIC & WORKSHOP Year Project Location 2016 Temumpuk Yogyakarta 2017 Christian Cultural Centre Yogyakarta 2016 Haelen Hospital Yogyakarta

Year Project Location 2016

Wiswakharman Expo

Yogyakarta 2017

Arch+Art

Yogyakarta

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Architecture Portfolio

ACADEMIC

WORKSHOP

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TEMUMPUK

“FUTURE TECHNOLOGY OF KAMPUNG LIVING” Sleman, Yogyakarta Wiswakharman Expo 2016 Team : Ahmad Muarif, Alfian Reza Almajid, Ardea Dewantara, Mega Kurnia, Mentari Mufidati, Dio Asmandaru, Virginia Population density and ongoing dwelling construction eroded green area around us. The green open space and an ideal open space are decreasing which makes the quality of the space created worse. Overcoming this issues, vertical building is considered to be the best solution. On the other hand, modernity and globalization are eroding lo-

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cal culture. The habits of society gather, chatting with each other through the ease of technology.

Integrating culture, technology as well as the settlement of density, “Tempumpuk” is one of the best idea solution for the new face of the vertical village in 2050

Architecture Portfolio

Design Transformation

1. A dense settlement area at the site causes losts green area.

Academic

2. Moving the densely populated area into a vertical building so as to leave empty space in the existing land.

3. Existing settlement is used as a green area, adding public facilities and nodes to accommodate activities with citizens.

4. The solid vertical building is seperated into three building masses, forming circle. The breakdown of building masses based on the influence of the wind on buildings

5. On the third mass of the building then done cut and fill where part of the mass perforated used as public area (open green) contained on each floor of the building.

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5

7 1

4

6 2

Building System Space void in the middle of the building is made for public. The public facilities are provided on every five floors to support residents’ needs.

Sunlight and air circulation enter into the building through the building gap that is a green space on each floor. Responding to the rainy climate, the building is designed to absorb rainwater in some places. rain water will be absorbed and accommodated in reservoid under building 4

3 7 5

Typical Floor Plan

1 7

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3 9

Siteplan

2

6

10 8

1. Tower A 2. Tower B 3. Tower C 4. School 5. Code River

6. River Sidewalk 7. Hospital 8. Sport Area 9. Commercial 10. Sky Bridge

1. Commercial 2. Unit Room 3. Pocket Garden 4. Sky Bridge 5. Lift & Stairs 6. Void 7. Public Space 8. Public Facility

Architecture Portfolio

Until 2016, in Yogyakarta, the vertical building development is still rejected. This is because the existing high-rise buildings do not reflect the culture of the yogyakarta community itself. Fear of the loss of culture, the need for high buildings, the deterioration of the quality of space into three main pillars of the birth of “Temumpuk� as a picture of the vertical village in 2050

Vertical village that prioritizes the existence of space gathering and provision of public facilities that support the economy and community life in a vertical village. So that in a community area not only get a place to live but also can meet the needs of his life

The need for space to gather and adaptation of people to live in vertical buildings without the ground to stand, bring up the idea of creating a hanging space that can be use both for residents and the general public

Academic

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Christian Cultural Centre Gejayan, Sleman, Yogyakarta Final Project 2017 Indonesia is well known for its diversity in a variety of ways, including culture, art, ethnicity, race and belief. The number of beliefs that exist in Indonesia cause the issue of religious conflict can not be avoided. This conflict is caused by an exclusive attitude. This attitude is an issue in the context of the church as one of the places of worship and the symbol of the Christians. Exclusivity becomes

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a stigma for the church that gives the impression of a church that is closed to keep its group unaffected by outside teaching. As a result, the impression of the church becomes introversed, physically closed, the limited function and activity and the loss of the social role of the church in society. The idea of this design is to create a contradictory church with an inclusive concept

Architecture Portfolio

Design Transformation

1. Border Area and Axis on the 2. Simple building mass volume. 3. Reduction of mass to define site. public and private open space.

4. Roof scopes and skylights, as 5. Circulation around the middle 6. Vocal Point In the church secwell as the addition of plazas on area tion by raising the mass the church facade.

Academic

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DESIGN CONCEPT

Vehicle Pedestrian Servis 1. Zone

2. Circulation The concept of existing site there is only 1 access entered through the south. Zone on the front is used to accommodate parking lots. Pedestrian access extends with nod and forage along the road directed directly to the plaza and park

3. Mass Concept Mass concept with a simple transformation of a tropical shape with a triangular roof. The concept of the church was made higher to provide a vocal point that reinforced the impression of the church as the center of the region.

4. Signage Accessibility is one of the main concepts in design. To ensure that each user from different backgrounds can access the entire room.

5. Activity 3 different regional functions create diverse activity patterns. The pattern of activity is made with the concept of inclusion. The plaza and open park will keep the church active every day and invite the visitors to move.

6. Extention One of the existing problems in the church is the capacity that increases on a particular day, especially on a christmas and easter. one of the design of the design is to make space in the middle as an extension / widening of worship space.

Zone of the building is divided into 4. The front is made with concentric, with the park in the middle as a central and plaza of ramp and ladder that is accessible on the facade of the church. The concept at the center of the region is created somewhat to remove the boundary between public and private.

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Architecture Portfolio

18 16

9

17

8 14 14

15

13 13

7

3

4

4

12

5

12

2 10

11

7

8

1

9

6

2

3 4

5

1

6

Floor Plan Level 1 1. Narthex/Foyer 2. Nave/Hall 3. Altar 4. Toilet 5. Front Office 6. Panel Room 7. Sound Room 8. Nursery Room 9. Disccusion Room

Academic

Floor Plan Level 2 10. Courtyard 11. Clinic 12. Children Class 13. Music Studio 14. Office 15. Storage 16. Garden of Prayer 17. Conseling Room 18. Kitchen

1. Plaza 2. Hall level 2 3. Disccusion Room 4. Toilet 5. Class Room 6. Multy-Purpose Room 7. Gallery 8. Reading Room 9. Bed Room

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The Altar-Spiritual

Public Space-Social Space

Gallery-Education

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Architecture Portfolio

Academic

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HAELEN HOSPITAL Sleman, Yogyakarta Thematic Architecture Studio 2016 Yogyakarta is one of the cities with the highest mental illness. According to the ministry of health there is a treatment gap received by the community of 90%, which means less than 10% of people with mental illness are getting proper treatment. 3 issues that become the problem, first, the lack of facilities that exist in the area of Yogyakarta. The existing handling can not yet cover all patients, second typologies of the

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available buildings are still inadequate and still seem like a prison. This stigma resulted in the treatment process is not maximal. The design are not yet able to support the patient’s needs in the treatment process, whereas with the help of designs that can accommodate the needs of the patient it can have an effect to help up to 50% of the healing process.

Architecture Portfolio

Academic

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Zoning: Children Mental Healthcare

Zoning Psychiatric Healthcare

Zoning Elderly Mental Healthcare 70

Architecture Portfolio

1. Health Centre Area Health Center Area become the face of the area. As the entrance, the front area is open to green areas and parking lots, separately circulated parking services for visitors and ERs. Health Center will fulfill the function of polyclinic, ICU, hospitalization, action room, laboratory and pharmacy. At the rear of the building there is a park as the center of the area that connects the area healtch center area, Children Mental Health Car, Psychiatric Health Care & Elderly Mental Helth Care. This area is used as a gathering place, meet and relax the patients.

2. Children Mental Health care Children Mental Health Care is a center that caters to special needs for children. Located in the northern area with high contours make the park area has a maximum view. The building orientation centered in the middle of the playground. Vegetation arrengment is also set to maintain privacy when children perform activities outside the classroom.

3. Psychiatric Health Care & Elderly Mental Helth Care Psychiatric Health Care & Elderly Mental Helth Care are in the south of the region with a lower contour. The design of the building still focuses on landscape as the center and the most dominant area. The use of water elements in the garden and circular circles with a forage view will provide a comfortable and relaxed impression for the patient during outer activity.

Academic

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Courtyard and Psychiatric Health Care

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Architecture Portfolio

Children Mental Health care

Academic

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Exhibition Hall at Taman Budaya Yogyakarta

WISWAKHARMAN EXPO “JOGJA MENCARI RUANG”

Type

Architecture Exhibition

Date

April 2016

Site

Taman Budaya Yogyakarta

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Architecture Portfolio

Vertical Housing “Temumpuk” Model

Wiswakharman Expo is an architectural exhibition event from Universitas Gadjah Mada which is annually held. Through several series of KKA (Kuliah Kerja Arsitektur) process in the form of study tour(singapore & Hongkong), design, and the final output is the exhibition. This exhibition raises the issue from daily problems that we found at Yogyakarta city. In 2016 the issues is about population density, with the theme “Jogja Mencari

Workshop

Ruang” (jogja looking for space). The exhibition intention to provide an alternative solution to the issues. Through this theme we have the concept to bring the space up and down(vertical and underground). We divide 4 sub-themes based on, that is vertical farming, housing, transportation, and public space. Product design in the form of models, posters and videos to be presented to the public visitors.

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Arch+Art SUMMER COURSE

“Architecture Learning Through Contemporary Art in Yogyakarta” Type Workshop Date

August 20177

Site

Kasongan, Yogyakarta

In Colaboration With National University of Singapore, Universiti Sains Malaysia, Tohoku University (Japan), Adamson University (Phillippines), De La Salle (Phillippines), Chiang May University (Thailand), Brawijaya University (Malang), Duta Wacana Christian University (Yogyakarta), Parahyangan University (Bandung), Institute Technology of Sepuluh November (Surabaya)

Arch + Art Summercourse 2017 was a 10-day workshop by architecture students from 11 different universities in Asia. The theme of “Architecture Learning Through Contemporary Art in Yogyakarta” is aimed to enrich participants but in a different perspective. Yogyakarta as an icon of the city of art and culture strongly supports this theme and concept. During the 10 days participants conducted a study tour to various areas of

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Yogyakarta which is very iconic with art and culture. Each participant will receive mentoring from various art experts, cultural observers and architects. The final stage of the workshop is to design the Kasongan alley. The design process involves craftsmen of pottery, and bamboo. The material used also comes from the area around kasongan, especially pottery that became the hallmark of Kasongan city

Architecture Portfolio

Bamboo Mentoring With Bumi Pemuda Rahayu

Design Process at Kasongan Alley

Workshop

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KEVIN OSCAR SATRIAJAYA Address Bumi Serpong Damai, Sektor XIV Blok L15/6 Tangerang Selatan, Serpong, Banten.

Phone +6281212449854 Email Kevoscar16@gmail.com Online Portfolio https://issuu.com/kevinoscar16