PHUVANON PUTTIYAPIBUL
PHUVANON PUTTIYAPIBUL
PHUVANON PUTTIYAPIBUL Gender Male Date of Birth 21 June 1991 Nationality /Religion Thai / Buddhism Contract Address 4/10 Soi Jindatawin, Rama IV Road. Mahapruatharam Bangrak Bangkok 10500 City / Country Bangrak / Bangkok Tel. E-mail Education 1997-2002 2003-2009 2009-Present
Hand Presentation in Private Residential Project
+66877025252 ma.ii@live.com Grade 1-6: Kularb Wittaya School, Bangkok, Thailand Grade 7-12: Suankularb Wittayalai School, Bangkok, Thailand Studying Bachelor Degree, 4th year Landscape Arechitecture Chulalongkorn University, Bangkok, Thailand
Skills Landscape Field Site Survey & Analysis Site Planning Construction Drawing Detail Design Hand Presentation Pencil sketching & Rendering Ink rendering Architectural & Landscape Model Making AutoCAD design & Drafting ArchGIS Analysis Basic 3ds Max Design Basic V-ray and Mental-ray rendering Adobe Creative Suite Adobe Photoshop, Illustrator and InDesign Sketch-up Pro Microsoft OďŹƒce Workshop 2012 Chao Phra Ya Watershed workshop with landscape students from The University Of Hongkong. 2013 Hydro Performative Bangkok workshop with landscape students from National University of Singapore.
2009
2009 Architectural Studio Design Visual Design & Design Element Installation Design Volunteer for Rural Development Camp
2010
2010 Architectural Studio Design Residence: 1-Story House Residence: 2-Story House Retail Shop: Textile Tailor Head of Rural Development Camp
2011
2011 Landscape Architectural Studio Private Residential Project Private Group Residentail Project Public Plaza: Siam Square Head of Rural Development Camp
2012
2012 Landscape Architectural Studio Housing: Provincial Electricity Authority Housing Resort: Koh Samui Resort & Spa Waterfront: Haad Sai Thong Eco Mining City: Takho Pid Thong Chao Phra Ya Watershed workshop with landscape students from The University Of Hongkong. Go into Priesthood for 1 month
2013
2013 Landscape Architectural Studio Urban Mixed-use Redevelopment: Makkasan Sacred Space: Wat Phanittaram Hydro Performative Bangkok workshop with landscape students from National University of Singapore.
PROJECT STRATEGIC DESIGN
Hand Presentation in Private Residential Project
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{ųåŸåĹƋ ŸĜƋƚ±ƋĜŅĹ 108,085 people
77,078 people
FĹÏŅĵå Ƌ±ƻ ƀŢ
ĜĹÏŅĵå ĬŅŸƋ Şåų ŞåųŸŅĹ 2.8 million Baht.
BĜčĘ ±ýåÏƋĜŅĹ cŅ čƚ±ų±ĹƋåå Not sustainable XŅŸƋ ÏĜƋƼ aŅĹŅÏƚĬƋƚų±Ĭ
Estimated debt
(est. 70,000,000)
200,000 million Baht.
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0-9
10-19
20-25
25-35
35-45
45-60
60^
Bankok's population growth - Teenager and adult population in all-around Makkasan district is moving out for work-study and continue to increase
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Local communities - less population More temporary employees/workers/labors moving in. City lost its character and life place.
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a±ĜĹ ÆåĹåĀÏĜ±ųĜå ±ĹčĩŅĩ ĵåƋųŅŞŅĬĜ±Ĺ ƚŸĜĹ域 ĜĹƴåŸƋŅųŸ 8ŅųåĜčĹ ÆƚŸĜĹ域
Ƌ±Ƌå ±ĬåƵ±Ƽ Ņü ʱĜĬ±ĹÚ ĹŅ ĹååÚ ƋŅ ޱƼ ± ÚåÆƋţ
PERCEPTION FOR
MAKKASAN:
Dweller - Worker - Laborer - Employee - Senior - Elder Teenager - Children - Baby - Family - Businessmen Sportmen - Student - Socialist - Artist - Musician Merchant - Researcher - Investor
OUTSET
To startin new life, new society, society new city, new cultural.
OUTSET PEOPLE's LIFE Intergration activities with walkway to gain easy sightseeing space, aim for attractive space which became city attraction point.
Figure . 1
Figure. 1 Conceptual design, an amphitheatre and shelter in Waterfront: Haad Sai Thong (2012). This design aim to reclaim ecology along Ping River with planting designs and spaces combining with commercial and community areas into a playgroundlike space.
Figure. 2 Urban Mixed-use Redevelopment: Makkasan (2012) aim to achieve what process can lead us to the final design. How do you get an attraction from investors, How to cooperate with community and economy. Otherwise, with knowledge from Eco Mining City: Takho Pid Thong (2012), contaminated soil treatment, material recycling, and low maintenance design appear in this project too.
OUTSET GREEN CITY TY Figure . 2
Automobiles or lavish factors ctors are no need for joining The Outset. set. A livable p place ogether g is the main which combine society together -forest growth nowaday. idea to prevent concrete-forest
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Figure . 3
Figure. 3 Analysis about over paving area in Sacred Space: Wat Phanittaram Project (2013). Unuseful building and pavement continue to built up in this area. Figure. 4 Reclaiming process that will slowly turn Wat Phanittaram back to what it was. Sacred and peaceful space can achieve with a little help from concrete crusher and cutter which turn vastly concrete into sheets and piles of demolished concrete material.
Figure . 4
Figure. 6 Urban Mixed-use Redevelopment: Makkasan (2012). Enormous site and complexity system lead us to a multifunctional area with carefully chosen to answering all factors. Presentation model which can be seen and touch was needed for presenting strategies and master plan.
Figure . 5
Figure. 5 With many local grassland planting design, create significant visual along Waterfront: Haad Sai Thong (2012) and ensure value of place. Integrate with commercial area and leisure area to create income for maintenance yearly cost.
Figure . 6
Figure . 7
OTHER WORK Figure . 8 Figure . 9
Figure. 7 Sacred Space: Wat Phanittaram Project (2013). Concrete material underneath allow vegetations to grow up and separate from flood area and alkaline soil. Figure. 8 Detention area created from demolished concrete boulder which increase eďŹƒency of water capacity and infiltration. Figure. 9 Overall presentation of Sacred Space: Wat Phanittaram Project (2013) during the festival, Thailand.
Living with water Krit Thienvutichai Shanya Naruechaipramote Naruephon Nateprachar Poovanon Puttiyapibul
Our group deals with hydrological infrastructure by proposing a thesis of Living with Water. If we compare the urbanisation pattern of Nonthaburi with its leftover undeveloped spaces and its extensive water canals and river networks, we notice that there is still a great potential to develop these spaces together in an integrated hydrological and Àood infrastructure. Most of these lands in the suburban region of Nonthaburi, adjacent to roads and highways command a higher value than other spaces; These spaces therefore remain relatively largely unsold to real estate developers.
4,780 million baht estimate property cost to build or develope a green open space
12.4 5m illion old ca qubic pacit met y can sto re of wa re ter
In addition, we know from our King that his project Gamling called for more green spaces to be preserved as an in¿ltration and detention means of mitigating the Àoods that threaten the region. We also found out that the cost of purchasing and investing in these land in suburban Nonthaburi is much more cost-effective than either the annual or 2011 restoration costs of damages to the Àood in the region. Therefore, we strongly feel that there is much justi¿ed potential to invest in a robust Àood infrastructure here. Our strategy calls for two broad areas of intervention – namely small patches of land adjacent to roads and highways, and the large patches of land found undeveloped in the inner suburban environment. Serving mainly as an integrated water management, treatment and detention system,Normal water and Àoodwaters enter these areas mixed in with efÀuents and toxins, undergo cleaning processes through a variety of waters treatment spaces, and after, will be retained, and slowly discharged into the rivers or the drinking water canals through the vast network of canals connecting these treatment areas together.
His Majesty the King has advised the following method to solve the Àooding problem 1. Build dike by improving existing roads. 2. Providing green space by the King’s advice for preventing the expansion of the City and turn into the drainage way when fl flooding. ooding. 3. Proceed with dredging, expanding the existing canal and making a new one outside the dyke line 4. Build more retention ponds. 5. Expand the Àood way through railways and highways
However, these spaces also function as a form of public open space, cultural preservation, and even retained agricultural lands. Design of these spaces are carefully integrated into the upcoming surrounding urban and residential environment. We acknowledge the full force of urbanisation in this region in the future, yet we also identity the issue of Àooding here and its lack of open spaces that would lead to a quality of urban life; Therefore, we would propose our design strategy as a integrative function that would tie all these issues together.
16,500 million baht
3,630 million baht average flood damage cost per year
2011 Flood damage cost
(2000-2010)
store ty can ter capaci tre of wa new me qubic buri ntha on million 37.55 in No seas ter od of wa the flo ount during am
With 4,780 million baht can own 75.10 sq.km. in Bang Yai and Bang Bua Thong which can store water 37.55 million m3(with 0.5m water height) Kanchanapisake Road property price value (12,000-15,000 bht/sq.m.) Rachapruk Road property price value (6,000-6,500 bht/sq.m.) - Source from The Treasury Department of Thailand
Preserving green spaces for water and Àood management strategy Hydrological infrastructures
From one of His Majesty the King’s advise in the Àood protection project, Kaem Ling, is to provide green space for preventing the expansion of the City and turn them into the drainage way when Àooding. From the statement above we took it as our inspiration for the design. From the observation of the growth of urbanisation pattern in Nonthaburi reveals large patches of undeveloped left over green space in relation to its extensive canal and river network. These areas are the key strategy which can prevent the expansion of the city and in the same time have the potential to develop to service the area to improve living quality. The investment cost of this strategy is much less compared with the cost lost by the damage of 2011 Àood and it is also long-term investments.
Strategy costs
Source: Treasury department of Thailand
Source: Treasury department of Thailand
Combining transported and irrigated canal systems with dike and highland, to control the water system in monsoon and drought season. By using use agriculture land ¿eld to provide more open spaces and more porous surfaces in new development urbanization areas.
Irrigation Zone Agriculture area
Urban Area
Hydrology
Propose abandon and preserve area
5 km
Existing urbanization growth - Undeveloped land
Buffer Zone
Treatment Zone
Preserved Zone
Cultural Area
Integrating water management system with new residential cluster to serve as a tiny local water infrastructure, which can use as treatment, detention, and open public spaces. This strategy needs water infrastructure maintain the function around the cluster such as, water gate, Àood wall, planting, and dike.
This strategy concern about contaminated water which can be seen in the Bangkok’s canal. parks and waterfront open spaces can act as a water protector to prevent runoff and grey water going into the water system which can act as a emergency in¿ltration and evaporation area.
Not only serve as a local water infrastructure, but can also act as a linkage between many green open spaces with arti¿cial pond or constructed wetland that also can act as a treament area. In major scale, this strategy mainly help with water Àow and drainage system which depend on site existing.
The investment cost of this strategy is much less compared with the cost lost by the damage of 2011 Àood. The new water capacity provides water resource for the province during drought season. It’s a long lon term investment.
During dry season this strategy will act as an open public area, agriculture ¿eld or treatment area that keep green open space in the urbanized city. On the other hands, when the water comes, this ¿eld will keep water and let it in¿ltrate through the soil and lead the water to the drainage system which has been prepared for Àooding.
Around the existing agriculture in preserved area, we separate agriculture ¿eld from paddy ¿eld because an agriculture can’t stand during the monsoon season. We put overÀow dike system along the canal to make it smaller. As a result the water level will be higher during dry season and there is more room for water when the water comes.
Some preserved area can be developed into local community area. Parks or open public space can serve as, learining center with topics of cultural and cultivating suf¿ciency liftstyle. And also act as a detention and in¿ltration area that serve local residents along the canal.
Some constructed wetland that located along the street, canal or border betwee between residential and open area can be a buffe buffer zone for water infrastructure because the they have potentials to block the Àooding tha that come from the north and to treat a grey o or waste water that come from residential and walking trail or sidewalk.
Figure . 11
Abandon Area
Open public space system as a hydrological infrastructure
Nonthaburi is the large Àood plain. With the long polders, built for preventing Bangkok from being Àood, the region holds larger amount of water for a time every year. The inspiration of the design comes from the questions, how can people live when there is Àood in the future? How can we improve people living quality while the city is being Àood? The observation of the growth of urbanization pattern in Nonthaburi reveals large patches of undeveloped green space in relation to its extensive canal and river network. These areas have great design potential to develop as the hydrological and Àood protection infrastructures for the whole region that would store and treat water and Àoodwater while protecting the essential drinking water canal, Klong Prapa, from being contaminated.
The strategy is to keep the undeveloped green spaces and design them to be the green hydrological infrastructures to serve the whole region and to integrate people’s lifestyle with water. Irrigation zone - This zone mostly uses for agricultural and leftover areas along the roads which has many irrigated canal for the community. Buffer zone - This zone will be the ¿rst Àooding area and acts as a border between an urbanized area and a local community. Treatment zone - This zone used to be undeveloped green open spaces. in the other hand, the surrounding areas wil be developed as a new cluster for residential areas. Preserved zone - This zone is the old local communities consist of old traditional values that tend to be taken and developed as a new residential cluster.
Source: GIS data map Nonthaburi
Source: GIS data map Nonthaburi
Compact green open space develope to serve local & new residential cluster
Vast green areas for preserving old communities & supporting new residential growth
Source: GIS data map Nonthaburi
Source: GIS data map Nonthaburi
Figure. 10 Water infrastructure management presentaion during Hydro Performative Bangkok Workshop (12-21 Jan 2013) Figure. 11 Approximately area of Bangkok's water contamination from 2012 flood crisis which obtain and analysis data with ArcGIS.
2 km Irrigation Zone
Buffer Zone
Treatment Zone
Preserved Zone
Water direction
ygetartS tnemtaerT
2 km Irrigation Zone
Buffer Zone
Treatment Zone
Preserved Zone
Water direction
Compact green open space as a hydrological system
Vast green open space as a hydrological system
The undeveloped green areas are designed to be the water buffer and water treatment areas. Waste water from urbanized area circulates pass the buffer areas to ¿lter waste. The water get treated in treatment areas before regulate out to the main river (for drainage purpose) and to the irrigation canals (for agriculture purpose).
The preservation are made to preserve the old communities agriculture land to manage the growth of the urbanization. The areas are developed to be the detention areas to support large amount of waste water from the Àood.The waste water get treated in the upper treatment zone and detented in the lower detention zone.
Source: GIS data map
Source: Google map
Local & new community cluster adaptation. edesi ns inte rate selected reen spaces wit community clusters to allow t e interaction o uman and t e alua le reen spaces. e reen spaces are reen reen in rastructure rastructure ororwater and waste treatment purpose. eareas are de eloped to e constructed wetlands and poc et par s ased on t e surroundin condition o t e sites. ein rastructuressuc as concrete wal ways amp it eatersteps and crossin rid rid eeare areadded addedinint te earea areaallowed allowedpeople peopletotoe eperience perience t et ereen reen spaces spaces andand to otoser o ser e t ee treatment t e treatment process process in t einsame t e time .
Detention Strategies Hydrological green open spaces as the cultural community preservation. reservation strategy is applied to the green agricultural areas o the old communities to preserve green open space in order to control the gro th o ne community cluster and to preserve the culture o th the old communities. he preserve agriculture area mainly unctionsas detention oneto detend the ater romthe treatment one. hese areas have a potential to developeto ee a ne attraction in the provinc province hich ill rings more income to the community. he he uu erer ones onesare aremade madealong alongthe thecanals canalsand androads roadstoto eep eep thethe canal canal clean cleany yltering aste ater and traping aste.
Figure . 10
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TP AT H
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TR A C O IR FF PO FF CL IC E AR FO
N AI M
SUNKEN SPACE
KIOSK AREA ENCLOSED SUNKEN CREATE BOUNDARY OF SEMI-INDOOR SPACE.
EXPANDING PHAYATHAI ISLAND TO INCREASE GREEN CORRIDOR WITHOUT VAN'S OCCUPANCY.
Figure . 12 Figure . 11
Figure. 11 Sketch design at Phaya Thai Island at Victory Monument (2013) with high density traďŹƒc. Installation terraces create more waiting spaces and control accessibility.
Figure. 12 Installation design at Faculty of Economics, Chulalongkorn University (2013). With low budget limitation, reusing leftover steel plates from construction is the key.
Digital Painting inspired from Tee Lor Zhu Waterfall
PHUVANON PUTTIYAPIBUL