P O R T F O L I O
supakorn praditlertsakul
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PORTFOLIO
SUPAKORN PRADITLERTSAKUL LANDSCAPE ARCHITECT 2012 - 2014
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age 24 nationality Thai residence Bangkok email Me.bnkk@gmail.com EDUCATION 2009 - 2014 Department of Lanscape Architect Faculty of Architecture Chulalongkorn University Thesis “ HYDROGEN RESEARCH CENTER eatern seaboard industrial estate rayong” 2003 - 2009 Assumption College Thonburi High school EXPERIENCE 2014 Internship at Kasetsin developer 2013 Internship at LANDPROCESS AWARD & COMPETITION Student Winner Award of ”Cu park avenue competition” COMPUTER SKILLS AutoCad 2d/3d Arch GIS Sketchup - podium 3dmax Adobe suite : Photoshop Illustrator Indesign Microsoft : Powerpoint Word Excel INTERESTED IN Architecture Freehand drawing presentation
Automotive design and engineering
Scuba diving
2012
Cu park avenue 4 competition Project
2013
THESIS Automotive hydrogen 16 research center
2014
Pluemvichit pattaya resort 40
2010 - 2013 Sketch book 52
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2012 cu park competition
Page 4-14
2012 CU PARK COMPETITION
STUDENT WINNER AWARD CHULALONGKORN UNIVERSITY BANGKOK
supakorn praditlertsakul
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CU PARK 2012 supakorn praditlertsakul
THE BEGINNING OF THE LIGHT
“The Light” was used to be the main concept of this design, with Chulalongkorn’s motto “Knowledge with Morality” and the symbol “King’s Crown” which also related to light and knowledge, resulting in using light into this design, which could be implied as education, started from emptiness into the powerful source and return to the origin “ Community.” “Uncover your Brillance” is the main concept of the design to present the core of knowledge, shining bright and transaparent, which will be display as the epicenter of the 100th Anniversary Park and Boulevard which will demonstate different characteristics between days, and nights. In the center area will be a shallow water feature that the community can use at all time. In the daytime, there will be a display of sunlight shining into the underground street to create the identity of the project.In the nightime, there will be a light in the opposite direction, shining back into the sky, for an another different view to the park, and also becoming a landmark for the visitor too.The landmark position will be on the intersection and curve for the underground parking, which is on the intersect of the road and the garden, above the parking.
Landmark design
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supakorn praditlertsakul CU PARK 2012
SYMPHONY OF ILLUMINATION
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STREET and SPACE CU PARK 2012 supakorn praditlertsakul
Symphony of Illumination is the designing of Chulalongkorn 100th Anniversary Street that was inspired by the night view of Chulalongkorn, simplified and arranged onto the street and pathway, become a open space for the community to join together, doing activities and relaxing. Moreover, the reflection of the Constellations combines with the open space will create harmony to the environment, acting as both light receiver and giver in different time.
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MASTERPLAN CU PARK 2012 supakorn praditlertsakul
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1. active lawn 2. main plaza 3. landmark water feature 4. playground 5. passive lawn 6. amphitheatre
The Master Plan act as a hub for large amount of people using the area to connect to the surrounding area, and also as a open space for the community, and Chulalongkorn University.. Access to uphold the main users are students and people in surrounding areas with indoor and outdoor activities the parking area. Parking will be underground. The access road from Chula Soi 5 area roads, submerged beneath the park. 12
The main and sub circulation were focused on the area function as the main priority, for being both transit space, and recreational space. Also, as this project were in the city center, the design include city factor, such as underground parking, catchment area, and water treatment area. Due to the tropical weather in Thailand, usage of outdoor space may be discouraged, so indoor space is an alternative that we can use to maximize the flow of circulation in the project.
supakorn praditlertsakul CU PARK 2012
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1. main plaza 2. landmark water feature3. landmark water feature 4. amphitheatre 5. underground parking entrance 6. recreation area 14
2013 Thesis
Page 16-38
2013 THESIS
AUTOMOTIVE HYDROGEN RESEARCH CENTER ESTERN SEABOARD INDUSTRIAL ESTATE RAYONG
supakorn praditlertsakul
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THESIS 2013 supakorn praditlertsakul
Bangpu 8.9%
Laem-Chabang 43.4%
From bangkok take the motorway to chon-buri province , then left to hightway number 331 to site
Hemaraj Eastern Seaboard 98.2%
Amata nakorn 22.4%
Amata City 63%
EASTERN SEABOARD INDUSTRIAL ESTATE The project area is located in Eastern seaboard industrial estate Rayong, cause the proportion of the automotive industry to 98 percent and average 40 percent in other industrial estate of industrial estate cruster Rayong, By the way only 30 kilometers away from the Map Ta Phut, which is in the major place to produce Hydrogen gas. In Thailand. The area can crop biomass for energy production, such as rubber, cassava.Sugarcane and oil palm as shown in mapping. ESIE was established in 1994, while Hemaraj ESIE started operations i n 2006. There are more than 603 contracts at the two industrial estates, representing 373 new customers, who have invested in excess of US$12 billion.There are over 179automotive OEM parts and components manufacturers in Hemaraj’s automotive cluster, with 25% from the Toyota Group alone. Fifteen of the world’s top 25 auto suppliers have production facilities in this cluster.
Industrial estate
Building and community area
Cane, cassava, and rubber tree area
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supakorn praditlertsakul THESIS 2013 HISTORY and TIMELINE
50000 45000 40000 35000 30000 25000 20000
Natural Gas
Oil from Deep-sea
15000
Oil from Other
Oil from Middle east
10000
Oil from European Oil from USA 5000
0 Fuel resources (exajoule)
Before the industral r e v o l u t i o n . Ve h i c l e s of the people in those days still strength of the animals such as horses, camels and elephants.
1750 -1850
Industrial Revolution was the transition to new manufacturing processes in the period from bout 1760 to sometime between 820 and 1840.This transition included going from hand production methods to machines, new chemical manufacturing and iron production processes, improved efficiency of water power.
1785
France, in 1785, Jean Pierre Blanchard, and his American co pilot, John Jefferies, became the first to fly across the English Channel by hygrogen balloon.In these early days of ballooning, the English Channel is the first step to longterm use balloon in transportaation and wars.
Site area located in EASTERN SEABOARD industrial estate, Rayong province. 19
1804
The first full-scale working railway steam locomotive was built by Richard Trevithick in the United Kingdomand,on 21 February 1804 is the world’s first railway journey. That was after the time when the James watt (britishinventor) can estabished the team machine in 1768 .
HISTORY OF ENERGY CONSUMPTION IN TRANSPORTATION After the industrial revolution,Fossil fuel was discovered and the de-
velopment of technology in vehicles is huge. As a result, the energy consumption in the transportation very top.As a result of the current shortage of fuel , such as oil and natural gas will be exhausted within 30-50 years if not unearthed new sources of energy . For these reasons, it is imperative to find alternative energy sources. Which hydrogen Renewable energy is one that has been developed serious in many countries. The country has developed this kind of energy as well. Thailand has the potential to produce hydrogen from biomass sources , which amounts to a lot of the country.
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15
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10
8%
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ust
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Residential
A
15%
(x1000 ktoe) 30
1886
In 1886, Karl Benz (German engineers) have created a first car combustion engine into the world named Benz Patent Motorwagen. The car using the structure of a reciprocating steam engine. The device will only tranforma liquid fuel to gas and intake valves. That car was developed to automotive industrial in 4 years ago(1890)
1888
Thailand began importing petroleum products since 1888.Start by using kerosene for lamps. And lubricant for steam engines in rice mills and sawmills.
1848
1950
In 1950 the first highway in thailand is Mittraphap road. That get asistance from the U.S. government in the construction budget and Research techniques for building. Mittraphap is the first road to be based on a standard highway construction process. And is the first highway with the asphaltic concrete road surface.
Samuel M gear is the first person to hold that oil was discovered in the 1848 , he was accidentally unearthed from oil wells that he dug up on the banks of the Allegheny River . Whic h was then used as fuel to light . And used as a lubricant for various engines .Widely. The impetus for seeking a replacement for petroleum .
The early 1980s-1990s The massive expansion of automotive industrial Vehicles have become more obtrusive since the early 1980s and also are lagrer and more power- ful. For all these reasons, they consume more fuel. With oil prices steadily declining in real terms since the 197980 petroleum price spikes, and with the federal Corporate Average Fuel Economy (CAFE) standards unintentionally providing vehicle manufacturers with an incentive to switch from cars to light trucks, First minivans were introduced in the early 1 980s, and then in the 1990s,SUVs became popular. first highway with the asphaltic concrete road surface.
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1984
1981
In 2524 thailand has discovered natural gas in the Gulf of Thailand and taken up in 2524. That used as fuel to produce electricity and industry. It replace the use of coal and fuel oil,which is expensive andmust be imported from abroad.
In 2524 thailand has discovered natural gas in the Gulf of Thailand and taken up in 2524. That used as fuel to produce electricity and industry. It replace the use of coal and fuel oil,which is expensive andmust be imported from abroad.
2001
Oil, gas, gasohol has been developed as an alternative fuel to replace gasoline,The advantage of gasohol is more complete combustion. In 2001 PTT and BCP has sold to the public in bangkok.Which the response was unsatisfactory. And increased to over 1,300 service stations in the present.
2004
PTT ngv gas pilot project in taxi of 1,000 cars .The results of the survey taxi driver was satisfactory.
2008
The hybrid cars was imported in thailand since 2008. Not so long, the cars were popular. And then the plugin hybrid came in 2012. Before 2050 The hydrogen cars are the one of main energy of vehicle in transportation sector with electric car.cause the both no poluttion and zero emission.
supakorn praditlertsakul
site
The retention pond area from the channel flow on swale prior to the industrial estate.The area is about 8950 sq.m The retention pond area from the channel flow on swale prior to the industrial estate.The area is about 8950 sq.m
The retention pond area from the channel flow on swale prior to the industrial estate.The area is about 8950 sq.m
The retention pond area from the channel flow on swale prior to the industrial estate.The area is about 8950 sq.m
HYDROLOGICAL ANALYSIS The project area is located in Eastern seaboard industrial
estate Rayong, cause the proportion of the automotive industry to 98 percent and average 40 percent in other industrial estate of industrial estate cruster Rayong, By the way only 30 kilometers away from the Map Ta Phut, which is in the major place to produce Hydrogen gas. In Thailand. The area can crop biomass for energy production, such as ruber, cassava.Sugarcane and oil palm Industrial Estate in Rayong is located on . The coastal plain caused by the deposition of sedimentary basin watershed Rayong And alternating hills and mountain slopes.
A wavy billowy low alternates . A height of about 100 meters above sea level , where the settlement was located on the third line , where water flows into the Nong Pla Lai reservoir. Settlement areas covered the water flow 1 in 3(total swale around the industrial estates) , that is the water flow through the marsh area within the site. It has a drainage system within the estate to protected across the water, and also selected for the drainage area of hard paving in some parts of the estase , cause Lowland area in site develope area have encounter a flood overflow areas in the designed area.
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HYDROLOGY THESIS 2013 supakorn praditlertsakul
NONG PLA LAI RESERVOIR
The Nong pla lai reservoir has an area of ​​11,750 rais and 124.5million cubic meters of water storage volume. Is one of the larger water storage. A place where people take advantage of the occupation in the cultivation of which is now the district Khai,Rayong, Nong Pla Lai Reservoir has been sent to the Industrial Estates in Rayong and includer the eastern seaboard.
Agriculture of oil palm cassava, rubber tree and cane Eastern seaboard Industrial estates
Building and factoies
supakorn praditlertsakul THESIS 2013 HYDROGEN INFRASTRUCTURE
HYDROGEN FUEL Is a zero-emission fuel which uses electrochemical cells, or combustion in internal engines, to power vehicles and electric devices. It is also used in the propulsion of spacecraft and can potentially be mass-produced and comercializ for passenger vehicles and aircraft. HYDROGEN INFARSTRUCTURE Hydrogen energy can occur in transportation that essential to prepare hydrogen infrastructure shuch as including hydrogen production,storage, transportation and fuel cell technology, hydrogen is produced by many types, but potential in Thailand have two issues such as production of bio-mass and Biological (algae and waste water). In the production of hydrogen from bio-mass require specific equipment, such as furnaces and fermentor. PVC FERMENTATION Pvc Fermentation tank is the structure that tranform organic from animal and plants such as biomass and manure to natural gas by fermentation which is 200 sq.m of pvc tank. In this process can produce the hydrogen component in resoult.And residue After the fermentation process be used as fertilizer in agriculture.The biogas released into the reformate hydrogen Pure Firming made into ​​ hydrogen storage.In the fermentation of biomass by heating. the output of this process are hydrocarbon compounds such as methane and ethanol, there are the properties and structure as natural gas.
BIOMASS HYDROGEN PRODUCTION
UNDERGROUND HYDROGEN STORAGE Hydrogen storage underground to save space and includes more security on the ground.
supakorn praditlertsakul THESIS 2013 ENERGY MANAGMENT
hydrogen production research
Gasification from bio mass
Hydrogen tanks can be used to produce hydrogen from bio mass and orgranic waste by t he biogas Rem aining biogas to produce electrical energy.
surplus energy
Hydrogen Energy
1kgH/2 hr Hydrogen Experimentation In addition to producing hydrogen. Infrastructure and related technologies are also storage and transport experimentsthe use of hydrogen in transport experiments. Include the development of fuel cells that use hydrogen to power automobiles with This is the linchpin to make the car move.
1kgH/100km
1kgH/92km
1kgH/25km
Hydrogen Gas Station
1kgH/30km Hydrogen Transportation
10.00 am - 3.00 pm
Wind power and sun power as the primary energy in the daytime
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Hydrogen Storage
Hydrogen Fuel cell
surplus energy tra to hydrogen storag
anform ge
Wind turbine production capacity 1,250 kw Began producing electricity at wind speed of 2.8 meters per second. And the maximum wind speed of 12.5 meters per second.The wind turbines will stop produce electricity when the wind speed of 23 meters per second. The maximum wind speed unprotected at 50.5 meters per second.
Solar cells production capacity 100w per sq.m and 5 hours per day
surplus energy
Electricity Energy Energy production Energy consumption
22kw/hr
22kw/hr Electric-car
Building 15,400 sq.m
Building Energy Cnsumption Research building type was energy consumption 150 kw per square meter and solar cell production capacity at 100w per hour, so the building is 15,400 square meters. Total building consumption = 15,400(sq.m) x 150(kw) = 2.3x10w. and solar cell production per day = 100(production capacity) x 5(hr/ day) x 365 = 182,500w and total area of solarcells is 2.3x10 /1.825x10 = 12,658 sq.m
At night, use the wind to main energy. By the adoption of hydrogen as an energy reserve for the use in overload consumption. hydrogen energy will be kept by the powerof excess electricity in the daytime. If during the night without power. Wind energy is converted into hydrogen stored.
auxiliary energy
excess electricity converted to hydrogen stored
Hydrogen Storage
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supakorn praditlertsakul THESIS 2013 TEST DRIVE STATION
TILT TABLE The Tilt Table is suitable for the vehicle stability and /or load restraint mechanism testing.
CHASSIS TWIST Durability of vehicle cab suspension and chassis systems.
IMPACT FACILITY Suitable for use by cars, trucks.Operation of truck airbag suspensions.
LOW MU BASALT TILES Suitable for use by cars for development of ABS, traction control systems and electronic stability program systems.
PURPOSE & TYPOLOGY THECNICAL DATA
LOW MU CERAMIC TILES Suitable for use by cars for development of ABS, traction control systems and electronic stability program systems.
Two 200 metre x 4 metre sections of road: 1 x hotmix surface. 1x 14 mm aggregate surface. These are the two most common south east asia road surfaces.
Suitable for light and heavy vehicles.Tilts up to 40 Computer printout of results of each test. Road configuration which induces twisting effect.Strain gauges can be fitted to give performance outcomes. Suitable for use by trucks, buses, cars, caravans. Durability and stress from road impacts, railway lines, cattle grids.Noise deflection wall - impact noise levels.
Accelerated durability testing and stress analysis. 800 metre loop hotmix curves. 42 metre radius curves. 200 metre x 4 metre bluestone pitchers section.
200 metre x 4 metre concrete corrugations section. 25 metre hotmix section can be wet down with sprinklers for alternative testing requiring a wet road surface.
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Overall length 120 metres longTiles • 1st section 70 metres long x 4 metres wide • 2nd section 50 metres long x 8 metres wide Tiles - 120 metres long x 4 metres wide 6 Water application to surface Co-efficient of friction of surface 0.1 Mu Hotmix surface adjacent to tiled area to allow split use testing, both wet and dry
1 kilometr 6 metres w Hotmix su 5% to 10% tion,even mainder.C way Circu to signifi distance.
res wide. urface. % decline on first sec5% incline for the reCan be linked to Highuit and 2nd Class Road ficantly increase testing
CORRUGATION/PAVE Suitable for use by cars, trucks, buses and caravans for a range of testing from rattles and squeaks to suspension,new components and accessory items such as roof racks. N.V.H ROAD undulating surface simulating a worn and uneven road.
FOUR WHEEL DRIVE GARDIENT Vehicle familiarisation ,testing and comparisons, retardation systems, hill descent, hill hold systems, traction control systems.
PARK BRAKE Suitable for cars, trucks, buses.
GRADIENT SECTION Component and vehicle durability and general development. Engine retardation , engine torque and general driveability. QUATER MILES TEST Vehicle acceleration and time usein quater miles. engine power and stable suspension. HIGHWAYS CIRCUIT Component vehicle durabiliy and general development. product launches, demonstrations WATER BATH Water entry to vehicles components.
600 metres long 7.6 metres wide Hotmix surface.400 metres for acceleration forcar, truck and bus and remainderof 200 metres to safety brake distance.
2 kilometres long 7.6 metres wide Hotmix surface Extra lane of 10mm spray seal surface on each curve to give overall width of 11.2 metres. Suitable for use in testing by cars,trucks and motorcycles.
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45 meters long Concrete grades.5 metres for each percent grade distance. Park brake compliance with universal design rules. 12, 18, 20, 30 percent grades.
and
Vehicle capabilities on inclines from 27% to 60% Various surfaces – gravel, clay, concrete. Suitable for some crossover vehicles, 4WD passenger vehicles, fire tankers, military vehicles,heavy trucks. 20 metre x 4 metre. Depth up to 600mm. Brake recovery post immersion. Water entry to vehicles and components.
supakorn praditlertsakul THESIS 2013 POTENTIAL and PLANING
Masterplan zoning was started by Fish ponds and the Channel flow to hydrate and moisture the site area. The fish pond capacity of 70,840 cubic meters That is large enough for reciving water and irrigate to algriculture field.And oil palm plantation near water sources due to palm oil require water and moisture in high and also planted in loam soil for porperty with good dranage. The area growing in a low land cause less problem when the flood clame. Cassava can be planted in only sandy soil and good drainage. The area growing in a low land cause less problem when the flood clame. The Sugarcane planting in large low areas due to the many amount of growing space to be a major biomass production energy. Which can be grownin both loam soil and sanddy soilThe area growing in a low land cause less problem when the flood clame. After that Test drive space Located in a large flat area and the soil is not sandy soil to avoid the subsidence of the soil surface. Included with easily accessed for automotive manufacturure companies and not amalgamate with the visitor entrance. Research Center is located on the best view of the entrance, with originally forest in the back-ground. The area on higher ground to avoid the flooding. The learning center located in easily accessible from outside and inside industrial estate.And the retention pond located in high area to recive a water from testdrive tracks and building run off to prevent flooding and to save energy in the irrigation system with gravity.
Fish pond
Agriculture field
Research center & Learning center
Loam Sandy soil
Site
Nong Pa Lai reservoir Soil map Channel flow
Loam Fish pond
HYDROLOGICAL ANALYSIS Area site is close to the marsh land there is a chanel flow which is 1 in 3 of the way water flows into the reservoir, Nong Pla Lai. The area was originally a fish pond.
Sandy soil
SOIL ANALYSIS Soil characteristics are separated by water routes. The Chanel flow is sand y clay soil and the othe r is loam soil. The site area is a sandy soil in low area on the left.
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SLOPE ANALYSIS The slope of the area is in the range of 0-7 percent and the flat area is 20 percent of total site area.The crest of landformis 20 metre higher than of the low land.
MASTERPLAN 0 10
12
50
100
200 m
supakorn praditlertsakul THESIS 2013 DETAIL DESIGN
Landscape design concept is straightforward grid to represent the research and easy to use. And use of the grid to connect the rest of the project.And In special event the area can be a seminars space and celebration.The area was designed to sunk from around space and the water fall between stage and activity area.
Main research center
Hydrogen storage research center
The design concepts of architecture to convey the building to see the light hydrogen. The walkway connects the building to research together to privacy in the workplace.
Hydrogen biomass research center
Drop off
Welcome area
Recreation area
Green roof and vertical garden allows water run off from the building before to the drainage system
Hydrogen strorage research center
Underground hydrogen storage
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top main plaza in cluster of reserch center above recreation area and working space left agriculture field and biomass research
The first entrance from the main road to inside the research area.Be connected to the building principal. Which supports administrators, guests and media before going into the center of the project. It links to the walkway to the building to other researchers. Or pass into the main plaza. Reception area from the parking area by cover way open view to the building principal, the sculpture, which is the hallmark of this area. It is designed to slope down to the river for a recreationor a waiting area.And there are stairs and ramps for up to the skywalk. 32
Socializing between people in the organization is an important chapter in the research to be effective. It has an area of ​​work and outdoormeeting space, including an exchange of knowledge. The area is designed for working alone or in groups, it is located in the middle of the center for ease of access.The area is designed to be water and converted to agriculture with a view to enhance the feeling of relaxation and natural. This area has a coffee shop and snack service on the ground floor of Building Research storing hydrogen.
supakorn praditlertsakul THESIS 2013 DETAIL DESIGN
REREATION & OUTDOOR WORKING Landscape area is designed to look like a resting area and a place to think of new ideas , which are related to the research engine technology and security systems used in cars. It is designed to be fluid landfrom to be distracted by the bottom edge .Virtual museums, a navigation system in a car engine or older to be inspired to create something new. WATER FEATURE & DRAINAGE SYSTEM The area under the curve landfrom the water came to interpolate between areas within this area together. The tree can be grown success fully in water. The water is the water from the area above the curve presents total flow into the central canal of the other area. Drainage
Hydrogen fuelcell research building
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Vehicle repair & storage
Automotive testing station on the outside to improve or modify the technology in the car including in the case. Emergency such as an accident or damage during testing. It is also an area of ​​design and technology information exchange between engineers and designers.
Parking for engineer and service
Ground floor area of the building, open the view to connect to the area converted to agriculture experiment field.
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supakorn praditlertsakul THESIS 2013 DETAIL DESIGN
restaurant Waiting & Experience are
Learning center loop from parking
Infomation center
visitor hydrogen testdrive Hydrogen forest Learning center & exhibition Hydrogen forest area has been designed using a balloon shade trees interspersed with lines of light, form and layout of the forms of the molecule as well as roof algae, which the pathway is a loop. In the test car, a distance of 420 m.
Learning center Algae pond
Pond for algae grow
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LEARNING CENTER The learning center is designed to understand the content and knowledge surrounds .Through the recognition of practice which is designed to absorb and Learning Center is located at t he main entrance of the project. From the parking lot into the building through the information center to open view to building a learning center and exhibition hall for the knowledge infrastructure of hydrogen. And after heThese forests are the technology of hydrogen production and storage of hydrogen from a balloon to experience new forms landscapes . Guests can soak up the hydrogen technology. Then be viewed skyline views from the balloon through the stations before the hydrogen vehicle testing station.To learn to drive and replenishing power station . Before going into the restaurant. Where one can enter the area via car research projects.The Roof before entering the building to learn the concepts in the algae on top to power the automobile test station is a five mosaic which comes from molecules of green algae. Green alage molecule
Polygon overhead plane
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supakorn praditlertsakul THESIS 2013
Floating building Concept design was risen from the nature of the hydrogen attribute. That is Lightnest element in the world but a lot of power. Both the keyword can interpret and recognize to the contrast which results to the design in sequence of space and lines and pattern planning design. Design concepts have led to the character of the hydrogen element to enhance the brand image of the Project .Which is used to prioritize access to the area. The criteria are designed to save energy and self-reliance energy in research center. And do not affect the environment, especially the water run off after site development.
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Contour grading
2014 pluem vichit
Page 40-50
2014 PLUEM VICHIT
PATTAYA BOUTIQUE HOTEL KHAO PHRA TAMNAK CHONBURI
supakorn praditlertsakul PLUEM VICHIT 2014 DETAIL DESIGN
The outstanding of the location is not the beach, however, it is the height that you can get from being on the cliff. The elevated plane give you a panorama view and atmosphere of the wide blue sea. Moreover, the beach is easy to reach too. From the area analysis, I present the idea of blending the comtemporary design on the basic of the main concept “Imply� which mean the telling of the Romance of peacefulness which you could feel from the surrounding of nature ,full of species of vegetation, creating beauty and calm.
The location is located on the cliff, on the east next to the sea. In the project is consisted of 6 buildings, one and two-storey which have a interesting form and identity, which should be conserved as much as possible. The landscape is full of big trees around the location, moreover, the conservation of the environment have been promoted so that the nature have been fully maintained, merging with layout of the building that were not too crowded make the area become very suitable for relaxation.In the perspective of design, the old building have an extraordinary aesthetic of comtemporary design.
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Lobby
seaside
infinity pool night mini bar fitness
facilities
main circulation
enclose space natural mood encourage destination user friendly material
The rest of day and night. Close to the sea multipurpose area
pool
parking
Lobby and main entrance use the concept design to make a pavillion base on original building and also making more functional.
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supakorn praditlertsakul PLUEM VICHIT 2014 MASTERPLAN
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1. lobby 2. parking 3. service 4. H4 villa 5. H3 villa 6. H2 villa 7. T house 8. H1 villa 9. swiming pool 10. fitness 11. restaurant 12. cliff view
The master plan is based on simplicity, giving peace and calm which have the main circulation into the resident area, seperated from the path to the center area. Considering the privacy of the residence, the path to the swimming pool was designed by a modern design to create a astonishing impression among the nature. Planting concept mostly based on the old tree on the site, which have a little modification to widen the perspective of the residents. The cliff area design focused on functional usage for different activities.
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supakorn praditlertsakul PLUEM VICHIT 2014 DETAIL DESIGN
banyan tree 3 meter minimum
angle steel witenamel spray paint
50 x 100 x 5 mm steel frame with enamel spray paint
transparent carved tile
LED lighting removable pvc grating with black river gravel on top aggregate marble rende finishing reinforce concrete structure
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sunset
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The pathway to the swimming pool area was designed by the “imply� concept, expressing the romance of the imagination world. It was meant to have a straight line to the seaview on the east side. The sunset will be blended with the tree line on the side to give a natural feeling, added with a transparent roofing tiles to create more dimension.
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supakorn praditlertsakul PLUEM VICHIT 2014 DETAIL DESIGN
1 4
2 3
section A
A
1. 2. 3. 4.
aggregate marble rende finishing reinforce concrete structure 1 x 2 inch square tubular steel 25 x 100 mm. natural wood finish , 5 mm. open gap
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supakorn praditlertsakul PLUEM VICHIT 2014
top circulation in accomodation area top-right lobby reception right recreation area
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2010-2013 sketch book
Page 52-58
2010 - 2013 SKETCH BOOK
ARCHITECTURE / AUTODESIGN
supakorn praditlertsakul SKETCH BOOK
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“DRAWING
A CAR�
The 2 pictures above is my automobile design from my predicting which the result is similar to the actual design in many years afterward, which I am very proud of. Another picture is a copy to practice using the marker pen for my first time.
My hobby of automobile sketching is one of my favorite thing to do since I was young. I started sketching the car since I can remember. At first, I draw by copying from the real picture, but since I started studying Architecture, I realize that the practice I got from studying enlarged my capability of automobile sketching too. I started to included the lighting, the color, and the proportion into my sketch, and start to design my own automobile, and to have fun with predicting the new design of the forecoming cars. In my opinion, designing landscape Architecture and automobile must be learnt from the specialist to become the best, however, both design came be merged together and will support each other finally.
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supakorn praditlertsakul SKETCH BOOK
LAYOUT RENDERING The Layout Rendering Presentation is very popular during the house designing study due to Mr. Nithi Sathapitanonda, the National Artist, which impressed his architecture students including myself. So I give it a try for my house project, . The house is not very large.A surface that can put a variety of writing styles. the result is satisfying, but due to the amount of time usage, I prefer to use this method as my hobby to studying.
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supakorn praditlertsakul
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SKETCH BOOK supakorn praditlertsakul
left the rapidly perspective drawing is too crude for presentation in residential project
PERSPECTIVE DRAWING Free hand drawing is one of my favorite method for doing perspective since the result will show details and simplicity which can display the drawing clearly, whether it is an architecture or a landscape design. However, it consumes a lot of energy compare to digital presentation, and I do not very agree using it in a large scale project. For instance, using free hand drawing in landscape perspective will not show enough details of the different species of vegetation which need a different kind of sketching to thoroughly understand.
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THANK YOU supakorn praditlertsakul me.bnkk@gmail.com