Maldives in Thailand
Manmade Safe Places
Maldives Gallery
by AI+ Trinity Software (IT)
Management Team-En
Exsecutive Team
High Committee of The MIT Project
1) Mr.Vicharn Vatanacheranon
Chief Executive Officer of Construction (CEOC)
1.) As the executives of Vicharn Group have more than 48 years of experience and expertise in geology, both in matters of rocks, soil, sand, surface water, underground water, together with having a relationship. with a famous tunnel construction company in Thailand
also were members of the working group and Inspector for for the past 48 years
1.1 Italian-Thai Company Development Company Limited and
1.2 The Royal Irrigation Department and
1.3 Electricity Generating Authority (EGAT)
1.4 also a representative of the Electricity Generating Authority of Thailand in meetings or discussions. with foreign earthquake prevention experts, many of whom EGAT has hired experts to protect all dams of EGAT , therefore makes everyone aware of guidelines for prevention by correct construction according to the principles of experts.
And also know the location of the Earth's fault lines in Thailand that are at risk of earthquakes in the coming days.
1.5 and currently operating in the sand and soil pond business in Bang Ban District, Ayutthaya,
1.6 Including the construction of buildings in the project that will be safe or attenuated from earthquake problems. On the next day as well
Vicharn Group therefore have the confidence to build a Private Island in On land adjacent to sea water or fresh water Located outside the Maldives in Thailand Project, if there is demand in Laos, Singapore, Malaysia.
2) Mr. Kiat Eungratanakorn
Executive Chairman, Marketing Department (CEOM) and owner of Andaman Resort Satun project.
1.) Educational and Training History
1. Suan Sunandha Teachers' College/Bansomdejchaopraya Teachers' College
2. Srinakharinwirot University Prasarnmit
3. Bodhistra University
4. Chandrakasem Rajabhat University/10
5. Faculty of Political Science, Ramkhamhaeng University
6. Secondary Education, Satunwittayalai School
7. National Defense College
8. Special Superintendent Course, promoted to Colonel
2.) Work Experience
1. Public Relations Executive Director, Thailand Bowling Association, 2025
2. Director of the Provincial Electricity Authority School
3. Director of the Provincial Electricity Authority Central Division
4. Vice President of BODHISASTRA UNIVERSITY
5. Special Lecturer, Ladkrabang Technology College (4 years)
6. Executive Committee Member, Metropolitan Waterworks Authority (4 years)
7. Senate Committee on Natural Resources and Environment (2 years)
8. Advisor to the CEO of Carrier Logistics (4 years)
9. Member of the Korat Diving Club
10. Member of the Cycling for Health Club
3.) Mr. Dulyawat Phuttakaya
Chief Executive Officer (CEO) of Maldives in Thailand (MIT) , Vicharn Group (VG) & The SUN Academy (TSA)
Experience and Expertise of Mr. Dulyawat Phuttakaya:
1. Metropolitan Bank
2. Provincial Electricity Authority
3. Clubhouse Manager, Sydney Golf Club, Australia
4. Chrysler Thailand Co., Ltd.
5. Special lecturer in a University
6. Director, The SUN Academy (TSA)
7. Developer of Trinity Software (Tri-Lak Software)
8. Expert in planning, management, administration, and control using systems and IT
9. Expert in digital presentation in multiple languages and website development
.
Flow Chart showing proposals to 1. major investors, 2. minor investors, and 3. Vicharn Group (VG)'s work in hiring M I T project management from major investors and displayed on Facebook : https://www.facebook.com/aphicha.phuttakaya/posts/pfbid0UF1KaP5tAGpn4vi3T7KAKuqzyRJ496qkgEftc6gPF9TGdhJY6pLCNF11UcMuU99el
Major Investor
The definition of Major Investor in the business model known as " the Blue Heaven Model " of MIT
The definition of Major Investor in the business model known as the Blue Heaven Model of the Maldives in Thailand (MIT) project involves large-scale investment in creating a paradise on an artificial island 10 meters high with crystal-clear, flood-free water.
In this case, the major investor is a single individual, a group of individuals, or a reputable Thai or foreign company with a proven track record of ethical and transparent business operations, and who is interested in the MIT transaction.
The Blue Heaven Model will present 63 real estate investment businesses related to water to smaller investors or interested parties.
1. Purchasing land as compiled by Vicharn Group (VG) and... As per the proposed land sale, the following projects are being considered:
1.1 Purchase individual plots of land, some or all of the 11 plots, or purchase the 3 million rai of land consigned by VG for sale across 47 provinces, without intending to develop an MIT project.
1.2 Purchase some or all of the 11 plots of land and wish for VG to develop an MIT project on each plot for approximately 5 years.
1.3 Invest in acquiring the operating license for an MIT project and operating it independently, with VG acting as a project consultant.
1.4 Own land and wish for VG to construct artificial islands for them.
1.5 Purchase a franchise in the MIT project, with VG acting as a consultant.
1.6 Owners of large amounts of land who are unsure of investment options, finding that holding onto it only results in taxes, or that leasing it for agriculture is insufficient.
1. If the landowner wishes to develop a portion of their inner land into a potentially viable MIT project, which would bring prosperity and increase the value of the outer land plots.
2. Land exceeding 2,000 rai. Or 790.51 Acres
3. The major investor under this point will provide the investment funds. Throughout the time VG acts as the project management contractor:
2. By hiring VG or assigning VG to manage the project, VG will design, control, construct, and manage the central operations, and implement points 3-6 below. For transparency in the work, there will be a system for collecting and recording data on the planned and actual operations, and a warning system for relevant agencies. VG will be required to carry out the following: 1. Construction; 2. Production, to temporarily produce organic agricultural products on vacant land that has not yet been used for the artificial island, utilizing the land effectively and not allowing vacant land to become overgrown with weeds; 3. Central services. All of this can be summarized in reports to be submitted to the investor daily, monthly, and annually, and for verification by representatives of the major investor using Trinity Software, or the Tri-Laksana program, which is adapted from the management system of the Jeep Cherokee service and sales center from America, of Chrysler Thailand Co., Ltd., which has a system to prevent modification and unauthorized alteration of figures or data.
3. The first core business is investment in the design and construction of an artificial island 10 meters high, and the extraction of mud and sand from the land plot where the project is being constructed. To create artificial island land allocations on the mainland, with sizes of 30, 50, 100, and 500 rai or 11.86 Acres , 19.76 Acres , 39.53 Acres , 197.63 Acres , respectively
the construction time is estimated at approximately 365, 605, 1,175, and 5,720 million baht, or 11,624,191.50 USD 19,267,495.50 USD 37,420,342.50 USD and 182,165,412.00 USD respectively (฿1 THB = 0.03185 USD) (data from AI, subject to change). Construction time estimates are 2.7 years, 3.3 years, 4.3 years, and 7.6 years, respectively (data from AI, subject to change), to provide permanent flood protection, along with public rainwater ponds and white sandy beaches.
4. The second main business is the design and construction of: 1.) single-family homes and 2.) townhouses on hills within artificial islands.
If, on a 30 rai or 11.86 Acres artificial island, tiered houses are built on a 15-meter high hill in a circular shape with 3 layers arranged in a pyramid shape, with a base diameter of 150 meters, the area would be approximately 22 rai. or 8.69 Acres The surface area of each layer would decrease according to the slope of the hill. Generally, the surface area might be approximately 1.5 to 2 times the area of the base. Depending on the slope:
4.1.) 135 single-family homes on 100 square wah or 400 square meters plots can be built. Reducing the common area (roads, gardens, swimming pool): this may result in approximately 110–120 homes [estimated from actual usable area]. Note that this is an AI calculation, and the figures may change during actual construction and depending on the slope of the hill.
4.2.) Approximately 800 to 900, 580 to 650, and 430 to 480 townhouses with usable area of 50, 75, or 100 square meters can be built, respectively.
This includes pedestrian walkways and access for electric bicycles or electric golf carts in front of the houses, with sufficient common areas.
5. Sources of Income
5.1 Main income from core businesses 1-2: 1.) Creating artificial island development and 2.) Building single-family homes and townhouses on hills. It is not necessary to invest in the 63 businesses at all. Sales of the developed islands. The selling price can be set at 5 million baht per rai, and significant profits can be generated from the sale of 2-story detached houses, each 100 square wah (approximately 400 sq.m.), and 2-story townhouses with usable space of 50, 75, or 100 square meters per room. As shown in the example document, the profit margin may exceed 100%, significantly higher than the typical 20-25% profit margin seen in housing developments.
5.2 Secondary Income
1. Providing design and construction services to small-scale investors in water-related businesses. There are 63 businesses that small-scale investors are interested in investing in on the allocated artificial islands, such as underwater acrylic glass shelters and 3-star underwater hotels.
2. Leasing of water or land areas, such as floating hotels, restaurants, houses, and offices; leasing entire artificial islands to foreigners or Thais; leasing 11 types of water sports equipment; and floating solar farms.
3. Receiving fees from permits for activities or transactions, such as tolls, rental income from sales areas, and income from organic farming on the land before the artificial island construction, etc.
5.3 Invest like other minor investors in the 63 water-related businesses proposed by TSA, such as investing in a luxury hotel on their own private artificial island. For this artificial island, the major investor does not need to provide common areas or utilities, as VG already provides these on the outer perimeter of the island.
6. Invest in the 63 water-related businesses, some of which the major investor intends to operate independently. This allows them to become minor investors in these areas, enabling them to continue operating small businesses even after the allocation of the artificial island ends within 5 years. The major investor will continue to receive rental income from the remaining water areas or land that remains their ownership indefinitely.
7. Construct public utilities such as a 100 to 140 meter high fountain, roads, drainage systems, garbage collection, security, and common services. 7. Construct a Japanese-style water filtration plant (on a land area of 2,000 rai or more). 8. Build an intelligent control room (SCPR) as a center for defense against air and underwater drone attacks (on a land area of 5,000 rai or more). The SCPR center may be opened for small investors to operate businesses, with VG responsible for this.
8. Provide central services in accordance with land allocation laws.
9. The project duration is approximately 5 years, after which the common assets will be transferred to the juristic person once the artificial island land allocation project is fully sold.
The MIT project invites Minor investors or Retail Investors to invest in purchasing land plots within the project, which are artificial islands 5-10 meters high to provide permanent flood protection. Small investors interested in 63 water-related businesses (https://aphichaphuttakaya.wixsite.com/2496/maldives-a1-a7) will purchase the artificial island land. Then: 1.) Small investors may construct their own businesses on the purchased artificial island land according to the plans provided by Vicharn Group (VG). Small investors should pay royalties to VG.
2.) Small investors may entrust the construction to MIT management. In this part (points 1-2), the main investor does not need to invest entirely. The investment could be limited to constructing artificial islands and providing infrastructure as stipulated by land allocation laws, or
3.) The major investor might be interested in investing in some of the 63 water-related real estate businesses, entrusting Vicharn Group (VG) with the construction of those specific businesses. Alternatively, if the major investor wishes to build independently according to the plans provided by Vicharn Group (VG), they should pay royalties belonging to VG.อ
Advisor in Engineering
MR. SUWIT WISEDSUMMAPAN นายสุวิทย์ วิเศษสัมมาพันธ์
: MANAGING DIRECTOR of ENSYSTEM CO.,LTD
27/3 PRACHARACH 1 ROAD SOI Arthon Upphathum
BANGSUE BANGKOK 10800 THAILAND โทร.02 9125934 TEL. 02 9125934 FAX 27/3 ถ. ประชำรำษฎร์สำย 1 ซอยอำทรอุปถมัภ์ บำงซื่อ กรุงเทพฯ 10800 (662) 9125935 แฟกซ์ (662) 9125935
EDUCATION
1974 : Bachelor degree, Civil Engineering , Chulalongkorn University 1977
: Certificate in design of reinforced concrete works and water and sewage works, United Kingdom
1978 : Diploma in Sanitary Engineering ( Delft, the Netherlands)
Professional Member Ship
: Member of Thai Professional Engineering
: Member of Thai Environmental Engineering
EXPERIENCE TYPE OF WORK
Design of engineering work for civil engineering work, plumbing engineering work and fire fighting system , water and waste water treatment work, drainage system for the following
1.) Year 1980 – 1989
1: Prompong condominium ( 28 storeys), Sukhumvit, Bangkok
2: Surivongse building ( 28 storeys), Surivongse, Bangkok
3: Patong plaza condotel ( 18 storeys), Patong, Phuket
4: Pama habour view condotel ( 23 storeys), Sriracha, Cholburi
5: Saladaeng apartment( 18 storeys), Silom, Bangkok
6: virasaksri office ( 8 storeys), Silom, Bangkok
7: Jomthien arcade condotel ( 12 storeys), Jomthien , Cholburi
8 : Jaral condominium ( 19 storeys), Sukhumvit, Bangkok
9: Seaside condominium ( 18 storeys), Chaum, Prachuabkirika
10: National Housing Bank ( branch), Chiengmai
11: Thai insurance (branch), Petchaburi
12: Jomthien plaza condominium ( 30 storeys), Pataya ,Cholburi
13: Thippaya insurance( branch), Petchaburi
14 : Thai insurance head office ( 6 storeys), Dindaeng, Cholburi
15: SCB training centre ( 3 storeys), Bangsaree, Cholburi
16: Wang Daek ( 8 storeys), Vibhawadee road, Bangkok
17: white house ( 22 storeys), Silom, Bangkok
18: lumpini house ( 10 storeys), Silom, Bangkok
19: Indhara condominium (8 storeys), Pratunam, Bangkok
20: Chareonpol condominium (8 storeys), Pratunamwon, Bangkok
21: Carpet Internation head office ( 6 storeys), Phetburi road,Bangkok
2.) Year 1990 -2007
22 : Time Regency complex 4 tower of 47 storeys. and 37 storeys building
23: Tung Mahamek housing complex ( 6 storeys building – 20 unit)
24: Rimon land condominium 30 storeys
25: Amarin city plaza ramindra road Bangkok
26: Indramara apartment storeys
27: Srinakorn land condominium 30 storeys Bangkok
28: Condominium( 45 storeys), Ratchada, Bangkok
29: Air Port Authority head office
30: Ware house factory, Nondhaburi
31: Boaploi gems head office, Kanchanaburi
32: Fisheriries canery factory, Trang
33: Cambodia floating hotel 4 storeys , Phnom Phen
34: The emerald hotel ( 30 storeys), Ratchada, Bangkok
35: Samsaen ville condominium 6 storeys , Bangkok
36: PayaThai tower ( 55 storeys), PayaThai, Bangkok
37: Paknam tower ( 30 storeys), Paknam, Samutprkarn
38: Hua Hin condominium ( 18 storeys), Hua Hin, Prachuabkirkan
39: Pruksa condominium ( 12 storeys), Pakkred, Nondhaburi
40: Rani mansion ( 9 storeys), Soi nana, Bangkok
41: Ban Kam yard fah, Chiengmai
42: Boa Win condominium, Cholburi
43: Bangkok printing office ( 22 storeys), Bangkok
44: Khun Preecha’s flat ( 10 storeys), Rachada, Bangkok
45: TinTin restaurant( 8 storeys building), Bangkok
46: Tawanron condominium ( 32 storeys), Pataya ,Cholburi
47: Lanna condominium ( 15 storeys), Chiengmai
Advisor for SCPR Room
Commander Ton, Lt. Col. (Special) Burin Sirisakorn, Chairman of the Advisory Board of The SUN Academy, with the SCPR room of the MIT project.
On February 22, 2025, as the CEO of Vicharn Group (VG), I would like to invite Commander Ton No. (Special) Burin Sirisakorn,
Advisor to The SUN Academy (TSA), who was previously the Deputy Director of Information, Department of Communication and Technology, Royal Thai Navy.
He is currently the Director of the Logistics Division, Department of Naval Education.
To honor him, I would like to invite him to
1.) Be the Chairman of the Communication Advisory Board of the M I T Project to co-design the SCPR room with the CEO. Initially, there will be 3 locations at the project in Bang Khun Thian, Bueng Boraphet, and Lam Tatong. Immediately after Vicharn Group has signed as the contractor for the M I T project, he will be the executive and the head of the SCPR room center when all systems have been inspected. The SCPR room will be a partial model of the Royal Thai Navy's air and underwater security control and control room.
2.) Invite him to be the advisory team to inspect the construction submitted by the contractor. In the CEO representative section, along with the chairman of the engineering advisory board,
3.) Both are the selectors and inspectors of the quality of insurance companies for insurance of buildings on land, on islands and underwater buildings because they have been trained in building insurance.
Therefore, residents will be safe on land, in the air and underwater. VG believes that the SCPR room will meet the needs of important people, millionaires and celebrities from Thailand and abroad who want peace on a private island, 7 to 10 meters high and have an underwater accommodation. If it goes deeper than 10 meters, it will immediately become an underwater glass room sheltering from air warfare. It will have a higher level of safety than the standard. More than any other project in Thailand, it is possible.
In addition, all text has been proposed and has been approved by the principal.
ขอเสนอ Flow Chart ธุรกรรมของ Vicharn Group (VG) ที่มีต่อ 1 ผู้ลงทุนใหญ่ 2 ผู้ลงทุนย่อย และ3งานของ VG ในการรับจ้างบริหารโครงการ M I Tจากผู้ลงทุนใหญ่ ซึ่งชื่อโครงการ M I T เป็นชื่อใช้เรียกในเบื้องต้น อาจมีการเปลี่ยนชื่อตามความเหมาะสม ประกาศใช้ Flow Chart ณ วันที่ 24 กุมภาพันธ์ 2568
ข้อ 1 ธุรกรรมทั่วไปของ VG 1.รับฝากขายที่ดินแปลงใหญ่ 3 ล้านไร่ ใน 47 จังหวัด โดย
1.ใช้ AI ออกแบบเบื้องต้น รวม 61 ธุรกิจที่เกี่ยวกับน้ำ บนเกาะส่วนตัว บนแผ่นดิน สูง 7 ถึง 10 เมตร น้ำไม่ท่วม ทั้งสามารถสร้างสิ่งปลูกสร้างใต้น้ำ ลึกลงไปถึง 20 เมตร รอบเกาะดังกล่าวได้ เพื่อให้ผุ้ลงทุนย่อยได้เลือกลงทุน2.ได้นำเสนอโครงการ MIT ใน 7 ภาษา แก่
1.ผู้ลงทุนใหญ่ 2.ผู้ลงทุนย่อย 3.ผู้สนใจ เช่นผู้พัฒนาอสังหาริมทรัพย์ ผู้ต้องการสร้างที่พักอาศัย ที่ทำธุรกิจที่มีศักยภาพ เพื่อเก็งกำไร ให้เช่า ขายต่อ และ ประธานสหกรณ์เป็นต้น
4.ทำการประชาสัมพันธ์ตามสื่อดิจิตอลที่ได้ดำเนินการไปแล้วตามข้อ 2
5.ประกาศขายโครงการ MIT ทั้งโครงการแก่ผุ้ลงทุนใหญ่ ตามความก้าวหน้าในระดับ 10 %ของการที่ VG ได้ดำเนินการ โครงการ MIT ใน 18 เดือนที่ผ่านมาจาก 8 โครงการย่อย คือ M1 ถึง M7 และ MS และมีเกาะตัวอย่างที่ M3 บางบาล 6.เชิญชวนคนไทยในต่างแดน เพื่อ 1.VG ชักชวนคนไทยมาลงทุน 2.คนไทยเป็นผู้แนะนำ ผู้ลงทุน
2. การประชาสัมพันธ์ ที่ผ่านมา มีการทำคลิปโครงการ M I Tในภาษาไทย 111 คลิป ภาษาอังกฤษ 78 คลิป เพลง 22 เพลง Website 5 Web และ Website 7 ภาษา
3.งานพิเศษทั่วไปให้คำปรึกษาและออกแบบ 1.ทำเกาะเทียม บนแผ่นดิน 2.ทำห้องกระจกอะคริลิคหลบภัยใต้น้ำ สิ่งปลูกสร้างใต้น้ำ 3.การป้องกันน้ำท่วม น้ำแล้ง
ข้อ 2. ผู้ลงทุนย่อย มี 3 แบบ 1.ซื้อที่ดินบนเกาะส่วนตัว หรือ เกาะเทียม บนแผ่นดินอย่างเดียว 2.ซื้อที่ดินเป็นเกาะที่ VG สร้างและลงทุนในโครงการ MIT 2.1.มอบหมาย VG ร่วมออกแบยและคุมก่อสร้าง2. 2.ผู้พักอาศัยยินดีปฏิบัติตามกฏ และ ร่วมมือรักษาสิ่งแวดล้อม
2.3.ทำประกันภัยสิ่งปลูกสร้าง และเกาะ 3 หรือ.ซื้อที่ดินที่เป็นเกาะและปลูกสร้างเอง
อนึ่ง การก่อสร้างสิ่งปลูกสร้างใต้น้ำได้นั้น ต้องทำขณะ VGสร้างเกาะเสร็จก่อนทำที่จะที่กั้นดินคอนกรีตและปล่อยน้ำรอบล้อมเท่านั้น ซึ่งผู้ลงทุนต้องตระหนักถึงเรื่องนี้
ข้อ 3 ผู้ลงทุนใหญ่ที่สนใจ และสนับสนุน 1.สนับสนุนและกลายเป็นเจ้าของโครงการ 2.โครงการ Maldives in Thailand MIT จึงถือเป็นการเปิดโครงการอย่างสมบูรณ์ เข้าสู่ความสำเร็จของM I T ที่ 11% โดยมีข้อแนะนำแก่ผู้ลงทุนใหญ่ ดังนี้
2. 1มอบหมาย VG เป็นผู้รับจ้างบริหารโครงการ ประมาณ 5 ปี 2. 2.ตั้งผู้ประสานการทำงานโครงการร่วมกับ VG 2.3 ตั้งผู้ตรวจสอบบัญชีและการเงิน โครงการจากเอกสาร และรายงานจากโปรแกรมคอมพิวเตอร์ที่ควบคุม 2.4 สั่งจ่ายเงินตามใบขออนุมัติจ่ายเงินที่ออกโดย CEO 2.5.เข้ามาเป็นผู้ลงทุนย่อยหากสนใจในโครงการย่อยใด ๆ 2.6 ตามกฎหมายการจัดสรรที่ดิน ผู้จัดสรรที่ดิน ต้องส่งมอบการบริการส่วนกลางให้นิติบุคคลเมื่อขายโครงการเสร็จ
เพิ่มเติมตามข้อ 4 เรื่อง ผู้ลงทุนใหญ่มอบหมาย VG เป็นผู้รับจ้างบริหารโครงการ MIT
ข้อ 4.1 VG 1 ออกแบบและควบคุมการก่อสร้าง โดย 1.ตามความเห็นของคณะที่ปรึกษา 2.คัดเลือกบริษัทด้านวิศวกรรมและ สถาปัตย์ 3.คัดเลือกบริษัทผู้รับเหมา เพื่อก่อสร้าง สิ่งก่อสร้าง ที่การผ่านพิจารณาของคณะที่ปรึกษา เมื่อส่งงานเสร็จ ให้จัดทำคลิป 3 D ส่งด้วย 4.คัดเลือกบริษัทที่ปรึกษา4.1 เพื่อตรวจสอบการก่อสร้าง ตรวจสอบคุณภาพน้ำ ในบ่อสาธารณะ ในบ่อบำบัดน้ำเสีย 4.2 เพื่อตรวจสอบ คุณภาพน้ำพุร้อน เมื่อทำการ QC แล้วให้ส่งรายงานพร้อมคลิป 5.คัดเลือกบริษัทประกันภัยสิ่งปลูกสร้าง/เกาะเทียม สิ่งปลูกสร้างใต้น้ำ
ข้อ 2 VG 2 จัดการที่ดินที่ฝากมาขาย 1. 1.สำรวจรางวัดที่ดินทำแผนผังโครงการ 2.ทำประชาพิจารณ์ 3.เริ่มจ่ายเงินมัดจำที่ดิน 4.ยื่นเรื่องจัดสรรที่ดิน 5.ทำรายงานศึกษาป้องกันสิ่งแวดล้อม(EIA) ปีละ 2ครั้ง 6.ออกแบบเกาะ/สาธารณูปโภค /สิ่งปลูกสร้างบนเกาะ และใต้น้ำ 7.ใช้ IT ติดตามการดำเนินการ จากข้อ 1-6
8.ทำแปลงเกษตรกรรมโดยจะคัดเลือกเกษตรกรรอบโครงการมาหุ้นส่วนทำการเกษตร ในที่ดินที่ยังไม่ได้ขาย โครงการมีระยะเวลาประมาณ 5 ปี ในโครงการดวงใจราษฏร์ ปราชญ์แห่งน้ำ โดย โครงการ M7 บึงบอระเพ็ดจะมีการสร้างพระอนุสาวรีย์เสด็จพ่อ ร.9 ปราชญ์แห่งน้ำ ที่สูงที่สุดในประเทศ และจะมีการสร้างน้ำพุร้อน เช่นเดียวกับน้ำพุที่เมืองเจนีวา สวิสเซอร์แลนด์ โดยจะมีชื่อเรียกว่า น้ำพุร้อนนี้ว่า MIT The Gift of Earth (MGE) ที่พุ่งขึ้นสูงกว่า 150 เมตร ที่อาจสูงที่สุดในโลก
ข้อย่อย 6.เกาะ/สาธารณูปโภค /สิ่งปลูกสร้างบนเกาะ และใต้น้ำแบ่งเป็นโซน ๆ
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เขียนแบบสร้างแบบจำลอง 3D โดยทีมสถาปัตย์ หลังจากนั้น 1 ตรวจสอบทางด้านวิศวกรรม 2 ทำคลิปและภาพ 6.2 จัดทำ Landscape คลิป
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QC น้ำ และสิ่งปลูกสร้างบนเกาะ ใต้น้ำทีละเกาะ 1 QC คุณภาพดินทราย น้ำ 2 QC เกาะ / สิ่งปลูกสร้างใต้น้ำ 3 ตกแต่งLandscape ใต้น้ำ
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QC น้ำ และสิ่งปลูกสร้างบนเกาะ ใต้น้ำทีละเกาะ 1 QC คุณภาพดิน ทราย น้ำ 2 QC เกาะ และ สิ่งปลูกสร้างใต้น้ำ 3 ติดตั้ง Censor CCTV บนบก และใต้น้ำ 4 ตกแต่ง และทำ Landscape ใต้น้ำ
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โดรนบินถ่ายภาพบนน่านฟ้าและใต้น้ำ
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ผู้รับเหมาก่อสร้าง 1 ก่อสร้างเกาะ ถนน ท่อระบายน้ำ และ สะพาน 2 ก่อสร้างสิ่งปลูกสร้างใต้น้ำ 3 ออกแบบบ่อน้ำ และ ขุดเจาะบ่อน้ำพุ 4 ผู้รับเหมาส่งงาน พร้อมคลิป 3D 5 QC โดยบริษัทที่ปรึกษา พร้อมคลิป 6 QC ภายในโดยทีมผู้บริหาร พร้อมคลิป
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VG รายงานความก้าวหน้าเสนอผู้ลงทุนใหญ่
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ทำโรงบำบัดน้ำเสีย โรงย่อยสลายขยะสด
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จัดสร้างสำนักงาน สวน บ่อน้ำสาธารณะ หาดทราย
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สร้างที่กั้นดินคอนกรีตและบริเวณประตูทางเข้าออก
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QC สาธารณูปโภค และ ทดสอบกล้อง CCTV
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จัดและบริหารพื้นที่บนเกาะกลางใหญ่ และสนง.ขาย
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VG รายงานความก้าวหน้าเสนอผู้ลงทุนใหญ่
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VG รายงานความก้าวหน้าแสดงบน Website
ข้อ3 VG3 การดูแลสิ่งแวดล้อม/รักษาความปลอดภัยโดยใช้ITและAIติดตามโดยผ่านพนักงานประจำโครงการผ่าน1ห้องSCPR 2โดรนบินบนน่านฟ้าและใต้น้ำ 3Censorแจ้งการบุกรุกบนบกและใต้น้ำแจ้งปริมาณน้ำและคุณภาพน้ำที่น่าสงสัย 4กล้องCCTVบนบกและใต้น้ำ 5วิทยุสื่อสารโดยห้องSCPRจะมีการQCโดยผู้การต้นและห้องSCPRและโดรนบินสำรวจจะมีใน MIT ที่มีพื้นที่5000ไร่ขึ้นไปเท่านั้น
ข้อ4 VG4 ประสานงานและบริหารโดยVG1.ติดต่อภาครัฐ2.เป็นหุ้นส่วนของโครงการ 3.บริหารงานบริการส่วนกลาง 3ปีแรก 4.ใช้AIและITควบคุมโดยผ่านพนักงานประจำโครงการ เหมือน ข้อ 3 และการใช้ Softwareโดยโปรแกรมไตรลักษณ์
The Smart Control Project Room (SCPR) is being built for the Maldives in Thailand (MIT) project, which covers an area of 5,000 rai or 1,976 acres or more. [https://aphichaphuttakaya.wixsite.com/website/machine-places#1sc]
Reasons for constructing the SCPR:
1. Vicharn Group (VG) believes that the MIT project will attract foreigners, prominent figures, or Thai businesspeople who desire independence and privacy, and who wish to reside long-term on a private artificial island 7 to 10 meters high, ensuring it will not be permanently flooded.
2. Furthermore, current drone technology is developing rapidly and offers numerous benefits. At the same time, it poses dangers to:
2.1 Privacy: Drones may be equipped with cameras to secretly take pictures, or cause paparazzi problems—clips that have plagued the privacy of Europeans for over 15 years to the present. This also includes drones used for eavesdropping or recording audio.
2.2 Drones have the potential to be equipped with explosives to create threatening noises or to cause harm or damage property.
2.3 Drones have the potential to be equipped with cameras, guns, or laser sights to cause harm or damage property.
3. For:
3.1 A balanced coexistence between people, animals, plants, water, and air in the environment, with water and people at the center.
3.2 Management and services would be less confusing if a management system, such as Trinity Software, assisted in planning.
3.3 Under the diversity of residents from different ethnicities and cultures (Multi-Culture), they could live together independently and privately, without isolation, maintaining their unique ethnic identities.
Advisor for
Planning and management for land allocation, landscaping and construction
Dr.Punkorn (Pairat) Cheewawutwatanawit An advisor to MIT Project for Planning and management for land allocation, landscaping and construction
Name : Dr.Punkorn (Pairat) Cheewawutwatanawit
Telephone Contact ; 02-939-1771
Hotline Contact ; 081-304-4909, 086-664-3484
Facebook : www.facebook.com/pairat.cheewawut
E-Mail Address : psccmd2@gmail.com หรือ pscons.design@gmail.com
Nationality : Thai
Religion : Buddhism
Languages : English & Thai
Senior Professional Engineer Registered : วุฒิวิศวกรโยธา (ว.ย.)
Experience and expertise:
Construction contracting and design, building and civil engineering inspection, building and civil engineering construction inspection and consulting.
Education :
1982-1986 : Bachelor Degree of Civil Engineering at King Mongkut's University of Technology, Thonburi. (KMUTT)
1987-1989 : Bachelor Degree of Business Administration in Construction Management at Sukhothai Thammathirat University.
1990-1991 : Master Of Science in Computer & Engineering Management at Assumption University. (ABAC)
2002-2003: Master of Science (Real Estate Business), Faculty of Commerce and Accountancy, Thammasat University. (TU)
2004-2007: Bachelor of Laws (LL.B. ), Faculty of Law, Thammasat University. (TU)
2009-2011 : Master of Engineering in Inspection and Engineering Law, Ramkhamhaeng University. (RU)
2013-2019 : Ph.D.Philosophy of Engineering in Inspection and Engineering Law, Ramkhamhaeng University. (RU)
2017-2022 : Ph.D. Philosophy Program in Buddhist Studies (Buddhist Studies) (MCU)
Awards :
-The first prize highest score in Suphanburi province.
-The first prize highest score in U-Thong school, Suphanburi.
Activity :
Elected to be Chief of the Student Council in U-Thong School, Suphanburi province.
Special Qualification :
- Bilingual competence in writing and speaking both English & Thai.
- Can operate micro computer, writing program such as Basic, Fortran and using software package such as Microfeap ,Microsoft Office, Microsoft Project., Microsoft Access, Microsoft Word, Window, Visual Basic Etc.
Experience :
1993-Present : P.S. Construction & Design Co.,Ltd. (Managing Director)
Responsibility : In charge of Managing Director for planning, scheduling, controlling and budgetting Projects. For example in website ; http://www.geocities.com/construction_93
- Asalon Factory.(Furniture & Textiles)
- 2-3 Storeys Houses.
- Office Building
- Bridges.
- Service Station.(PTT. Service Station , Samutsakorn Province)
- Apartments, Etc.
1997-1999 : Construction Co.,Ltd.(Managing Director)
Responsibility : In charge of Managing Director for planning, scheduling, controlling and budgetting in many construction projects, For example ;
- MP. Duangtawan Hotel, Chiengmai Province.
- Gemstone City Hotel, Chiengmai Province..
- Water Supply System, Yala Province.
1990-1992 : Real Estate&Development Co.,Ltd.(Engineering Manager)
Responsibility : In charge of Engineering Manager for planning, scheduling and controlling many contractor for suitable time and quality in Real Estate
Projects as Follows;
- Patcharaville 1 At Bangkhae, Bangkok.
- Patcharaville 2 At Phuttamonthon Sai4, Nakhonpathom Province.
- Patchara Place Condominium At Phasicharoen, Bangkok.
- Riverine Condominium At Piboonsongkram, Nonthaburi Province
1990-1991 : Construction&Design Co.,Ltd. (Engineering Manager)
Responsibility : In charge of Engineering Manager for planning, scheduling and controlling many projects to meet the company objectives.
Example of Projects are as follows :
- Ratanathibeth Projects, Nonthaburi Province.
- Sanambinnam Project
- Bangplee Project, Samutprakarn. Etc.
1987-1990 : Consultant Co.,Ltd.(Engineering Design And Site Supervision For Esso Standard Company,Thailand.)
Responsibility : Supervise the construction of Esso service station in the central area of Thailand for the following projects :
- Yont Samakee1 at Nakhonpathom.
- Pong Paiboon at Rachaburi Province.
- Leab Mae Nam, Bangkok, Ect.
- Yai Karnkar, Kanchanaburi.
- Siriarun, Samutsakorn.
- Ramkhamhaeng, Bangkok.
- Thin Thong, Bangkok.
- Vong Prai, Saraburi
1987 : Construction Co.,Ltd.
Responsibility : Responsible for the relevant civil engineer in building, bridge, dam and road construction.
Example of project : Rajburana project, bangkok.
1986-1987 : Construction&Design Co.,Ltd.
Responsibility : In charge of civil engineer for design and site supervision.
Scope of work : Design of shape and thickness of aluminium section (mullions & transoms), reinforced concrete, steel, structural steel, glass, bracket and construction supervision
For the following projects ;
- Mah-Boonkrong Center, High rise building, Bangkok.(Curtain wall system design for wind load 50-160kg/m^2)
- Giba-Geigy, High rise building, Bangkok.(Two-sided system design for wind load 50-120kg/m^2)
- Thai Airways, High rise building.(Curtain wall system design for wind load 50-160kg/m^2)
- Ect.
Training Programs :
- Road planning program.
- Bridge and structure design program.
- Human relation and public speaking course
- Techniques for managing conflicts and how to close the construction project
Dr.Punkorn (Pairat) Cheewawutwatanawit
Date of Birth:
June 24, 1963
Place of Birth:
Uthong Subdistrict, Uthong District, Suphan Buri Province
Education:
1985 Bachelor of Engineering in Civil Engineering, King Mongkut's University of Technology Thonburi (KMUTT)
1989 Bachelor of Business Administration in Construction Management, Sukhothai Thammathirat Open University (STOU)
1991 Master of Science in Computer and Engineering Management, Assumption University (ABAC)
2003 Master of Science in Real Estate, Faculty of Commerce and Accountancy, Thammasat University (TU)
2007 Bachelor of Laws, Thammasat University (TU)
2011 Master of Engineering in Engineering Auditing and Law
Ramkhamhaeng University (RU)
2019 Doctor of Philosophy (Ph.D.)
Major in Engineering Inspection and Law
Faculty of Engineering, Ramkhamhaeng University (RU)
Work Experience:
1985-1987 Design Engineer (Civil Engineer)
1987-1988 Site Engineer (Civil Engineer)
1988-1991 Supervisor Engineer (Civil Engineer)
1991-1993 Engineering Manager (Construction Management & Development)
1993-Present President/ Managing Director/ Building Inspector & Auditor/ Senior Professional Civil Engineer/ Engineering Designer & Consultant/ Project & Construction Management/ Contractor
Current Position
Chairman of the Board: P.S.CONSTRUCTION&DESIGN CO.,LTD.
Design engineer, consultant, project control and management for large-scale projects nationwide. Construction contractor. Structural design. And is an inspector of all types of buildings and civil engineering works.
Professional Registrations:
-Civil Engineering Professional License (Individual)
Level: Senior Civil Engineer
Registration Number: วย.1454, Council of Engineers
-Civil Engineering Professional License (Legal Entity)
Number: 0402/50, Council of Engineers
-Building Inspector License (Individual and Legal Entity), Department of Public Works and Town Planning
-Lifetime Senator, Engineering Institute of Thailand
-Extraordinary Member, Bar Association of Thailand under Royal Patronage
Academic works:
1. APPLICATION OF RECYCLED STRUCTURAL CONCRETE TO
REPLACE OF COARSE AGGREGATE UNDER THE BUILDING CONTROL LAWS AND CONSTRUCTION STANDARDS
.,International Journal of Engineering and Technical ResearchV8(08).August,2019, DOI:10.17577/IJERTV8IS080036
2. A COMPARISON OF THE COMPRESSIVE STRENGTH OF CONCRETE BETWEEN NATURAL COARSE AGGREGATE AND RECYCLED COURSE AGGREGATE., International Journal of Civil Engineering and Technology (IJCIET) Volume 10, Issue 06, June 2019, pp. 411-417, Article ID: IJCIET_10_06_039
3. Promoting the ethics of engineers according to the Threefold Training,
Buddhist Innovation Review Journal, Vol. 1, No. 2, (January-June 2021) Pages 70-80, https://so05.tcithaijo.org/index.php/JBIR/issue/view/16841
4. A Model for Strengthening the Professional Ethics of Engineers through Buddhist Integration, Mahachulalongkornrajavidyalaya Journal, Year 9, Issue 8, https://so03.tci-thaijo.org/index.php/JMND
Ordination
First ordination: Uthong Subdistrict, Uthong District, Suphan Buri Province, 1984.
Second ordination: Bodh Gaya, India. Monastic name: Kantaveerabodhi.
February 13-22, 2019.
Current Address
Chanthrakasem Subdistrict, Chatuchak District, Bangkok
Contact:
http://www.facebook.com/pairat.cheewawut
Tel. 086-664-3484, 081-304-4909, 02-939-1771
Mail: psccmd2@gmail.com
Website: www.pscons.com
Experience (Some Sample Projects) 1993 - 2019 P.S. Construction and Design Co., Ltd. Positions held: Chairman of the Board / Consultant / Building Designer / Project Manager / Building Inspector Project Name: Consultant for the Construction Project of Nutrition Building 2, Phase 1 Project Location: Wat Phra Dhammakaya, Khlong Luang, Pathum Thani Province Project Details: Extra-large building, 4 stories high, 1 building
Sheet 1 Project Name: Design/Review of Calculations and Structural Components The Sail Condominium Project Location: Pattaya Project Details: A high-rise and large residential building, 1 building.
Page 2 Project Name: Design/Review of Calculations and Structural Components The Regent Hotel and Residence Sukhumvit Project Location: Sukhumvit Project Details: A high-rise and large hotel building, 2 buildings.
Page 3 Project Name: Design/Review of Calculations and Structural Components Sindhorn Midtown Project Location: Pathumwan, Bangkok Project Details: A high-rise and large building, 1 building.
Project Name: Review of Design - Calculations and Structural Components Project Location: Amari Residence Hotel, Soi Sunchai, Bangkok Project Details: Hotel, residential and parking building.
Project Name: Review of Design - Calculations and Structural Components Project Location: Kaeng Khoi Cement Plant, Saraburi
Sheet 4 Project Details: Steel structure with concrete foundation for a material conveyor belt, approximately 250 m long. Project Name: Design/Design Review - Calculation Report and Structural Components Project Location: Asia Industrial Estate, Ban Chang, Rayong Project Details: PTT MCC BIOCHEM CO., LTD / POLYBUTYLENE SUCCINATEANT Plant
Project Name: Inspection, Remediation and Certification of Structural Integrity of a Large Industrial Plant Building After a Severe Explosion and Fire Extensive building damage. Project Location: Rayong. Project Details: BST & BSTE PLANT.
Project Name: Design/Design Review - Calculations and Structural Components. Project Location: Chonburi. Project Details: Kanayama Kasei (Thailand) Factory.
Advisor for
Planning and management for Hydrology
การวางแผนและจัดการเพื่อการจัดการน้ำและการเติมน้ำลงใ ต้ดิน
Mr. Teerasak Tangsuthinon, Geologist and Vice President of the Thai Hydrogeology Association. https://www.hat.or.th/about/board-hat/
He is an advisor to the MIT program in hydrology, and he will be providing consultation on water management and groundwater recharge for the MIT project.
1. Educational Background: 1977 Bachelor of Science (Geology), Chiang Mai University; 2015 Master of Engineering (Civil Engineering), Suranaree University of Technology.
2. Membership: Lifetime Member, Geological Society of Thailand; Lifetime Member, Chiang Mai University Geology Club; Lifetime Member, Hydrological Society of Thailand; Lifetime Member, Thai Hydrogeological Society; Lifetime Member, Council of Professional Scientists and Technologists.
3. Significant Work Experience and Training/Study Trips: 2015 – Present
Consultant Hydrogeologist and Researcher
1) As an advisor to the Thai Hydrogeological Society, participated with the Department of Groundwater Resources, Ministry of Natural Resources and Environment, to monitor operations and exchange knowledge on groundwater recharge in Chai Nat Province (2024).
2) Lecturer in training workshops to transfer knowledge to geologists and engineers on hydrogeology, specifically on the design and construction of groundwater wells. 1) Consulting on the maintenance of water pumps, groundwater wells, and groundwater aquifers, as well as safety during operation, on behalf of the Science and Technology Professional Council of Thailand (2024).
2) Consulting on groundwater for the production of natural mineral water for T.C.K. International Co., Ltd. in the area of Phrom Buri District, Sing Buri Province (2021).
3) Consulting on geological aspects on behalf of Suranaree University of Technology for a research project to solve the problem of soil movement in the western dumping area of the Mae Moh coal mine, Lampang Province, for the Electricity Generating Authority of Thailand (EGAT) (2021-2024).
4) Consulting on groundwater and recharge systems for the shallow groundwater recharge industry project (nationwide) on behalf of the Federation of Thai Industries for the Department of Groundwater Resources, Ministry of Natural Resources and Environment (2021-2022).
5) Consulting on geological aspects on behalf of Suranaree University of Technology for a project to inspect the strength and stability of the double-track railway tunnel structure. (Map Kabao - Chira Junction section), Saraburi Province, for McLARENS (THAILAND) LTD. (2019)
7) Hydrogeological consultant on behalf of Kasetsart University, project to conduct a study to develop a master plan for water resource management in the northeastern river basin group, for the National Water Resources Office, under the Office of the Prime Minister (2022)
8) Hydrogeological consultant on behalf of SNT Consultant Co., Ltd., project to study shallow groundwater recharge in Bang Rakam District, Phitsanulok Province, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment
9) Hydrogeological consultant on behalf of Kasetsart University, project to study the development of groundwater resources to preserve the ecosystem and wildlife in Huai Kha Khaeng Wildlife Sanctuary, Khao Ang Rue Nai Wildlife Sanctuary, Kaeng Krachan National Park, and Kui Buri National Park, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment (2018-2020)
10) Geological consultant on behalf of Suranaree University of Technology 10. Application of a vertical drainage system for mudfill work in the Mae Moh coal mine, Lampang Province, for the Electricity Generating Authority of Thailand (EGAT) (2022)
11. Hydrogeological consultant on behalf of T U C Co., Ltd., for surface geophysical surveys of limestone using Vertical Electric Sounding in the area of Better Pharma and Betagro Land plants, Chong Sarika Subdistrict, Phatthananikhom District, Lopburi Province (2015)
12. Hydrogeological and groundwater development consultant on behalf of Siam Tech Group Co., Ltd., SNT Consultant Co., Ltd., and Asia Lab Co., Ltd., for a project to study and address recurring drought in Khon Kaen, Nakhon Ratchasima, and Maha Sarakham provinces, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
13. Hydrogeological expert on behalf of the Environmental Law Center Foundation - Thailand, for a project to study, improve, and develop the management and conservation of groundwater resources, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment. (Requires verification from the Department)
14) Geological consultant on behalf of Suranaree University of Technology for a research and development project on solving problems and stabilizing slopes for crusher plants in the Mae Moh coal mine, Lampang Province, for the Electricity Generating Authority of Thailand (2021). 15) Research on clogging caused by aquifer recharge due to changes in pH and turbidity of the recharge water, using the transfusion method through saturated sand layers in test tubes of the Bangkok Aquifer. This was a Master's thesis project in Civil Engineering, funded by the Department of Civil Engineering, Suranaree University of Technology (2013-2015).
2004-2015 Hydrogeologist, Consultant and Researcher
16) Hydrogeological consultant on behalf of TUC Co., Ltd. for an exploratory drilling and data processing project. 16) Hydrogeological consultant on behalf of TUC Co., Ltd., for a project studying and processing the potential of natural mineral water resources and development guidelines for Nestle Waters Company at the Alpine factory, Hmawbi Township, Yangon, Myanmar.
17) Hydrogeological consultant on behalf of TUC Co., Ltd., for a project studying and processing the potential of groundwater resources and development guidelines for Nestle Waters Company at the Alpine factory, Hmawbi Township, Yangon, Myanmar.
18) Hydrogeological consultant on behalf of TUC Co., Ltd., for preliminary processing of groundwater potential for Myanmar Brewery Limited at the MBL factory area, Hmawbi Township, Yangon, Myanmar.
19) Hydrogeological and groundwater development consultant on behalf of SNT Consultant Co., Ltd. and Ongsa Consultant Co., Ltd. for the project "Study and Solution of Drought and Flood Mitigation by Replenishing Groundwater in the Upper Chao Phraya Basin (Phase 2)" for the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
20) Hydrogeological and groundwater development consultant on behalf of Interwater Consultant Co., Ltd. for the project "Feasibility Study for Large-Scale Groundwater Development Using Modern Technology" for the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
21) Hydrogeological and drilling consultant on behalf of TUC Co., Ltd. for the project "Drilling and Construction of Mineral Water Production Wells" for Perrier Vittel (Thailand) Co., Ltd.
22) Hydrogeological and mineral water consultant on behalf of TUC Co., Ltd. for the project "Mineral Water Exploration with Economic and Environmental Feasibility Assessment". 22) Hydrogeological and environmental consultant on behalf of TUC Co., Ltd., for a project studying the impact of groundwater contamination in and around the factory area of Phra Nakhon Si Ayutthaya Province, for Perrier Vittel (Thailand) Co., Ltd.
23) Hydrogeological and environmental consultant on behalf of TUC Co., Ltd., for a project studying the impact of groundwater contamination in the factory area and nearby areas of Phra Nakhon Si Ayutthaya Province, for Perrier Vittel (Thailand) Co., Ltd.
24) Hydrogeological and groundwater resource development consultant on behalf of GMT Corporation Co., Ltd., for a project to develop an integrated groundwater and surface water plan nationwide and a pilot project for groundwater and surface water resource management in Area 4, Southern Thailand, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
25) Groundwater resource consultant on behalf of Metrix Associates Co., Ltd., for a project to develop a Geographic Information System for groundwater management in groundwater crisis areas, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment. 26) Hydrogeological consultant on behalf of the Groundwater Research Center, Khon Kaen University, for a project surveying the distribution... and sources of cadmium contamination in the Mae Tao watershed area, Mae Sot District, Tak Province, to the Pollution Control Department, Ministry of Natural Resources and Environment.
27) Hydrogeological consultant on behalf of GMT Corporation Limited, project to survey and study baseline values of heavy metals in groundwater, Rayong groundwater basin and Chonburi groundwater basin, to the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
28) Hydrogeological consultant on behalf of the Groundwater Research Center, Khon Kaen University, project to study and experiment with recharge of groundwater through a pond system in the lower northern watershed area, Phitsanulok, Sukhothai and Phichit Provinces, to the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
29) Hydrogeological consultant on behalf of the Groundwater Research Center, Khon Kaen University, project to prepare an action plan. 30) Hydrogeological consultant on behalf of the Groundwater Research Center, Khon Kaen University, for the project to develop standards and manuals for drilling, exploring, and developing groundwater wells, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
31) Hydrogeological consultant on behalf of Sahapornprom Co., Ltd. for the project to survey the status of groundwater wells, study and determine the network of observation wells, and assess groundwater use for the management of the country's groundwater resources in the central and eastern regions, for the Department of Groundwater Resources, Ministry of Natural Resources and Environment.
32) Survey and study of groundwater potential, drilling, evaluation, development and construction of groundwater production wells, and installation of pumping systems, as well as conducting short course training in geology, hydrogeology, groundwater conditions, saltwater intrusion beneath the aquifer within and around the factory area, appropriate pumping volume in each well, and water delivery systems. and the Groundwater Act, for Cargill Siam Ltd. in Borabue District, Maha Sarakham Province.
33) Drilling of observation wells and monitoring to study manganese contamination in groundwater sources in Bang Nam Priao District, Chachoengsao Province.
34) Drilling of observation wells and monitoring to study lead contamination in groundwater sources in Thong Pha Phum District, Kanchanaburi Province.
35) Survey and study of groundwater potential, drilling, evaluation, development and construction of production wells and installation of water pumps for Sun Valley (Thailand) Ltd. in Chok Chai District, Nakhon Ratchasima Province.
36) Disinfection of groundwater wells, pumping systems and piping systems at the Heineken brewery of Thai Asia Pacific Brewery Co., Ltd., Nonthaburi Province.
37) Drilling and construction of recharge wells, a project to study, design and construct a groundwater recharge system. 37) Groundwater pumping work to study and evaluate the characteristics of groundwater aquifers for a project to remediate and improve oil contamination for Chuchawal-De Weger Int. Ltd. in Chonburi Province.
38) Pumping testing work to evaluate the optimal pumping rate for the Perrier Vittel (Thailand) Ltd. mineral water and drinking water plant in Bang Pahan District, Phra Nakhon Si Ayutthaya Province.
40) Drilling of observation wells and monitoring of caliper logging and bore TV inspection results for a project to study contaminants in groundwater sources in Pak Chong District, Nakhon Ratchasima Province, for the Department of Geological Technology, Khon Kaen University.
42) Approximately 10 groundwater survey and drilling projects for industrial, agricultural, and other purposes for the private sector. 43) Lecturer on the topic of "Double Casing Groundwater Well Drilling and Construction Techniques" in the 13th Groundwater Survey, Development, and Law Training and Seminar for geologists and engineers, Department of Groundwater Resources, Ministry of Natural Resources and Environment.
44) Lecturer on the topic of "Groundwater Resource Management" for the 454624 "Water Resources Planning" course for Master's degree students (academic years 2009 and 2010) in Civil Engineering, School of Engineering, Suranaree University of Technology.
45) Design and construction of MSE walls for Geoform Co., Ltd. for bridge construction projects in Saraburi, Uttaradit, Phrae, and Pattani provinces for the Department of Highways. Ministry of Transport
46) Participated in research and development of MSE wall with Prof. Dr. Sukhsanti Horpibulsuk and his team, Department of Civil Engineering, School of Engineering, Suranaree University of Technology, 2002 – October 2004. Geosciences Co., Ltd., position: Senior Hydrogeologist.
47) Hydrogeological survey and study to prevent groundwater contamination, responsible for collecting and analyzing groundwater data, installing observation wells and monitoring results at the Thai Asia Pacific Brewery (Heineken) factory area, Nonthaburi Province.
48) Collecting preliminary hydrogeological data to guide the development of groundwater from suitable aquifers and study potential contamination at the Perrier Vittel (Thai) factory area, Phra Nakhon Si Ayutthaya Province.
49) Conducted short course training in geology, hydrogeology, groundwater development, and groundwater contamination. and the Groundwater Act to Perrier Vittel (Thai) Ltd.
50) Drilling and development of groundwater sources for industry at the Heineken Brewery of Thai Asia Pacific Brewery, the Singha Brewery of Boonrawd Brewery Co., Ltd., and the Tiger Beer plant in Myanmar. 51) Surveying and drilling for the development of groundwater sources for industry, agriculture, and other purposes for the private sector, approximately 10 projects.
1997 – 2002 Layne (Thailand) Ltd. Position: Senior Hydrogeologist and Technical Manager
52) Hydrogeological survey and study to develop guidelines for managing leachate contamination of surface water and groundwater, responsible for drilling observation wells and monitoring results to study the characteristics of groundwater aquifers, groundwater quality, and groundwater levels. 52) Project areas in 12 provinces: Samut Sakhon, Samut Prakan, Nonthaburi, Nakhon Pathom, Pathum Thani, Phra Nakhon Si Ayutthaya, Sing Buri, Ang Thong, Lop Buri, Phichit, Nakhon Sawan, and Lampang, for Macro Consultants Co., Ltd.
53) Groundwater characteristic survey from drilled wells using gamma logging geophysical method for environmental study and improvement at the Sirikit Oil Field, Kamphaeng Phet Province, for Thai Shell Exploration and Production Co., Ltd.
54) Hydrogeological study for ISO 14000 certification for NMB Thai Co., Ltd., Uthai District, Phra Nakhon Si Ayutthaya Province.
55) Hydrogeological survey and study for groundwater development for the pulp and paper industry, responsible for data collection and analysis, geophysical survey, and feasibility assessment of groundwater sources. 56) Groundwater aquifer survey work, including observation well drilling and monitoring, to study environmental impacts for: - Japan Environmental Management Association for Industry at the Northern Industrial Estate, Lamphun Province - ERM Siam Co., Ltd. at a project site in Chonburi Province - Thai Shell Exploration and Production Co., Ltd. at the oil storage facility in Mueang District, Phitsanulok Province and the Sirikit Oil Field in Lan Krabue District, Kamphaeng Phet Province - Star Petroleum Refining Co., Ltd. at Map Ta Phut Industrial Estate, Rayong Province - Chevron Chemical Co., Ltd. at Map Ta Phut Industrial Estate, Rayong Province 57) Groundwater mapping work for each province, at a scale of 1:100,000, covering 11 provinces: Bangkok, Samut Songkhram, Samut Sakhon, Nonthaburi, Pathum Thani, Phra Nakhon Si Ayutthaya, Ang Thong, Sing Buri, Chai Nat, Phichit, and Phetchabun, for the Department of Mineral Resources. Ministry of Industry
58) Approximately 80 groundwater survey and drilling projects for water supply, industry, agriculture, and other purposes for the government, international organizations, and private sector, 1981-1996. Cholsap Co., Ltd., position: Hydrogeologist and Assistant Managing Director (Technical Affairs).
59) Groundwater characterization study to prevent contamination and monitor results in Map Ta Phut District, Rayong Province. Responsible for collecting hydrogeological data in the field and evaluating groundwater aquifer characteristics for Technological Consultants Co., Ltd.
60) Project funded by Kreditanstalt fur Wiederaufbau (KfW) to develop self-defense villages along the Thai-Cambodian border. Collaborated with Asian Engineering Consultant Co., Ltd., responsible for hydrogeological studies and surveys to develop groundwater for consumption and domestic use. Provided to residents in 117 villages along the border, covering the provinces of Ubon Ratchathani, Sisaket, Surin, Buriram, Prachinburi, Chanthaburi, and Trat. This is a collaborative project between the Thai and German governments, with the Rural Development Acceleration Office, Ministry of Interior, as the project owner for the water resource development portion.
61) Groundwater drilling and development project for agriculture in Sukhothai Province. Responsibilities include management, drilling, geophysical surveying of boreholes, and groundwater well design. Study and analysis of groundwater aquifers in terms of quantity and quality. This project is funded by the European Economic Committee and is owned by the Royal Irrigation Department, Ministry of Agriculture and Cooperatives.
62) Groundwater drilling and development project for tap water in Thakhek Province, Lao People's Republic. Responsibilities include management, drilling, geophysical surveying of boreholes, and assessment of water quantity and quality. This project is funded by the European Economic Committee and is owned by the Lao Waterworks Authority.
63) Data collection and analysis along the Noppavong – Suphanburi intersection route in Nonthaburi Province to develop groundwater resources for Heineken beer production by Thai Asia Pacific Brewery Co., Ltd.
64) Water pumping testing, sample collection, and data analysis for Chuchawal-de Weger International Ltd. for the Tiger Beer project in Cambodia.
65) Mathematical model study and development. 66) Survey and drilling work to develop groundwater resources for water supply, industry, agriculture, and other purposes for government agencies, international organizations, and private companies, approximately 450 projects, 1980-1981, Thai Geotechnical Company Limited, position: Geologist.
67) Collection and analysis of hydrogeological data, borehole data, and geophysical surveys for Phimai Salt Mine, Nakhon Ratchasima Province.
68) Survey of tin and tungsten ore deposits in Omkoi District, Chiang Mai Province, for Shell (Thailand) Co., Ltd., 1979-1980, Asian Institute of Technology (AIT), position: Research Assistant.
69) Project to study and develop hand-operated water pumps, responsible for collecting groundwater well data, analyzing water quantity and quality, selecting representative wells for installation, and testing the efficiency of the pumps. The project area covered Chiang Mai, Saraburi, and Lopburi provinces. This project was from... International Research and Development Center, Canada
70) Project to protect the Phra That Chedi, Nakhon Si Thammarat Province. Responsible for drilling and collecting samples at the base of the Phra That Chedi and testing their engineering properties in the laboratory to provide structural engineering data for improving the Phra That to a safe condition. This project was from the Fine Arts Department, 1978. Worked with Sombat Mining Co., Ltd. and Somsak Mining Co., Ltd. as a Geologist.
71) Responsible for general geological work in the mine located south of the Pilok mine, Thong Pha Phum District, Kanchanaburi Province.
1977-1978. Groundwater Development Center, Rural Development Acceleration Division. Position: Geologist. 72) Responsible for studying and analyzing soil samples obtained from drilled wells, along with water quality analysis.
4. Overseas Studies
1) Work on water management and groundwater development using collector well technology in South Korea. Between June 30th and July 5th, 2010:
2) Work on groundwater development using Aquifer Storage and Recovery (ASR) technology in the United States. Between May 28 - June 22, 2013
5. Publications such as academic journals, articles, patents (both domestic and international)
5.1 International Journals
1) Suksiripattanapong, C., Chinkulkijniwat, A., Horpibulsuk, S., Rujikiatkamjorn, C., and Tangsuttinon, T. (2012), “Numerical Analysis of Bearing Reinforcement Earth (BRE) Wall”, Geotextiles and Geomembranes, Vol.32, pp.28-37 (SCI, SCOPUS) (IF2012 = 2.159).
2) Horpibulsuk, S., Suksiripattanapong, C., Niramitkornburee, A., Chinkulkijniwat, A., and Tangsutthinon, T. (2011), “Performance of earth wall stabilized with bearing reinforcements”, Geotextiles and Geomembranes, Vol.29, pp.514-524 (SCI, SCOPUS) (IF2012 = 2.159).
5.2 Invited Articles 1) Sukhsanti Horpibulsuk, Aviruth Chinkulkitniwat, Cherdsak Sukshiripattanapong, Anek Neramitkraburi and Theerasak Tangsuthinon (2012) “Design of Reinforced Steel Retaining Walls”, Geotechnical Engineering and Foundations Seminar '55, organized by the Engineering Institute of Thailand under the Royal Patronage (EIT). SC Park Hotel, Bangkok. September 26-27, 2012 (Invited Article).
5.3 International Conference
1) Horpibulsuk, S., Suksiripattanapong, C., Chinkulkijniwat, A., Tangsutthinon, T., and Bunyakait, W. (2012), “Performance of a bearing reinforcement earth (BRE) wall and its numerical simulation”, Proceedings of 2nd International Conference on Transportation Geotechnics, Hokkaido, Japan, September 10-12, 2012.
2) Horpibulsuk, S., Suksiripattanapong, C., Niramitkornnuree, A., Chinkulkijniwat, A., Tangsutthinon, T., and Bunyakait, W. (2011), “Performance of a bearing reinforcement earth (BRE) wall”, Proceedings of 14th Asian Regional Conference on Soil Mechanics and Geotechnical Engineering, Hong Kong, China, May 23-27, 2011.
3) Tangsutthinon, T., Horpibulsuk, S., Jothityangoon, C., and Chinkulkijniwat, A. (2015), “Laboratory investigation on clogging in groundwater during water recharge process due to physical and chemical factors”, Proceedings of the International Conference on Geology, Geotechnology, and Mineral Resources of Indochina, Khon Kaen, Thailand, November 23-24, 2015.
4) Bral, K., Tangsutthinon, T., and Sumrit Chusanathas. (2015), “Demonstration program to mitigate drought and flooding in the northern part of the Chao Phraya river basin, Thailand using ASR methods – Part 2”, Proceedings of the International Conference on Geology, Geotechnology, and Mineral Resources of Indochina, Khon Kaen, Thailand, November 23-24, 2015.
5.4 Utility Model Patents
1) Teerasak Tangsuthinon and Suksan Horpibulsuk, Retaining Wall Assembly Kit, Utility Model Patent No. 5200, registered on January 13, 2010.