The 14th International Conference on

GEOMATE 2024

13 - 16 November, 2024

Pattaya - Thailand

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Conference Venue

Grande Centre Point Space Pattaya
888 M.5 Na Kluea, Bang Lamung, Pattaya, Chonburi, Thailand 20150

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Welcome aboard...!

GEOMATE 2024 at Grand Center Point Space Pattaya, THAILAND.The Conference venue will take place between 13th Nov 2024 and 15th Nov 2024, located at Grand Center Point Space Pattaya with a large capacity and equipped with a wide range of facilities that combine "outer space design and innovative technology," from cutting-edge façades inspired by space shuttles to space-themed facility settings.

SPACE

PATTAYA

Venue for the conference

Grande Centre Point Space Pattaya

How to get to Grand Center Point Space Pattaya, THAILAND.

Direction

1. From Don Muang International Airport (DMK)

By Private Car:

Distance: Approximately 160 km
Estimated Time: 2-3 hours
Route: Take the Don Muang Tollway heading south, then merge onto Highway 7 (Bangkok-Chonburi Motorway). Follow the signs to Pattaya and take Exit 5 for North Pattaya. Continue straight until you reach the Grand Center Point Pattaya.

By Taxi:

Fare: Based on meter approximately 1,500 - 2,000 THB plus 50 baht airport surcharge. In addition, if taking the tollway, passengers are required to pay the tollway fee.
Time: 2-3 hours (depending on traffic)
Taxi Stand: Available just outside the Don Muang Airport Arrivals area. Ask the driver to take you to the Grand Center Point Pattaya via Highway 7.

By Public Transport:

Option 1

Take a taxi or an airport bus (route A1) to Mo-chit Bus Station from Don Mueang airport to Morchit Bus Station. It costs around 200 Baht for the taxi fare, and 30 baht for the bus fare. It takes 30 to 40 minutes from Don Mueang airport to Mo-chit Bus Station. Take the bus (Bus company: Roong Reuang Coach) from Mo-chit Bus Station to North Pattaya bus stop. At the North Pattaya bus stop, take the local taxi to the hotel.

By Public Transport:

Option 2

Take a taxi or an airport bus (route A1) to Mo-chit Bus Station from Don Mueang airport to Mo-chit BTS Station. It costs around 200 Baht for the taxi fare, and 30 baht for the bus fare. It takes 30 to 40 minutes from Don Mueang airport to Mo-chit BTS Station. From Mo-Chit BTS Station, take the BTS skytrain to Ekkamai BTS Station. Take the bus (Bus company: Roong Reuang Coach) from Ekkamai Bus Station to North Pattaya bus stop. At the North Pattaya bus stop, take the local taxi to the hotel.

By Public Transport:

Option 3

Take the Airport Shuttle Bus from Don Mueang Airport to Suvarnabhumi International Airport, and then take the bus Suvarnabhumi Airport- Pattaya on the 1 FL (Transportation) near Exit number 8, then get off the bus at North Pattaya bus stop. At the North Pattaya bus stop, take the local taxi to the hotel. For free bus transfer information, please visit: https://airportpattayabus.com/bangkok-station/

2. From Suvarnabhumi International Airport (BKK)

By Private Car:

Distance: Approximately 120 km
Estimated Time: 1.5 - 2 hours
Route: From the airport, take Highway 7 (Bangkok-Chonburi Motorway) heading towards Chonburi and Pattaya. Follow the signs to Pattaya and take Exit 5 for North Pattaya, leading you directly to Grand Center Point Pattaya.

By Public Transport:

Step 1: From Suvarnabhumi Airport, head to the Bus Terminal located on Level 1 near Exit number 8.
Step 2: Take the direct airport bus to Pattaya (Buses depart every 1-2 hours).
Step 3: Arrive at Pattaya Bus Terminal, then take a songthaew or local taxi to the Grand Center Point Pattaya. Please visit: https://www.bangkokairportonline.com/public-transport-services-at-suvarnabhumi-airport/

By taxi:

Step 1: From Suvarnabhumi Airport, head to the Bus Terminal located on Level 1.
Step 2: Take the direct airport bus to Pattaya (Buses depart every 1-2 hours).
Step 3: Arrive at Pattaya Bus Terminal, then take a songthaew or local taxi to the Grand Center Point Pattaya. Please Visit: https://www.bangkokairportonline.com/bangkok-airport-public-taxi-service/

By Bus:

Take the bus number 389 (Suvarnabhumi Airport to Pattaya) on the 1 FL (Transportation) near Exit number 8, then get off the bus at North Pattaya bus stop. At the North Pattaya bus stop, take the local taxi to the hotel. For further information, please visit:

https://airportpattayabus.com/bangkok-station/

3. From U-Tapao Pattaya International Airport (UTP)

By Private Car:

Distance: Approximately 40 km
Estimated Time: 45 minutes
Route: From U-tapao Airport, take Route 3 (Sukhumvit Road) heading north towards Pattaya. Exit at North Pattaya and follow the signs to Grand Center Point Pattaya.

By Public Transport:

Step 1: Take the airport shuttle or minibus from U-tapao to Pattaya (shuttles depart at scheduled times).
Step 2: Upon reaching Pattaya, use a songthaew or local taxi to reach Grand Center Point Pattaya.

By taxi:

Fare: Approximately 600 - 800 THB
Time: 45 minutes
Taxi Stand: Available at U-tapao Airport Arrivals. Instruct the driver to take you directly to the Grand Center Point Pattaya, following Route 3.

4. From any Airports
(i.e., Suvarnaphumi, Donmuang or U-tapao) to Pattaya

To get a Grab (ride-hailing service) from Airports (i.e., Suvarnaphumi, Donmuang or U-tapao) to Pattaya, follow these steps after your arrival:

Install the Grab App:
- Ensure you have the Grab app installed on your phone (available on both Android and iOS). If you don't already have it, download it from the app store.
- Sign up and add your payment method (you can pay via cash, card, or GrabPay).
Connect to the Airport Wi-Fi:
- After landing, connect to the Airport’s free Wi-Fi. This will allow you to use the app even if you don’t have a Thai SIM card yet.
Open the Grab App and Book a Ride:
- Open the app and input your pickup location as "the Airport."
- You’ll usually have the option to select Ground Level, which is where most ride services like Grab are available. Specifically, head to an arrival Gate, which is the common pickup point for ride-hailing services at the airport.
- Enter your destination as Pattaya (you can enter the specific hotel or address in Pattaya. The conference venue is allocated at Grand Center Point Space Pattaya.
Choose the Car Type:
- In the Grab app, you’ll see options for different types of vehicles, such as:
  - JustGrab: A basic sedan or compact car.
  - GrabCar Premium: A more premium service with larger or luxury vehicles.
  - GrabXL: For larger groups or extra luggage.
- Choose the option based on your needs.
Estimated Fare:
- The distance from Suvarnabhumi Airport to Pattaya is about 120 km, and the trip usually takes 1.5 to 2 hours depending on traffic.
- The Grab fare to Pattaya typically ranges from THB 1,500 to THB 2,200 (approx. 40 USD – 60 USD). The price can vary based on the car type and traffic conditions.
Meet Your Driver:
- Once you've booked the ride, you'll receive the driver’s details, including the car type, license plate number, and estimated arrival time.
- Proceed to the meeting point (usually inform the Gate number at arrival gate) and wait for your Grab.
Payment:
- After completing the trip, you can pay either through the app (if you've linked a credit card or GrabPay) or in cash directly to the driver. You can also tip the driver if you wish.

Foreword

The GEOMATE International Conference proudly jointed with Suranaree university of Technology is an annual international conference, which will be held from 13 – 15 November 2024 in SPACE Hotel, Pattaya, Thailand as a hybrid event (virtual and face-to-face presentations). This year, the conference concentrates on Sustainable and Smart Geotechnical Engineering, Sustainable and Smart Structural Engineering, Sustainable and Smart Water and Wastewater Engineering, Sustainable and Smart Construction Materials, Sustainable and Smart Environmental Engineering, Sustainable and Smart Transportation Engineering.

Conference Themes

Abstract Template

Full Paper Template

You are cordially invited to submit an abstract that describes original, theoretical, or experimental research and/or practices associated with one of the following sub-themes:

Sustainable and Smart Geotechnical Engineering
Sustainable and Smart Structural Engineering
Sustainable and Smart Water and Wastewater Engineering
Sustainable and Smart Construction Materials
Sustainable and Smart Environmental Engineering
Sustainable and Smart Transportation Engineering
Sustainable and Smart Construction Management
Sustainable and Smart Pavement Engineering

Sustainable and Smart Geotechnical Engineering

Geotechnical Engineering
Geotextiles and Geomembranes
Computers and Geotechnics
Slope Stabilization
Foundation Design
Ground Improvement Techniques
Coastal and Offshore Engineering

Sustainable geotechnical engineering are focusing on the application of geotechnical engineering principles in a manner that is environmentally responsible, economically feasible, and socially equitable. Traditional geotechnical engineering focuses on the behavior of earth materials and the application of soil mechanics and rock mechanics, which are critical for the design of foundations, retaining structures, embankments, tunnels, and other structures. In the sustainable variant of this field, there is an additional focus on ensuring that projects have a minimal negative impact on the environment and society, both in the short term and over the lifecycle of the structure or project.

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Sustainable and Smart Structural Engineering

Sustainable building construction practices
Advances in concrete technology
Modeling & Computational Techniques in Civil Engineering
Advanced Computational Models
Building Information Modeling (BIM)
Sensor Technology for Monitoring
Automated and Robotic Construction
Adaptive and Responsive Systems
Information system and big data analytics for construction and maintenance of infrastructures

Sustainable and high-tech structural engineering represents the intersection of advanced technology and sustainable practices in the realm of structural engineering. It aims to create structures that are not only innovative and efficient but also environmentally responsible, socially equitable, and economically viable. By using cutting-edge technologies, engineers can meet traditional objectives such as safety and durability while also addressing contemporary concerns like resource conservation, climate change adaptation, and social responsibility.

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Sustainable and Smart Water and Wastewater Engineering

Sustainable management of water resources
Water pollution prevention technologies
Strengthening and restoring of structures

Sustainable water and wastewater engineering are the practices, methods, and technologies that aim to manage water resources and treat wastewater in an environmentally sustainable, economically feasible, and socially responsible manner. These practices aim to address immediate water and sanitation needs while also ensuring long-term sustainability and resilience.

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Sustainable and Smart Construction Materials

Sustainable Concrete Technology
Sustainable Fiber-Reinforced Polymer (RFP) Composite Materials
Polymer Composites and Polymers for Smart Construction Materials
Sustainable Asphalt Materials Science and Technology
Bio-Based and Biopolymer for Smart Construction Materials

Sustainable construction materials are involving with building materials that have a lower impact on the environment compared to conventional materials. These materials are sourced, manufactured, and applied in a way that minimizes harmful effects on ecological systems, reduces energy consumption, and contributes to a sustainable and socially responsible built environment. Sustainable construction materials are often evaluated based on their life cycle impact, including resource extraction, production, transportation, application, and end-of-life disposal or recycling.

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Sustainable and Smart Environmental Engineering

Construction and Demolition Waste Recycling
Use of Recycled Plastics in Smart Construction Materials
Waste and Byproducts in Cement-Based Materials
Renewable and Sustainable Energy
Life-Cycle Analysis

Sustainable and smart environmental engineering is a multidisciplinary field that integrates advanced technologies and sustainable practices to address environmental challenges. The goal is to create systems and solutions that are not only effective and efficient but also environmentally responsible and adaptable to changing conditions.

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Sustainable and Smart Transportation Engineering

Transportation Research: Policy and Practice
Pavement Research and Technology
Smart Transportation Management, Economics, and Policy
Smart Logistics Engineering
Pavement and Railway materials, analysis and design
Public Transit Optimization
Intelligent Transport Systems (ITS)
Integrated Traffic Management

Sustainable and smart transportation engineering is a forward-looking subfield that aims to reduce the environmental impact, improve the efficiency, and enhance the social benefits of transportation systems. It combines principles of sustainability with advanced technologies, such as sensors, data analytics, and automation, to create transportation solutions that are more intelligent, adaptable, and environmentally friendly.

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Sustainable and Smart Construction Management

Sustainability and Smart Technology Integration in Construction
Sustainable and Smart Energy Efficiency in Construction
Green Building Practices
Lifecycle Assessment and Planning
Collaboration and Communication
Building Research Establishment Environmental Assessment Method

Sustainable and Smart Construction Management is a modern approach in the construction industry that integrates sustainability principles and smart technology to improve the efficiency, effectiveness, and environmental performance of construction projects.

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Sustainable and Smart Pavement Engineering

Recycled and Renewable Pavement Materials and Structure
Sustainable and Smart Pavement Design Methodologies
Sensing Technologies in Pavements
Sustainable and Smart Pavement Management Systems
Energy Harvesting from Pavements
Eco-friendly Construction Practices
Pavement Performance and Monitoring
Lifecycle Assessment and Climate Change Adaptation

The core theme is to create pavement systems that are not just durable and efficient but also contribute to environmental sustainability. This involves innovating in materials science, incorporating smart technologies for real-time monitoring and data-driven management, and ensuring that pavements can be maintained and updated with minimal ecological impact.

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