Program Name

Master of Engineering Program in Mechanical Engineering (M.Eng. Mechanical Engineering)

About the Department

Established in 1992, the Department of Mechanical and Mechatronics Engineering at Prince of Songkla University (PSU) represents over 33 years of leadership in engineering education and research in Southeast Asia. The department operates as a strategic research hub, bridging the gap between regional industrial requirements and global technological advancements. With a strong foundation in academic excellence and a forward-looking vision, it provides a robust environment for innovation and advanced academic pursuits.

Our Research Strength: Solving National Problems, Leading Global Trends

The research ecosystem is designed as a "Double-Impact" platform, focusing on solving critical issues within Thailand’s key industries while leading global discourse in Sustainability and Industry 4.0.

• Pioneering Carbon Neutrality (Renewable Energy & Environment): Internationally recognized for research in Aerosol Science and PM2.5 monitoring, as well as groundbreaking work in Biofuel and Biomass conversion. Innovations such as "Hydrodynamic Cavitation" and "Microwave-assisted Distillation" have redefined sustainable energy approaches from tropical resources, driving the global transition toward renewable energy.
• Advanced Combustion & Burner Technology: Dedicated to energy security and efficiency, we specialize in the optimization of Combustion Processes and the development of high-efficiency Burner Systems. Our work aims to maximize thermal output while significantly reducing industrial emissions and fuel consumption in boilers and furnaces.
• Rubber Engineering & Material Innovation: Leveraging our strategic location in the world's heartland of natural rubber production, we lead in Natural Rubber (Para Rubber) Engineering. Our research focuses on high-performance rubber blends, smart polymer composites, and vibration-damping technologies for global automotive and industrial applications.
• Driving the EV Revolution: A key contributor to the global shift toward Electric Mobility, with expertise in Battery Management Systems (BMS), high-efficiency motor control, and autonomous vehicle dynamics, preparing graduates for the global automotive market.
• Intelligent Robotics & Medical Innovation: Expertise in Surgical Robotics and Industrial Automation (ROS), with research in mechatronics consistently cited globally, maintaining technological standards comparable to leading international laboratories.
• Advanced Thermo-Fluids & Heat Transfer Management: A global leader in high-performance thermal engineering, specializing in Electronic Cooling, thermal optimization for high-density Data Centers, and advanced Gas Turbine cooling technologies. Our research utilizes state-of-the-art Computational Fluid Dynamics (CFD) and experimental heat transfer to drive efficiency in the world's most demanding infrastructure.

Distinguished Global Rankings

• Top 10 in Thailand: Consistently ranked among the nation's elite universities.
• QS World University Rankings: PSU is ranked in the Top 1000 globally and Top 200-250 in Asia.
• Subject Excellence: Engineering programs are recognized in the Top 600-800 globally by Times Higher Education (THE).

Vision

To be a leading national engineering faculty producing high-potential engineers and international-standard innovations for the development of Southern Thailand and the global community.

Mission

1. To produce engineers with a global mindset, creativity, and international-level skills.
2. To connect regional industries to global innovation networks through advanced research.
3. To provide technical expertise for sustainable social and industrial growth.

Program Educational Objectives (PEOs)

• To produce graduates who are committed to sustainable lifelong learning.
• To equip graduates with advanced mechanical engineering skills aligned with current global technology.
• To foster professional ethics and economic efficiency in engineering solutions.

Program Learning Outcomes (PLOs)

• PLO 1: Demonstrate professional ethics and social responsibility.
• PLO 2: Master modern engineering tools and digital technologies (CAD/CAE/CFD).
• PLO 3: Solve complex industrial problems through systematic research.
• PLO 4: Collaborate effectively in multidisciplinary and diverse teams.
• PLO 5: Communicate technical and academic content clearly in English.

Catalog Description

The program is structured around five strategic pillars, integrating specialized regional expertise with global technological requirements:

• Sustainable Energy & Combustion Technology: * Advanced Biofuels, Carbon reduction, and Renewable resources. Optimization of combustion efficiency and high-performance Burner Design for industrial applications.
• Thermal Management & Heat Transfer: * State-of-the-art cooling technologies for Electronic Devices and high-capacity Data Centers. Advanced thermal protection and efficiency for Gas Turbine components.
• Rubber Engineering & Material Innovation: * Pioneering research in Natural Rubber (Para Rubber) engineering and high-performance polymer blends. Innovative vibration-damping materials and smart composites for industrial use.
• Electric Mobility (EV) & Autonomous Systems: * EV Powertrains, Battery Management Systems (BMS), and smart Vehicle Dynamics.
• Digital Engineering & Intelligent Robotics: * High-performance simulation (CFD/FEA), ROS-based automation, and Biomedical robotics.

Study Plans

• Plan A1 (Thesis Only): 36 Credits. Best for deep-tech researchers.
• Plan A2 (Coursework + Thesis): 6 Credits Core, 12 Credits Electives, 18 Credits Thesis.
• Double Degree: Opportunity to earn degrees from both PSU and UTHM (Malaysia).

Thesis advisor specialization

Name & Title	Expertise / Research Areas
Prof. Dr. Perapong Tekasakul	Aerosol Science, Air Pollution (PM2.5), Biomass Aerosols
Assoc. Prof. Dr. Wiriya Thongruang	Materials Science, Natural Rubber Blends, Biomechanics
Assoc. Prof. Dr. Charoenyutr Dechwayukul	CAE, Vehicle Dynamics, Systems Modeling
Assoc. Prof. Dr. Krit Somnuk	Biofuels, Hydrodynamic Cavitation, Pyrolysis Oil
Assoc. Prof. Dr. Theerayut Leevijit	Energy Technology, Engine Diagnostics, Palm Oil Biofuels
Assoc. Prof. Dr. Passakorn Vessakosol	Numerical Methods, Heat Conduction Analysis
Assoc. Prof. Dr. Chayut Nuntadusit	Flow & Heat Transfer, CFD, Cardiovascular Hemodynamics
Assoc. Prof. Dr. Pruittikorn Smithmaitrie	Robotics, Biologically Inspired Systems, Mechatronics
Asst. Prof. Dr. Makatar Wae-hayee	Combustion, Gasification, Thermal Engineering
Asst. Prof. Dr. Juntakan Taweekun	Energy Management, Wind Energy, Building Efficiency
Asst. Prof. Dr. Jutamanee Auysakul	Soft Robotics, Actuators, Wireless Tracking
Asst. Prof. Dr. Natthaporn Kaewchoothong	Computational Fluid Dynamics, Heat Transfer
Dr. Kittinan Maliwan	Fluid Mechanics, Energetics, Biomass Producer Gas
Dr. Thanansak Theppaya	Wind Resource Assessment, Energy Technology
Dr. Somchai Sae-ung	Wind Energy Potential, Mechanics and Energetics
Dr. Satta Srewaradachpisal	Biomechanics, FEA, Plantar Pressure Reduction
Dr. Ni-Asri Cheputeh	Rail Systems, Finite Element Analysis (FEA), Structural Mechanics

Potential Thesis Topics

• AI-based control for autonomous rehabilitation robots.
• Advanced Thermal Management for high-density AI Data Centers.
• Optimization of Film Cooling in Gas Turbine blades using CFD.
• Innovative cooling techniques for high-performance electronic devices.
• Sustainable energy solutions for tropical agro-industries.
• Next-generation EV powertrain modeling and optimization.

Student Admissions

• Plan A1: Engineering degree with Min GPA 2.75/4.00.
• Plan A2: Engineering/Technical degree with Min GPA 2.50/4.00.
• English Proficiency: TOEFL, IELTS, or PSU-TEP required.

Graduation Criteria

• GPA ≥ 3.00 for Plan A2 coursework.
• Successful defense of the thesis before an international committee.
• Publication in Scopus/WoS (Plan A1) or TCI/International Proceeding (Plan A2).

Fee and Scholarship

• 30,000 THB (Thai Student)
• 60,000 THB (International Student)

Financial supports are available for both Thai and International students. Please contact the program chair for more details.

Program Accreditation

• Accredited by the Ministry of Higher Education, Thailand.
• Aligned with AUN-QA (ASEAN University Network Quality Assurance).

Contact Person

Assoc. Prof. Dr. Chayut Nuntadusit (Program Chair)

Email: chayut.n@psu.ac.th Tel: +66 74 287 201

Alumni & Career Matrix

• Industrial R&D: Specialists in Multinational Corporations.
• Energy & Infrastructure: Consultants for Data Center cooling and Power Plant technology.
• Advanced Mobility: EV Researchers in Global Automotive Hubs.
• Academia: Lecturers in high-ranking Global Research Institutes.

Registration

• Applications: June (Sem 1) & November (Sem 2). 
• Apply Online: https://grad.psu.ac.th/en/

Curriculum & Course Modules

The curriculum is structured to provide both breadth in core engineering principles and depth in specialized technological areas.

A. Compulsory Courses (Common Core)

• Research Methodology in Mechanical Engineering: Fundamental techniques for academic research, ethics, and systematic problem-solving.
• Mathematical Methods in Engineering: Advanced analytical and numerical methods for solving engineering models.

B. Elective Courses by Research Specialization

1. Applied Mechanics & Digital Engineering (CAE)
   • Finite Element Method: Structural analysis using numerical modeling and simulations.
   • Advanced Mechanics of Materials: Complex stress-strain analysis for modern engineering materials.
   • Computer-Aided Engineering (CAE) Modules: Practical application of CAE software in product design and testing.
2. Thermo-Fluids & Computational Analysis
   • Intermediate Fluid Dynamics: Advanced study of fluid behavior, turbulence, and viscous flow.
   • Intermediate Heat Transfer: Comprehensive analysis of conduction, convection, and radiation.
   • Computational Fluid Dynamics (CFD): Numerical simulation of fluid flow and thermal systems.
3. Energy Technology & Sustainability
   • Energy Management in Buildings: Optimization of thermal systems and energy efficiency in tropical structures.
   • Industrial Energy Management: Energy auditing and conservation in industrial processes.
   • Biofuels and Biomass Energy: Conversion technologies and performance of renewable fuels.
4. Robotics & Automation
   • Principles of Robotics: Kinematics, dynamics, and control of robotic manipulators.
   • Robot Operating System (ROS): Middleware and programming for autonomous and service robots.
   • Advanced Control Systems: Modern control theories and their application in mechatronic systems.
5. Modern Automotive & Electric Vehicles (EV)
   • Introduction to Electric Vehicles: Fundamentals of EV architectures, propulsion, and energy storage.
   • Electric Motors and Drives for EV: Design and control of electrified powertrains.
   • Vehicle Dynamics and Control: Modeling of vehicle motion and stability for smart transportation.

More Information

• Website: https://www.eng.psu.ac.th/me 
• Facebook: Mechanical Engineering PSU