Doctor of Philosophy
Mechanical Engineering
General Information
- Full name (Thai) : Doctor of Philosophy (Mechanical Engineering)
- Full name (English) : Doctor of Philosophy (Mechanical Engineering)
- Abbreviation (Thai) : Ph.D. (Mechanical Engineering)
- Abbreviation (English) : Ph.D. (Mechanical Engineering)
- วิศวกร
- อาจารย์ นักวิจัย
- นักวิชาการ
- ประกอบธุรกิจส่วนตัว
Course Format
- Level 6 (Doctorate Degree) Curriculum according to the National Higher Education Qualifications Framework 2009
Highlight
Mechanical Engineering is an important foundational branch of engineering. It is a part of the development of the country's economy and industry. It has a wide scope of work.
For example, the production, design and maintenance of machinery, engines, industrial work, renewable energy, electric vehicles, automotive design and analysis, aircraft, heating and cooling systems, ships, production systems, industrial machinery and equipment, robots and medical equipment, agriculture and processing, and many other types of work that are important for the future development of the country’s industries.
Objectives of the course
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To enable students to analyze and solve problems of various advanced mechanical engineering systems.
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To enable students to research information from international databases and apply it effectively.
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To enable students to apply knowledge from scientific research and advanced technology to design or develop various mechanical engineering systems.
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To enable students to integrate knowledge and plan and analyze to solve complex problems by themselves.
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To provide students with skills in using advanced mechanical engineering techniques and modern engineering tools to develop research and innovation.
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To enable students to explain ethics and codes of conduct in research and apply their knowledge of intellectual property rights.
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To equip students with skills in academic communication at an international level.
- ELO1 Explain ethics and codes of conduct in research and apply knowledge of the intellectual property rights of others.
- ELO2 can analyze or identify the causes of problems and propose solutions for various mechanical engineering systems.
- ELO3 can search for information from international databases and evaluate the reliability and accuracy of information according to international academic principles.
- ELO4 can apply knowledge from advanced scientific and technological research to design or develop various mechanical engineering systems.
- ELO5 can integrate knowledge and plan and analyze to solve complex problems by themselves.
- ELO6 can use advanced mechanical engineering techniques and modern engineering tools to develop research and innovation.
- ELO7 can use English language and technology skills to present at academic conferences and publish academic work for international distribution.
- Work related to the academic field of mechanical engineering in educational institutions and research institutes, such as teachers, researchers, academics, etc.
- Officials, researchers or engineers of government agencies, public organizations, and enterprises that carry out mechanical engineering, such as the Department of Industrial Works, Department of Energy Business, Energy Policy and Planning Office, Pollution Control Department, National Institute of Metrology, National Science and Technology Development Agency, Electricity Generating Authority of Thailand, as well as military agencies, etc.
- Researchers or academics in private companies
- Engaged in private business in mechanical engineering