Mechanical Technology (Continuing Program)
From the economic impact and social and cultural development. Therefore, it is necessary to proactively develop education to have potential. That can be adjusted according to the evolution of technology and support business competition. The industry in the country has changed from contract manufacturing according to the design. Let’s focus on designing and creating their own products. Including having to focus on creating innovations from local wisdom or developing potential medium and small industries. In order to have the potential to compete and promote continuous and sustainable development. In the production of personnel in the field of mechanical technology. It is necessary to be ready to learn and be able to work immediately and have high potential for self-development in accordance with the nature of work both academically and professionally. Therefore, the Bachelor of Industrial Program Mechanical Technology (Continuing) is a program that aims to promote professional development in the field of Mechanical Technology and other related fields. As well as raising the level of public education those who graduated with a Diploma or equivalent have the opportunity to study at the higher education level. The philosophy of the program is to produce graduates with theoretical knowledge and skills in designing, manufacturing and maintaining machinery, eager to learn and able to work with basic mechanic skills. Coupled with virtue have creative ideas Human relations, ethics, diligence, patience. The highlight of the course is to build on theoretical and practical skills and knowledge. Application of mechanical technology in mechanical design mold design Creative aircraft parts manufacturing.
Undergraduate programs (Continuing Program). That provide English language skills-enhancing instruction during study for not less than 20% of the total number of credits throughout the program 85 Credits
Machine Design
ELO 1. Ability to apply both theoretical and practical knowledge and develop the mechanical technology industry.
ELO 2. Have the ability to analyze, design and build machinery to work efficiently.
ELO 3. Leadership, morality, ethics and social responsibility.
ELO 4. Language skills Able to communicate, present and work as a team.
ELO 5. Innovative creativity in mechanical design.
Mold Design
ELO 1. Capable of designing and making plastic molds and metal molds.
ELO 2. Have the skills to use theoretical knowledge to solve engineering problems.
ELO 3. Leadership, morality, ethics and social responsibility.
ELO 4. Language skills Able to communicate, present and work as a team.
ELO 5. Innovative creativity in mold design.
Aircraft Parts Manufacturing
ELO 1. Have knowledge and understanding of the application of engineering fundamentals for the production of aircraft parts.
ELO 2. Have skills in applying theoretical knowledge to analyze and solve problems in aircraft parts production.
ELOs 3. Leadership, morality, ethics and social responsibility.
ELO 4. Language skills Able to communicate, present and work as a team.
ELO 5. Innovative creativity in aircraft parts manufacturing.
– Students must be a graduate of a Diploma/High Vocational Certificate (Dip. /High Voc. Cert.), Type of industrial technician in the field of factory mechanics, mechanical drawing technicians, mold designers and builders, industrial mechanics in the field of manufacturing or equivalent from educational institutions. Certified by the Ministry of Education or its equivalency with the regulations of the Ministry of Education. (or)
– Student must have other qualifications according to the regulations of King Mongkut’s University of Technology North Bangkok regarding bachelor’s degree
Total Credits 85 Credits
1) General Education Subjects 15 Credits
a. Languages Subjects 6 Credits
b. Integration Subjects 3 Credits
c. Social and Humanity Subjects 3 Credits
d. Science and Mathematics Subjects 3 Credits
2) Specialization Subjects 64 Credits
a. Core Subjects 21 Credits
b. Professional Subjects
- Mechanical Design 43 Credits
- Mold Design 43 Credits
- Aircraft Parts Manufacturing 43 Credits
c. Professional Experience (not counting credits) 2 (240 hour)
3) Fee Elective Subjects 6 Credits
Semester 2: November – February
Potential Careers after Graduation:
- Production Engineer
- Mechanical Maintenance and Maintenance Engineer
- Mold Engineer
- Aircraft Parts Manufacturing Engineer
- Freelance, Private business related to Mechanical Design, Mechanical Manufacturing, Mechanical Maintenance, Mold Design. Contract manufacturing of Aircraft Parts.
Contact Details:
Division of Machine Design and Manufacturing Engineering Technology
1st Floor Building 63
College of Industrial Technology
King Mongkut’s University of Technology North Bangkok
1518 Pracharat 1 Rd. Wongsawang Bangsue Bangkok 10800
http://mm.cit.kmutnb.ac.th/program.php
02 – 555 – 2000 ext 6430
Asst. Prof. Dr. Sarayut Ngerntong (Sarayut.n@cit.kmutnb.ac.th)
Asst. Prof. Dr. Kittiphat Rattanachan (Kittiphat.r@cit.kmutnb.ac.th
Asst. Prof. Dr. Sunthorn Sittisakuljareon (Sunthorn.s@cit.kmutnb.ac.th)
Asst. Prof. Kwanchai Saeweenan Kwanchai.s@cit.kmutnb.ac.th)
Dr. Noppachai Saiwaew (Noppachai.s@cit.kmutnb.ac.th)