1. Student be able to demonstrate skill in more advanced lathe operations and sheet metal work with awareness of the accuracy, function, and cost of works.
2. Student be able to perform welding operations considering the function of welded parts and efficient work, and understand the characteristics of welding.
3. Student be able to understand the mechanism of internal combustion engines and the role of each mechanical element from disassembly and assembly work, and be able to handle tools appropriately.
4. Student be able to assemble and check the operation of a line-trace robot, and learn the basic knowledge of mechatronics technology necessary for mechanical engineers.
5. Student be able to conduct major experiments related to plastic forming and understand the characteristics of plastic forming.
Outline:
Students will understand the importance of technology for machining machine parts with higher precision using machine tools such as lathes and laser cutter, bender, as well as the characteristics of welding and plastic working, by working on each of the practical tasks. In engine disassembly and mechatronics, students learn the roles of machines and machine elements, their operations, and automatic control techniques.
Style:
Students will be divided into 5 or 6 groups.
[120 hours of class time]
Notice:
The other goals are to learn how to prepare for work (safety first) and how to write a report. During the practical training, students must always wear work clothes and pay sufficient attention to safety. Be sure to understand and master specific techniques through practical training. Students should not only be satisfied with the tasks given to them, but also make efforts to cultivate an engineering sense in manufacturing by carefully observing the phenomena.
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Theme |
Goals |
| 1st Semester |
| 1st Quarter |
| 1st |
Sheet metal works |
Through the production by operating a laser cutter and bender, student be able to manufacture with an awareness of the accuracy, function, and beautiful finish of parts.
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| 2nd |
Sheet metal works |
Through the production by operating a laser cutter and bender, student be able to manufacture with an awareness of the accuracy, function, and beautiful finish of parts.
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| 3rd |
Sheet metal works |
Through the production by operating a laser cutter and bender, student be able to manufacture with an awareness of the accuracy, function, and beautiful finish of parts.
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| 4th |
Sheet metal works |
Through the production by operating a laser cutter and bender, student be able to manufacture with an awareness of the accuracy, function, and beautiful finish of parts.
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| 5th |
Sheet metal works |
Through the production by operating a laser cutter and bender, student be able to manufacture with an awareness of the accuracy, function, and beautiful finish of parts.
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| 6th |
Engine disassembly and reassembly |
Through disassembly and assembly of a gasoline engine, students will learn the mechanism of the internal combustion engine and the role of each mechanical element. Students will also learn how to handle parts and tools.
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| 7th |
Engine disassembly and reassembly |
Through disassembly and assembly of a gasoline engine, students will learn the mechanism of the internal combustion engine and the role of each mechanical element. Students will also learn how to handle parts and tools.
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| 8th |
Engine disassembly and reassembly |
Through disassembly and assembly of a gasoline engine, students will learn the mechanism of the internal combustion engine and the role of each mechanical element. Students will also learn how to handle parts and tools.
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| 2nd Quarter |
| 9th |
Engine disassembly and reassembly |
Through disassembly and assembly of a gasoline engine, students will learn the mechanism of the internal combustion engine and the role of each mechanical element. Students will also learn how to handle parts and tools.
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| 10th |
Engine disassembly and reassembly |
Through disassembly and assembly of a gasoline engine, students will learn the mechanism of the internal combustion engine and the role of each mechanical element. Students will also learn how to handle parts and tools.
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| 11th |
Lathe |
Through detailed planning of work processes and the manufacture of machine parts by lathe operation based on these plans, students acquire skills to be aware of the accuracy, function, and cost of parts.
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| 12th |
Lathe |
Through detailed planning of work processes and the manufacture of machine parts by lathe operation based on these plans, students acquire skills to be aware of the accuracy, function, and cost of parts.
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| 13th |
Lathe |
Through detailed planning of work processes and the manufacture of machine parts by lathe operation based on these plans, students acquire skills to be aware of the accuracy, function, and cost of parts.
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| 14th |
Lathe |
Through detailed planning of work processes and the manufacture of machine parts by lathe operation based on these plans, students acquire skills to be aware of the accuracy, function, and cost of parts.
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| 15th |
Lathe |
Through detailed planning of work processes and the manufacture of machine parts by lathe operation based on these plans, students acquire skills to be aware of the accuracy, function, and cost of parts.
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| 16th |
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| 2nd Semester |
| 3rd Quarter |
| 1st |
Welding |
Through the fabrication of pressure vessels by welding, students will acquire more advanced skills in consideration of efficient work. In addition, students will learn the function of welded products and the effects of defects.
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| 2nd |
Welding |
Through the fabrication of pressure vessels by welding, students will acquire more advanced skills in consideration of efficient work. In addition, students will learn the function of welded products and the effects of defects.
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| 3rd |
Welding |
Through the fabrication of pressure vessels by welding, students will acquire more advanced skills in consideration of efficient work. In addition, students will learn the function of welded products and the effects of defects.
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| 4th |
Welding |
Through the fabrication of pressure vessels by welding, students will acquire more advanced skills in consideration of efficient work. In addition, students will learn the function of welded products and the effects of defects.
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| 5th |
Welding |
Through the fabrication of pressure vessels by welding, students will acquire more advanced skills in consideration of efficient work. In addition, students will learn the function of welded products and the effects of defects.
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| 6th |
Mechatronics |
Student be able to understand basic knowledge of mechatronics technology (electrical and electronic circuits, control programming) that necessary for mechanical engineers through the assembly and operation check of a line-trace robot.
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| 7th |
Mechatronics |
Student be able to understand basic knowledge of mechatronics technology (electrical and electronic circuits, control programming) that necessary for mechanical engineers through the assembly and operation check of a line-trace robot.
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| 8th |
Mechatronics |
Student be able to understand basic knowledge of mechatronics technology (electrical and electronic circuits, control programming) that necessary for mechanical engineers through the assembly and operation check of a line-trace robot.
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| 4th Quarter |
| 9th |
Mechatronics |
Student be able to understand basic knowledge of mechatronics technology (electrical and electronic circuits, control programming) that necessary for mechanical engineers through the assembly and operation check of a line-trace robot.
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| 10th |
Mechatronics |
Student be able to understand basic knowledge of mechatronics technology (electrical and electronic circuits, control programming) that necessary for mechanical engineers through the assembly and operation check of a line-trace robot.
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| 11th |
Experiment of plastic forming |
Students be able to understand major plastic forming tests such as deep drawing test, cornical cup test, shearing observation, etc., and acquire the characteristics of plastic forming.
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| 12th |
Experiment of plastic forming |
Students be able to understand major plastic forming tests such as deep drawing test, cornical cup test, shearing observation, etc., and acquire the characteristics of plastic forming.
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| 13th |
Experiment of plastic forming |
Students be able to understand major plastic forming tests such as deep drawing test, cornical cup test, shearing observation, etc., and acquire the characteristics of plastic forming.
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| 14th |
Experiment of plastic forming |
Students be able to understand major plastic forming tests such as deep drawing test, cornical cup test, shearing observation, etc., and acquire the characteristics of plastic forming.
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| 15th |
Experiment of plastic forming |
Students be able to understand major plastic forming tests such as deep drawing test, cornical cup test, shearing observation, etc., and acquire the characteristics of plastic forming.
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| 16th |
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