Manufacturing Engineering PracticeⅣA

Course Information

College	Akashi College	Year	2023
Course Title	Manufacturing Engineering PracticeⅣA
Course Code	5427	Course Category	Specialized / Compulsory
Class Format	Practical training	Credits	School Credit: 1
Department	Mechanical Engineering	Student Grade	4th
Term	First Semester	Classes per Week	2
Textbook and/or Teaching Materials
Instructor	OHMORI Shigetoshi

Course Objectives

(1) Can carry out exercises based on procedures and instructions.
(2) Can use the equipment and devices correctly.
(3) Can report by written or oral.
(4) Can carry out exercises by working together as a group.
(5) Can acquire basic knowledge and skills in mechanical engineering.
　　(a) Understand the concepts of CAD and processes from design to production.
(b) Can prepare a procedure and a itinerary that takes into account the cost and quality of production.

Rubric

	Ideal Level	Standard Level	Unacceptable Level
Achievement 1	Can fully perform the exercises based on the instructions and procedures provided.	Can perform the exercises based on the instructions and instructions provided.	Cannot carry out exercises based on the instructions and instructions provided.
Achievement 2	Can use equipment and devices sufficiently and correctly.	Can use equipment and devices correctly.	Cannot use equipment and devices correctly.
Achievement 3	Can report sufficiently by written, oral, etc.	Can report by written, oral, etc.	Cannot report by written, oral, etc.
	Can work together as a group to perform the exercises while encouraging other classmates.	Can work as a group to perform the exercises.	Cannot carry out exercises by working together as a group.
	Fully understand the concepts of CAD and processes from design to production.	Understand the concepts of CAD and processes from design to production.	Do not understand the concepts of CAD and processes from design to production.
	Can accurately prepare procedures and an itinerary that takes into account the cost and quality of production.	Can prepare procedures and an itinerary that takes into account the quality of production.	Cannot create procedures and an itinerary based on quality.

Teaching Method

Outline:

As an applied practice of the exercises learned during years 1 to 3, students will develop the ability to select production methods to perform various tasks efficiently, and will also strive to develop production management capabilities, problem awareness, and resolution skills.

Style:

Students will split into six groups and carry out different assignments in turn. 　　　　　　　　　　　　
In addition, we will go on a factory tour to deepen knowledge of production methods.

Notice:

Students must be aware of problems, actively think, and cultivate the ability to solve them correctly in order to develop the ability to produce "things" as an engineer.
Students who miss 1/3 or more of classes will not be eligible for a passing grade.

Characteristics of Class / Division in Learning

Active Learning

Course Plan

			Theme	Goals
1st Semester
	1st Quarter
		1st	Production comprehensive exercise (Planning) I-1	Understand the overall fundamentals such as managing production systems.
		2nd	Production comprehensive exercise (Planning) I-2	Understand the overall fundamentals such as managing production systems.
		3rd	Production comprehensive exercise (Planning) II-1	Understand the links between cost and quality, operational efficiency, and so on.
		4th	Production comprehensive exercise (Planning) II-2	Understand the links between cost and quality, operational efficiency, and so on.
		5th	Production comprehensive exercise (Planning) III-1	Can perform work analysis such as factors that inhibit processing efficiency (waste) through exercises,
		6th	Production comprehensive exercise (Planning) IIII-2	Can perform work analysis such as factors that inhibit processing efficiency (waste) through exercises.
		7th	3D-CAD application exercise (prototype) results presentation Present and evaluate the results of the production comprehensive exercise (planning) by team.	Can resent and evaluate the results of the production comprehensive exercise (planning) by team, and extract problems.
		8th	Report writing	Accurately summarize the knowledge and techniques acquired in the exercises.
	2nd Quarter
		9th	3D-CAD application exercise (prototype) I-1	Experience product planning, manufacturing, and marketing, and understand the product development processes.
		10th	3D-CAD application exercise (prototype) I-2	Experience product planning, manufacturing, and marketing, and understand the product development processes.
		11th	3D-CAD application exercise (prototype) II-1	Can perform 3D-CAD and structural analysis, and can evaluate and analyze using computer simulations.
		12th	3D-CAD application exercise (prototype) II-2	Can perform 3D-CAD and structural analysis, and can evaluate and analyze using computer simulations.
		13th	3D-CAD application exercise (prototype) III-1	Can produce a prototype using a 3D printer and can evaluate and analyze the product.
		14th	3D-CAD application exercise (prototype) III-2	Can produce a prototype using a 3D printer and can evaluate and analyze the product.
		15th	3D-CAD application exercise (prototype) result presentation Present and evaluate the results of the production comprehensive exercise (planning) by team.	Can present and evaluate the results of the production comprehensive exercise (planning) by team, and extract problems.
		16th	No final exam

Evaluation Method and Weight (%)

	Examination	Report	the work	Behavior	Total
Subtotal	0	60	20	20	100
Basic Proficiency	0	0	0	0	0
Specialized Proficiency	0	60	20	20	100
Cross Area Proficiency	0	0	0	0	0