機械設計

Course Information

College	Tsuyama College	Year	2024
Course Title	機械設計
Course Code	0083	Course Category	Specialized / Elective
Class Format	Skill	Credits	School Credit: 2
Department	Department of Computer and Information Engineering	Student Grade	5th
Term	Year-round	Classes per Week	2
Textbook and/or Teaching Materials	「Kikai sekkei gojutsusya shikaku mondaisyu」（Japan Mechanical Design Industry Association）
Instructor	HANDA Yoshiki

Course Objectives

Purposes of learning: Pass the mechanical design engineer test level 3 and acquire basic items related to mechanical design.

Objectives of Course:
1. Pass the mechanical design engineer level 3 test (Kikai sekkei gijutsusya 3 kyu).
2. Understand the basics of each subject related to mechanical design in a well-balanced manner.

Rubric

	Ideal Level	Standard Level	Acceptance Level	Unacceptable Level
Achievement 1	Pass the mechanical design engineer level 3 test with excellent grades (Kikai sekkei gijutsusya 3 kyu).	Pass the mechanical design engineer level 3 test with good grades (Kikai sekkei gijutsusya 3 kyu).	Pass the mechanical design engineer level 3 test (Kikai sekkei gijutsusya 3 kyu).	Fail the mechanical design engineer level 3 test (Kikai sekkei gijutsusya 3 kyu).
Achievement 2	Understand the basics of each subject related to mechanical design in a well-balanced manner.	Understand and explain the basics of each subject related to mechanical design.	Understand the basics of each subject related to mechanical design.	Don't understand the basics of each subject related to mechanical design in a well-balanced manner.

Teaching Method

Outline:

General or Specialized : Specialized

Field of learning : Common to all courses of engineering, Materials, Design and Production, Computer Control, Electrical and Electronic Contorol.

Required, Elective, etc. : Elective

Foundational academic disciplines : Engineering／Mechanical engineering／Design engineering, Machine functional element, tribology.

Relationship with Educational Objectives : This class is equivalent to (3) Acquire deep foundation knowledge of the major subject area.

Course outline : Students set a goal of passing the mechanical design engineer of level 3. They are explained the basic matters about the subjects of mechanical engineering, adviced how to learn, and given guidance on the examination procedure and adviced to pass the examination.

Style:

Course method : Students will study independently according to their abilities, focusing on exercises.

Grade evaluation method :
Students who have passed the Mechanical Design Engineer Level 3 Exam will report to the instructor in charge and apply for credits to the Academic Affairs Section by the final day of the year-end exam.
The Academic Affairs Committee deliberates on credit recognition and evaluates it based on the pass / fail of the examination.

Notice:

Precautions on the enrollment :
Of the elective courses (excluding voluntary study courses), the number of credits recognized by the Academic Affairs Committee is 6 credits or less (4 credits or less for general courses) including off-campus training A or B for specialized courses.

Course advice :
Attend the briefing session and understand the precautions regarding the course.
As a preparatory study to be done beforehand, review of mechanical engineering subjects

Foundational / Related subjects : Mechanical engineering subjects such as various mechanics.

Attendance advice :
It is important to have a well-balanced understanding of the basics of each subject related to mechanical design.
Be aware of your goals and make constant efforts.
Students cannot pass the qualification test with a passive attitude.

Course Plan

			Theme	Goals
1st Semester
	1st Quarter
		1st	Guidance Explanations and exercises on mechanics and machine element design	Understand the outline of the exam and the process of earning credits. Can solve basic problems related to mechanics and machine element design.
		2nd	Explanations and exercises on mechanics and machine element design	Can solve basic problems related to mechanics and machine element design.
		3rd	Explanations and exercises on mechanics and machine element design	Can solve basic problems related to mechanics and machine element design.
		4th	Explanations and exercises related to mechanical mechanics	Can solve basic problems related to mechanical mechanics.
		5th	Explanations and exercises related to mechanical mechanics	Can solve basic problems related to mechanical mechanics.
		6th	Explanations and exercises on fluid engineering	Can solve basic problems related to fluid engineering.
		7th	Explanations and exercises on fluid engineering	Can solve basic problems related to fluid engineering.
		8th	Explanations and exercises on fluid engineering	Can solve basic problems related to fluid engineering.
	2nd Quarter
		9th	Explanations and exercises on thermodynamics	Can solve basic problems related to thermal engineering.
		10th	Explanations and exercises on thermodynamics	Can solve basic problems related to thermal engineering.
		11th	Explanations and exercises on thermodynamics	Can solve basic problems related to thermal engineering.
		12th	Explanations and exercises on control engineering	Can solve basic problems related to control engineering.
		13th	Explanations and exercises on control engineering	Can solve basic problems related to control engineering.
		14th	Explanations and exercises on industrial materials	Can solve basic problems related to industrial materials.
		15th
		16th	Explanations and exercises on industrial materials	Can solve basic problems related to industrial materials.
2nd Semester
	3rd Quarter
		1st	Guidance on examination procedures and advice for taking the examination	Can take the exam.
		2nd	Explanations and exercises on Manufacturing Process and Systems.	Can solve basic problems related to Manufacturing Process and Systems.
		3rd	Explanations and exercises on Manufacturing Process and Systems.	Can solve basic problems related to Manufacturing Process and Systems.
		4th	Explanations and exercises on strength of materials	Can solve basic problems related to strength of materials.
		5th	Explanations and exercises on strength of materials	Can solve basic problems related to strength of materials.
		6th	Explanations and exercises related to mechanical drawing	Can solve basic problems related to mechanical drawing.
		7th	Explanations and exercises related to mechanical drawing	Can solve basic problems related to mechanical drawing.
		8th	Explanations and exercises related to mechanical drawing	Can solve basic problems related to mechanical drawing.
	4th Quarter
		9th	Explains the problems of each subject conducted in this year's Mechanical Design Engineer Level 3 Exam	Understand the contents and answers of this year's exam questions.
		10th	Explains the problems of each subject conducted in this year's Mechanical Design Engineer Level 3 Exam	Understand the contents and answers of this year's exam questions.
		11th	Explains the problems of each subject conducted in this year's Mechanical Design Engineer Level 3 Exam	Understand the contents and answers of this year's exam questions.
		12th	Explains the problems of each subject conducted in this year's Mechanical Design Engineer Level 3 Exam	Understand the contents and answers of this year's exam questions.
		13th	Explains the problems of each subject conducted in this year's Mechanical Design Engineer Level 3 Exam	Understand the contents and answers of this year's exam questions.
		14th	Explains the problems of each subject conducted in this year's Mechanical Design Engineer Level 3 Exam	Understand the contents and answers of this year's exam questions.
		15th
		16th	Guidance on credit examination application	Can apply for credit examination.

Evaluation Method and Weight (%)

	Examination	Presentation	Mutual Evaluations between students	Behavior	Portfolio	Other	Total
Subtotal	100	0	0	0	0	0	100
Basic Proficiency	0	0	0	0	0	0	0
Specialized Proficiency	100	0	0	0	0	0	100
Cross Area Proficiency	0	0	0	0	0	0	0