Course Objectives
1. Able to understand and explain basic knowledge of measurement (International System of Units, measurement terminology, etc.).
2. Able to understand and explain laws and phenomena related to measurement principles.
3. Able to understand and explain the structure, measurement principle, and measurement method of typical mechanical measuring instruments.
Rubric
| Ideal Level | Standard Level | Minimum Level |
Achievement 1 | Able to deeply understand and explain basic knowledge of measurement (International System of Units, measurement terminology, etc.). | Able to understand and explain basic knowledge of measurement (International System of Units, measurement terminology, etc.). | Able to explain basic knowledge of measurement (International System of Units, measurement terminology, etc.) while referring to related materials. |
Achievement 2 | Able to deeply understand and explain laws and phenomena related to measurement principles. | Able to understand and explain laws and phenomena related to measurement principles. | Able to explain laws and phenomena related to measurement principles while referring at related materials. |
Achievement 3 | Able to deeply understand and explain the structure, measurement principles, and measurement methods of typical mechanical measuring instruments. | Able to understand and explain the structure, measurement principles, and measurement methods of typical mechanical measuring instruments. | Able to explain the structure, measurement principles, and measurement methods of typical mechanical measuring instruments while referring to related materials. |
Assigned Department Objectives
Teaching Method
Outline:
In this lecture, you will learn basic knowledge about measurement (International System of Units, measurement error, uncertainty, definitions and types of measurement, etc.), structures and principles of various mechanical measuring instruments, measurement methods and characteristics.
Style:
Classes are conducted in a classroom style centered on textbooks. Have them look at actual measuring equipment (various sensors, block gauges, radiation thermometers, metal wire resistance thermometers, etc.) as necessary. As this course is academic credit course, you are required to submit report summarizing what prepared and reviewed as pre- and post-learning.
【31 class hours + 60 self-study hours】
Notice:
About two reports are planned, but be sure to write in your own words. It is not acceptable to easily copy or reproduce information on the Internet or other people's reports.
Reference book: INTRODUCTION MEASUREMENT ENGINEERING 3rd Edition/Revised Edition (Morikita Publishing Co., Ltd.)
Characteristics of Class / Division in Learning
Course Plan
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Theme |
Goals |
2nd Semester |
3rd Quarter |
1st |
Basic overview of measurements |
Able to understand and explain the definition of measurement and measurement engineering.
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2nd |
Basic overview of measurements |
Able to understand and explain sensors and measurement methods in measurement engineering.
|
3rd |
Basic overview of measurements |
Able to understand and explain measurement methods and measurement terms in measurement engineering.
|
4th |
Basic overview of measurements |
Able to understand and explain the International System of Units and measurement errors.
|
5th |
Handling of measurement data |
Able to understand and explain significant figures and statistical processing of measured data.
|
6th |
Length measurement |
Able to understand and explain the structure, principles, measurement methods and characteristics of various measuring instruments related to length measurement.
|
7th |
Length measurement |
Able to understand and explain the structure, principles, measurement methods and characteristics of various measuring instruments related to length measurement.
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8th |
Second semester midterm exam |
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4th Quarter |
9th |
Angle measurement |
Able to understand and explain the structure, principle, measurement method and characteristics of various measuring instruments related to angle measurement.
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10th |
Surface measurement |
Able to understand and explain the structure, principle, measurement method and characteristics of various measuring instruments related to surface measurement.
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11th |
Measurement by coordinates |
Able to understand and explain the structure, principles, measurement methods and characteristics of 2D and 3D measuring machines.
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12th |
Mass and force measurements |
Able to understand and explain the structure, principles, measurement methods and characteristics of various measuring instruments related to mass and force.
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13th |
Force and pressure measurements |
Able to understand and explain the structure, principle, measurement method and characteristics of various measuring instruments related to force and pressure.
|
14th |
Density and temperature measurement |
Able to understand and explain the structure, principle, measurement method and characteristics of various measuring instruments related to density and temperature.
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15th |
Measurement of temperature, humidity, heat, time and vibration |
Able to understand and explain the structure, principles, measurement methods and characteristics of various measuring instruments for measuring temperature, humidity, heat, time, and vibration.
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16th |
Return of final exam answers for the second semester |
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Evaluation Method and Weight (%)
| Midterm/Final exam | Quiz | Portfolio | Presentation/Attitude | Other | Total |
Subtotal | 65 | 0 | 20 | 15 | 0 | 100 |
Basic Proficiency | 25 | 0 | 5 | 0 | 0 | 30 |
Specialized Proficiency | 40 | 0 | 10 | 15 | 0 | 65 |
Cross Area Proficiency | 0 | 0 | 5 | 0 | 0 | 5 |