Laboratory Exercises for Engineering Science 1

Course title

B0691200

	matsuhira nobuto
	hashimura shinji
	hosoya naoki
	maeda shingo
and more...
	yamamoto sota

Course description

In this course, students will learn specific engineering knowledge in widely chosen topics. Each topic is shown in the class schedule. The course also aim understanding not only the backgrounds and objective of each experimental exercise but also the concept of physical theories by observing real phenomena.

Purpose of class

To get understanding for some typical engineering phenomena, and fundamental abilities for conducting, analyzing and reporting an experiment.

Goals and objectives

To get the ability to understand the objective and content of each exercise topic from scientific and engineering viewpoints
To get the ability to analyze experimental results from scientific and engineering viewpoints
To get the literacy to report the experimental results according to the format of scientific paper

Language

Japanese

Class schedule

	Class schedule	HW assignments (Including preparation and review of the class.)	Amount of Time Required
1.	Guidance for the course	Read the textbook.	140minutes
2.	Mechanics of materials #1 Twist of a bar In this experiment, a torsional torque is applied to the round bar, and it is confirmed whether the torsional angle of the bar is consistent with the calculation result of the strength of materials. The twisting problem deals with not only the statically indeterminate problem but also the statically indeterminate problem. The text will be published on the Web in advance, so study hard.	Read the related experiment of the textbook.	140minutes
3.	Mechanics of materials #2 Deflection of a beam In this experiment, a load is applied to a beam supported by knifes at both ends to generate a bending moment, and it is confirmed whether the amount of deflection of the beam is consistent with the calculation results of strength of materials.	Read the related experiment of the textbook.	140minutes
4.	Mechanical Dynamics - a flexible sensor device with an electrical and electronic circuit - #1 A principle of a flexible sensor and characteristics of an electrical and electronic circuit	Investigate a principle of the flexible sensor and the characteristics of the electrical and electronic circuit	140minutes
5.	Mechanical Dynamics - a flexible sensor device with an electrical and electronic circuit - #2 A development and a performance assessment of the flexible sensor	Investigate a development and a performance assessment of the flexible sensor	140minutes
6.	Control system Assembling a circuit for linetracing of legged robot	Read the related experiment of the textbook.	140minutes
7.	Control system Assembling a circuit and verification for linetracing of legged robot	Read the related experiment of the textbook.	140minutes
Total.	-	-	980minutes

Relationship between 'Goals and Objectives' and 'Course Outcomes'

	Report	Total.
1.	30%	30%
2.	30%	30%
3.	40%	40%
Total.	100%	-

Evaluation method and criteria

Students' reports will be examined by the corresponding professor of each topic, then the average of all scores will be used for evaluation. Students must attend the all experimental exercises and reports for all topics. Student with more than 60% of the total score will be given credit.

Textbooks and reference materials

Reference materials are explained by each experiment.

Prerequisites

Students should read and study the textbook in advance and understand the overview of the experiment.

Office hours and How to contact professors for questions