Introduction to Electronic Materials

Course title

G0914000

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Course description

Electronic devices permeate every aspect of our present day lives. This course introduces the basic concepts of the electric and electronics devices. Topics to be discussed include conductive materials, dielectric materials, semiconductor materials and magnetic materials.

Purpose of class

This course should provide the students with a basic understanding of physical properties of materials and principles of operation of electric/electronics devices.

Goals and objectives

will comprehend about conductive materials.
will comprehend about semiconductors.
will comprehend about dielectric materials.
will comprehend about magnetic materials.

Language

Japanese

Class schedule

	Class schedule	HW assignments (Including preparation and review of the class.)	Amount of Time Required
1.	Introduction of Electronic Materials (1)	Read chapter 1 in textbook.	30minutes
1.	Introduction of Electronic Materials (1)	Solve the textbook practice problem.	160minutes
2.	Introduction of Electronic Materials (2)	Read chapter 1 in textbook.	30minutes
2.	Introduction of Electronic Materials (2)	Solve the textbook practice problem.	160minutes
3.	Quiz 1 ( Introduction of Electronic Materials) Conductive and Insulation Materials (1)	Read chapter 2 in textbook.	30minutes
3.		Solve the textbook practice problem.	160minutes
4.	Conductive and Insulation Materials (2)	Read chapter 2 in textbook.	30minutes
4.	Conductive and Insulation Materials (2)	Solve the textbook practice problem.	160minutes
5.	Quiz 2 (Conductive and Insulation Materials) Dielectric Materials	Read chapter 3 in textbook.	30minutes
5.		Solve the textbook practice problem.	160minutes
6.	Piezoelectric Materials	Read chapter 4 in textbook.	30minutes
6.	Piezoelectric Materials	Solve the textbook practice problem.	160minutes
7.	Mid-Term Examination	Review the learned contents.	160minutes
7.	Mid-Term Examination	Review of insufficient understanding.	30minutes
8.	Semiconductor Materials (1)	Read chapter 7 in textbook.	30minutes
8.	Semiconductor Materials (1)	Solve the textbook practice problem.	160minutes
9.	Semiconductor Materials (2)	Read chapter 7 in textbook.	30minutes
9.	Semiconductor Materials (2)	Solve the textbook practice problem.	160minutes
10.	Optical Materials	Read chapter 9 in textbook.	30minutes
10.	Optical Materials	Solve the textbook practice problem.	160minutes
11.	Quiz 3 (Semiconductor and Optical Materials) Display and Opto-electric Materials (1)	Read chapter 10 in textbook.	30minutes
11.		Solve the textbook practice problem.	160minutes
12.	Display and Opto-electric Materials (2)	Read chapter 10 in textbook.	30minutes
12.	Display and Opto-electric Materials (2)	Solve the textbook practice problem.	160minutes
13.	Quiz 4 (Display and Opto-electric Materials) Energy Materials	Read chapter 11 in textbook.	30minutes
13.		Solve the textbook practice problem.	160minutes
14.	Final Examination	Review the learned contents.	160minutes
14.	Final Examination	Review of insufficient understanding.	30minutes
Total.	-	-	2660minutes

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

	Quiz 1, 2	Mid-Term Examination	Quiz 3, 4	Final Examination	Total.
1.	5%	12%			17%
2.	5%	28%			33%
3.			5%	20%	25%
4.			5%	20%	25%
Total.	10%	40%	10%	40%	-

Evaluation method and criteria

Mid-Term and Final Examination (80%)
Quiz (20%)

Textbooks and reference materials

Electrical and Electronics Materials (in Japanese)

Prerequisites

Studied “Introduction to Electronic Engineering Course” and “Introduction to Electromagnetism”.

Office hours and How to contact professors for questions

13:00~13:30 on Friday at 09H25 (Toyosu).

Relation to the environment

Non-environment-related course

Regionally-oriented

Non-regionally-oriented course

Development of social and professional independence

Course that cultivates an ability for utilizing knowledge

Active-learning course

N/A

Last modified : Wed Oct 17 07:08:24 JST 2018