電子情報基礎

科目基礎情報

学校 富山高等専門学校 開講年度 令和06年度 (2024年度)
授業科目 電子情報基礎
科目番号 0003 科目区分 専門 / 必修
授業形態 授業 単位の種別と単位数 履修単位: 1
開設学科 電子情報工学科 対象学年 1
開設期 後期 週時間数 2
教科書/教材 精選電気基礎(実教出版),精選電気基礎演習ノート(実教出版)
担当教員 山口 晃史

到達目標

1. Understand the electricity (Ohm's law, Kirchhoff's law, etc.) correctly.
2. Understand the calculate the basic quantities related to electricity.
3. Understand the magnetism (Coulomb's law concerning magnetism, etc.) correctly.

ルーブリック

Ideal LevelStandard LevelUnacceptable Level
Achievement 1Can Understand the basic matters concerning electricity almost perfectly.Can Understand the basic matters concerning electricity correctly.Can't Understand the basic matters concerning electricity correctly.
Achievement 2Can Understand the calculation method of basic quantities concerning electricity almost perfectly.Can Understand the calculation method of basic quantities concerning electricity correctly.Can't Understand the calculation method of basic quantities concerning electricity correctly.
Achievement 3Can Understand the basic matters concerning magnetism almost perfectly.Can Understand the basic matters concerning magnetism correctly.Can't Understand the basic matters concerning magnetism correctly.

学科の到達目標項目との関係

ディプロマポリシー DP2 説明 閉じる
ディプロマポリシー 1 説明 閉じる

教育方法等

概要:
Understand the explanation of basic electrical phenomena and the correct treatment of various laws and mathematical methods. In parallel with classroom lectures, students are given an interest in electricity through displays and demonstrations using electrical test equipment, etc., and are given an explanation of individual cases that are overflowing with home and social life.
授業の進め方・方法:
Basic technology related to the basics of electricity shall be provided. Lectures by teachers alone shall be conducted. Experiments and simulations shall be incorporated to make the lectures visually understandable.
注意点:
In this subject, units are recognized based on an evaluation of 50 points or more. Those who have an evaluation of less than 50 points may take the confirmatory examination upon their request.

授業の属性・履修上の区分

アクティブラーニング
ICT 利用
遠隔授業対応
実務経験のある教員による授業

授業計画

授業内容 週ごとの到達目標
後期
3rdQ
1週 Electron and current Understand the transfer and current of free electrons.
2週 DC circuit calculation Understand the calculation methods such as the series connection of resistors, the combined resistance of parallel connected circuits.
3週 Serial parallel circuit calculation Understand the calculation method of the combined resistance.
4週 Kirchhoff's law 1 Understand the Kirchhoff's law can be used to explain the formulation of simultaneous equations for circuits.
5週 Kirchhoff's law 2 Understand the Kirchhoff's law can be used to explain the construction of the simultaneous equations and the direction of the current in the circuit.
6週 Resistance of the conductor Understand the resistance of a conductor depends on the material and shape of the material.
7週 Various resistance Understand the Various shapes and types of resistors.
8週 Mid-term exams
4thQ
9週 Electricity and power consumption Understand the meaning of electric power and electric power consumption.
10週 Current Heating and Thermoelectric Understand the heating effect of electric current.
11週 Magnet and magnetic
Understand the force acting between the poles.
12週 Coulomb's law of magnetism
Understand the Coulomb's law of magnetism.
13週 Magnetic induction and magnetic shielding Understand the action of magnets to magnetize iron
14週 Magnetic flux and flux density Understand the meaning of magnetic flux.
15週 Final exam Final exam
16週 Return the final exam Return the final exam

モデルコアカリキュラムの学習内容と到達目標

分類分野学習内容学習内容の到達目標到達レベル授業週
専門的能力分野別の専門工学電気・電子系分野電気回路電荷と電流、電圧、電力の関係を理解し、回路の計算に用いることができる。3
合成抵抗や分圧・分流の考え方を用いて、回路の計算ができる。3
キルヒホッフの法則や重ねの理等の定理を理解し、回路の電圧や電流、電力を計算できる。3
電磁気電荷及びクーロンの法則を説明でき、点電荷に働く力等を計算できる。3
電流が作る磁界をアンペールの法則を用いて計算できる。3
計測SI単位系における基本単位と組立単位について説明できる。3

評価割合

ExaminationPresentationMutual Evaluations between studentsBehaviorPortfolioOther合計
総合評価割合10000000100
Basic Proficiency10000000100
Specialized Proficiency0000000
Cross Area Proficiency0000000