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$80

for 4 classes

クラッシュコース: 4 週間で学ぶ Arduino の基礎

新着クラス

年齢 9 歳-13 歳

ライブグループコース

この 4 週間の短期集中コースで、Arduino の旅を始めましょう。楽しく実践的なプロジェクトを通じて、プログラミングと回路構築の基本を学びます。初心者に最適です。

Tirre' Logston

平均評価:

5.0

レビュー数:

(38 レビュー)

オンラインライブ授業

週に1回、 4 週間

2 人-4 人 1クラスあたりの学習者

55 分

About 学習の概要講師レビュー

含まれるもの

4 ライブミーティング

3 時間 40 分授業時間

宿題：

週1時間. Students should build their project before the next class. A video with how to build it will be provided each week. The live class time will be focused on learning the code, debugging, and sharing our success.

テスト

Assessment is proficient or needs more practice, based on project completion, debugging skills, and creativity. The final project demonstrates overall understanding.

この文章は自動翻訳されています

このクラスで学べること

This 4-week crash course introduces students to Arduino, a powerful platform for programming and electronics. Each week, students will learn a key concept through engaging hands-on activities.

Class structure:

Fast paced 50-minute live sessions with coding and building demonstrations.
Time for questions, troubleshooting, and sharing progress.

学習到達目標

Understand the basics of Arduino hardware and software.

Write and upload simple programs to control LEDs and sensors.

シラバス

4 レッスン

4 週間以上

レッスン 1:

Blinking LED & Morse Code Project

 🛠️ Key Concepts:
Introduction to Arduino: What is it? How does it work?
Setting Up the Arduino IDE (Software for coding)
Digital Outputs: Turning an LED ON and OFF
Basic Coding: pinMode(), digitalWrite(), delay()

🎯 Mini Project: Morse Code Blinker
Goal: Program an LED to blink in Morse Code.
Skills Gained: Writing a basic program, understanding delays and loops.
Challenge: Modify the code to blink your initials in Morse Code.

55 分のオンラインライブレッスン

レッスン 2:

Light Sensor & Night Light Project

 🛠️ Key Concepts:
Analog Inputs: How sensors work (photoresistor)
Reading Sensor Data: analogRead()
Conditional Statements: if statements to control LEDs
Serial Monitor: Displaying sensor data for debugging

🎯 Mini Project: Automatic Night Light
Goal: Build a light-sensing LED that turns ON in the dark.
Skills Gained: Reading sensor values, setting a threshold for control.
Challenge: Adjust the brightness of the LED based on the light level.

55 分のオンラインライブレッスン

レッスン 3:

Reaction Game Project

 🛠️ Key Concepts:
Digital Inputs: Reading button presses
Random Delays: random() function
Timing Events: millis() function for measuring reaction time
Game Logic: Creating a simple game structure

🎯 Mini Project: Reaction Speed Game
Goal: Press a button as fast as possible when an LED turns on.
Skills Gained: Using timing functions, creating user interactions.
Challenge: Store the fastest reaction time in memory and display it.

55 分のオンラインライブレッスン

レッスン 4:

Mini Piano with Buzzer

 🛠️ Key Concepts:
Sound Generation: tone() function to play musical notes
Multiple Inputs: Using multiple buttons
Frequency & Pitch: Understanding how sound waves work

🎯 Mini Project: Mini Piano
Goal: Use buttons to play different musical notes on a buzzer.
Skills Gained: Generating tones, handling multiple inputs.
Challenge: Add more notes or program a pre-set melody.

55 分のオンラインライブレッスン

その他の情報

学習ニーズ

This course is designed with step-by-step guidance and visual demonstrations to help all learners succeed, including those with ADHD, Dyslexia, or ASD. The pace can be adjusted to meet individual needs, and questions are always encouraged!

保護者へのお知らせ

Learners will use Arduino IDE (free to download) or Arduino Cloud on their computer. Parental assistance may be required for setup before the first class. No potentially upsetting content.

受講の前提条件

No prior experience required. Learners should have basic computer skills (e.g., saving files, navigating a browser).

受講に必要なもの

Arduino Starter Kit (e.g., Arduino Uno R3 or R4, breadboard, LEDs, resistors, wires, pushbuttons).
Approx. cost: $30-$50.
Computer with USB port and internet access for Arduino IDE download.

外部リソース

学習者は、Outschoolが提供する基本ツール以外のアプリやウェブサイトを使用する必要はありません。

先生について

Tirre' Logston

参加しました June, 2020

5.0

38レビュー

プロフィール

教師の専門知識と資格

As a STEM educator with years of experience in coding and hands-on learning, I love making technology approachable for all learners. I've taught Arduino projects to various age groups and can't wait to share my passion for electronics with your child!