Arduino and Microcontroller Programming
Microcontrollers and Arduino Programming is a practical and beginner-friendly course designed to provide learners with the fundamental knowledge and hands-on skills required to understand embedded systems, microcontrollers, and Arduino-based development.
Microcontrollers and Arduino Programming is a practical and beginner-friendly course designed to provide learners with the fundamental knowledge and hands-on skills required to understand embedded systems, microcontrollers, and Arduino-based development. The course begins by introducing the concepts of embedded systems, the history and evolution of microcontrollers, their applications, and different types of microcontrollers. Learners will then explore the Arduino platform, including Arduino hardware, board families, the architecture of the Arduino Uno, installation and configuration of the Arduino Integrated Development Environment (IDE), and the development of their first Arduino programs.
What You'll Learn
- ✅ Explain the architecture and operation of microcontrollers:
- ✅ - Identify the components and specifications of Arduino boards .
- ✅ - Develop embedded system projects using Arduino.
- ✅ - Implement serial communication between Arduino and external devices.
- ✅ - Control LEDs
- ✅ motors displays and other actuators.
- ✅ - Interface digital and analog sensors with Arduino.
- ✅ - Write compile and upload Arduino programs.
- ✅ - Install and configure the Arduino IDE.
Course Features
📋 Requirements
- A Laptop computer
- – Basic knowledge of electronics
- – Basic computer skills
- – Fundamental understanding of electricity
🎯 Target Audience
– TVET trainees
– Engineering students
– Electronics and Telecommunication students
– Beginners interested in embedded systems and IoT
Curriculum
UNIT 1: INTRODUCTION TO MICROCONTROLLERS (7 items)
📄 1.1 Overview of Embedded Systems · 5m
📄 1.2 History and Evolution of Microcontrollers · 5m
📄 1.3 Microcontroller vs Microprocessor · 15m
📄 1.4 Types of Microcontrollers · 3m
📄 1.5 Applications and comparison of Microcontrollers and microprocessor · 5m
▶️ Comparison of Microprocessor and Microcontroller: Basics and Key Differences Explained · 11m
📝 End of Unit 1 Quiz
Unit 2: Introduction to Arduino Platform (7 items)
📄 2. 1 Arduino Hardware Overview · 5m
📄 2. 2 Arduino Board Families · 5m
📄 2.3 Arduino Uno Architecture · 5m
📄 2. 4 Arduino IDE Installation · 3m
📄 2. 5 Writing and Uploading the First Program · 15m
▶️ How to Install Arduino Software IDE on Computer / Laptop · 3m
📝 End of Unit 2 Quiz
Unit 3: Arduino Programming Fundamentals (10 items)
📄 3.1 Structure of an Arduino Program · 5m
📄 3.2 Variables and Data Types · 5m
📄 3.3 Operators and Expressions · 4m
📄 3.4 Conditional Statements · 4m
📄 3.5 Loops · 5m
📄 3.6 Functions · 5m
📄 3.7 Libraries · 5m
📄 Unit 3 Summary · 2m
▶️ Arduino Code: Conditional Statements · 10m
📝 End of Unit 3 Quiz
Unit 4: Digital and Analog Input/Output (9 items)
📄 4.1 Digital Input and Output · 5m
📄 4.2 Analog Input · 3m
📄 4.3 Pulse Width Modulation (PWM) · 5m
📄 4.4 Controlling LEDs · 4m
📄 4.5 Push Buttons and Switches · 5m
📄 4.6 Potentiometer Interface · 10m
📄 Unit 4 Summary · 5m
▶️ Arduino Basics: Digital And Analog For Input And Output · 4m
📝 End of Unit Quiz 4
Unit 5: Display Modules and Data Visualization (7 items)
📄 5.1 LCD Display Interface · 5m
📄 5.2 OLED Display Interface · 5m
📄 5.3 Seven-Segment Display · 8m
📄 5.4 Serial Monitor and Serial Plotter · 6m
📄 Unit 5 Summary · 3m
▶️ Arduino Display: Oled, TFT, Character LCD, Segment, E-paper, E-Ink · 9m
📝 End of Unit 5 Quiz
Unit 6: Arduino Project Development using sensors and actuator (8 items)
📄 6.1 Temperature and Humidity Sensors · 10m
📄 6.2 Ultrasonic Sensors · 15m
📄 6.3 Light Sensors (LDR) · 6m
📄 6.4 Servo Motors · 7m
📄 6.5 DC Motors · 15m
📄 6.6 Relay Modules · 15m
📄 6.7Capstone Project Planning · 5m
📄 Unit6: Summary · 2m
Unit 7: Capstone project (2 items)
📄 Final Assessment
📝 Final Assessment quiz
Instructor
I am an ICT enthusiast and software developer with interests in web development, networking, embedded systems, and the Internet of Things (IoT). I enjoy building innovative technology solutions, learning new…
