Course Overview
The Arduino Master Class is a 30-day hands-on program designed to take learners from the basics of embedded systems to advanced Arduino-based projects. The course combines theory, practical exercises, and real-world applications to build skills in electronics, sensors, motors, displays, robotics, and IoT systems.
Course Highlights
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Introduction & Setup: Basics of embedded systems, Arduino programming, and software installation.
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Sensor & Interface Projects: Motion detection, temperature, humidity, water quality monitoring, and distance measurement using various sensors.
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Displays & Controls: LCD, TFT, keypad, and 7-segment display interfacing with Arduino.
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Motors & Robotics: DC, servo, and stepper motor control, voice-controlled robots, obstacle avoidance, and brain-controlled robotics.
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Advanced Systems & IoT: RADAR with Ultrasonic sensors and MATLAB, power monitoring, electrical fault detection, and industry IoT monitoring.
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Communication Technologies: Bluetooth control, audio protocols, and Li-Fi data transmission experiments.
Curriculum
- 6 Sections
- 32 Lessons
- 10 Weeks
- Day 1 | Introduction to Embedded System | ArduinoIn this session, learners are introduced to the world of embedded systems and Arduino. The module covers the orientation, fundamentals of embedded systems, and an overview of Arduino and other microcontrollers. Participants will explore practical applications of Arduino, review common interview questions, and gain insights into the latest industry news.11
- 1.1Orientation Session
- 1.2Orientation Session – Video
- 1.3Introduction to Embedded System
- 1.4Introduction to Embedded System – Video
- 1.5Quiz: Getting Started with Embedded Systems10 Questions
- 1.6Overview on Arduino & Other Microcontroller
- 1.7Overview on Arduino & Other Microcontroller – Video
- 1.8Applications of Arduino | Interview Questions & News – 1
- 1.9Applications of Arduino | Interview Questions & News – 1 – Video
- 1.10Quiz: Arduino Basics and Applications10 Questions
- 1.11Attachment – 1
- Day 2 | Installing Software & Libraries | Programming ArduinoThis session guides learners through the installation and setup of the Arduino IDE, helping them get familiar with the development environment. Learners will explore the key features and interface of the IDE and understand how to install necessary libraries to extend Arduino’s capabilities. The session also introduces the fundamentals of Arduino programming, covering the basic syntax, structure of a sketch, and how to write and upload code to the board.6
- Day 3 | Basic Embedded application using ArduinoIn this session, learners will dive into the core concepts of sensors and digital input/output operations using Arduino. The lesson focuses on how embedded systems interact with the physical world through sensors and actuators. Learners will develop a basic embedded application using Arduino, applying both hardware connections and programming logic to control digital I/O devices effectively.5
- Day 4 | Analog I/O Rat trap design using LaserThis session introduces learners to analog input and output operations in Arduino and their applications in real-world projects. Learners will explore how laser sensors can be integrated with Arduino to detect obstacles or movements. Using this knowledge, they will design a rat trap system that utilizes analog input signals from a laser setup to trigger automated actions — demonstrating how analog sensing can be used for smart control systems.5
- Day 5 | Mobile Controlled Light & BluetoothIn this session, learners will explore serial communication using the UART protocol, which forms the foundation for Arduino to communicate with external devices. The focus will be on Bluetooth-based control, enabling learners to design applications where mobile devices can control hardware, such as switching lights on and off. This session provides hands-on experience in wireless communication and IoT-style control systems using Arduino.5
- Day 6 | LCD Interface with ArduinoThis session introduces learners to display interfacing with Arduino, focusing on LCD modules. Participants will learn how to communicate with LCDs using the I2C protocol for simplified wiring and faster data transfer, as well as the traditional method without I2C. Through hands-on exercises, learners will understand how to display data from Arduino on LCD screens and implement dynamic visual feedback in projects.3
Instructor
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