Module 1: Introduction to Arduino

• Overview of Arduino and its applications

• Different types of Arduino boards

• Setting up the Arduino development environment

Module 2: Getting Started with Arduino

• Installing the Arduino IDE

• Configuring the Arduino board and USB drivers

• Writing and uploading your first program

Module 3: Arduino Pinout Diagram

• Understanding the pin layout of Arduino boards

• Digital vs. analog pins

• Power supply and ground connections

Module 4: Blink Program

• Introduction to digital output

• Writing a simple LED blink program

• Modifying the blink rate and using different pins

Module 5: Read and Write Function

• Understanding digital read and write functions

• Interfacing with push buttons and switches

• Controlling LEDs based on input

Module 6: Serial Monitor | Part 1

• Using the serial monitor for debugging

• Sending and receiving data via the serial interface

• Basic serial communication commands

Module 7: Serial Monitor | Part 2

• Advanced serial communication techniques

• Interfacing with serial devices

• Creating interactive serial-based applications

Module 8: Declaration and Uses of Variables in Arduino | Part 1

• Introduction to variables and data types

• Declaring and initializing variables

• Using variables in simple programs

Module 9: Declaration and Uses of Variables in Arduino | Part 2

• Advanced variable types and scope

• Manipulating variables for complex logic

• Best practices for using variables in Arduino

Module 10: Loops in Arduino | Part 1

• Introduction to loops: for, while, and do-while

• Using loops for repetitive tasks

• Creating time-based operations with loops

Module 11: Loops in Arduino | Part 2

• Nested loops and loop control statements

• Optimizing loops for performance

• Implementing complex logic using loops

Module 12: Conditional Statements

• Understanding if, else if, and else statements

• Using conditional logic to control program flow

• Implementing decision-making in projects

Module 13: Communication Protocols

• Overview of I2C, SPI, and UART protocols

• Interfacing Arduino with sensors and modules

• Implementing communication between multiple devices

Module 14: Introduction to PCB Designing

• Understanding PCB technology and its importance

• Types of PCBs: single-layer, double-layer, and multi-layer

• Common applications and industries using PCBs

Module 15: Introduction to EasyEDA Tool

• Overview of EasyEDA and its features

• Creating a new schematic design

• Selecting and placing components from the library

• Using wiring and label features for clarity

• Adding finishing touches for professional schematics

• Cross-verifying footprints with schematic symbols

• Creating layout designs and generating 3D diagrams

Module 16: 3D Model View and Verification

• Generating a 3D model of the PCB layout

• Inspecting and verifying the design visually

• Checking for design rule violations and corrections

Module 17: IR Sensor

• Introduction to IR sensors and their applications

• Designing circuits with IR sensors and actuators

• Integration with Arduino for real-world applications

Module 18: Designing Other Circuits

• Voltage regulator circuit design

• Using the 555 timer for various applications

• Designing multi-power supply circuits

Module 19: Arduino Board Development

• Identifying the proper circuit for specific applications

• Validating circuits using datasheets and specifications

• Designing power supply circuits

• Creating professional circuit schematics

• Developing power supply and ATmega328p-PU schematic parts

• Component placement strategies

• Routing a single-layer PCB (challenging task)

• Validating layout designs

• 3D model validation for final design checks

Module 20: Verification from Trainer

• Reviewing designs with a trainer for expert feedback

• Implementing final adjustments based on verification results

• Preparing designs for fabrication and production