Arduino Programming and Project Training

Learn Arduino programming through practical, hardware-based training at
Acrosys Technologies. This 30-day course covers Arduino fundamentals,
electronics, sensors, motors, communication modules, IoT integration,
cloud connectivity and real-time project development.

Arduino 30-Day Training Schedule

Week 1: Basics and Setup – Days 1 to 7

Day 1: Introduction to Arduino

• What is Arduino?


• Applications of Arduino in IoT, robotics and automation


• Types of Arduino boards


• Installing the Arduino IDE

Day 2: Arduino Board Overview

• Arduino UNO components


• Digital pins and analog pins


• Digital input and output concepts


• Analog input concepts


• Arduino power supply methods

Day 3: First Arduino Program

• Understanding the Arduino sketch structure


• Writing the first Arduino program


• Compiling and uploading a sketch


• LED blinking program

Day 4: Basic Electronics

• Voltage


• Current


• Resistance


• Ohm’s Law


• Breadboard basics


• Using resistors with LEDs

Day 5: Digital Input

• Understanding digital input


• Push-button interfacing


• Reading button states


• Pull-up and pull-down concepts

Day 6: Digital Output

• LED control using a push button


• Creating different LED patterns


• Controlling multiple LEDs


• Traffic light system basics

Day 7: Mini Project 1

Project: Traffic Light Controller

• Design the traffic light circuit


• Program red, yellow and green light sequences


• Test timing and output behaviour

Week 2: Sensors and Inputs – Days 8 to 14

Day 8: Analog Input

• Understanding analog input


• Reading potentiometer values


• Using the Serial Monitor


• Displaying sensor values

Day 9: PWM Output

• Introduction to Pulse Width Modulation


• Using PWM pins


• LED brightness control


• Creating an LED fade effect

Day 10: Temperature Sensor

• Introduction to the LM35 temperature sensor


• LM35 pin configuration


• Reading temperature values


• Displaying temperature through the Serial Monitor

Day 11: Light Sensor

• Introduction to the LDR sensor


• Reading light intensity


• Automatic light control


• Building an LDR-based automatic lighting system

Day 12: Ultrasonic Sensor

• Introduction to the HC-SR04 ultrasonic sensor


• Trigger and echo pins


• Distance calculation


• Displaying distance measurements

Day 13: Buzzer and Sound

• Active buzzer


• Passive buzzer


• Generating alert sounds


• Building a basic alarm system

Day 14: Mini Project 2

Project: Distance Measurement System

• Measure distance using the HC-SR04 sensor


• Display readings through the Serial Monitor


• Add buzzer-based proximity alerts

Week 3: Communication and Modules – Days 15 to 21

Day 15: Serial Communication

• Understanding serial communication


• Using the Serial Monitor


• Using the Serial Plotter


• Monitoring real-time sensor values

Day 16: LCD Display

• Introduction to the 16x2 LCD


• LCD pin configuration


• Displaying text and sensor values


• Basic LCD interfacing

Day 17: I2C Communication

• Introduction to I2C communication


• I2C LCD module


• Connecting the LCD using fewer pins


• Displaying real-time data

Day 18: Servo Motor

• Introduction to servo motors


• Servo motor wiring


• Controlling servo angles


• Position-based movement

Day 19: DC Motor Control

• Introduction to DC motors


• Understanding the L293D motor driver


• Motor direction control


• Motor speed control basics

Day 20: Relay Module

• Introduction to relay modules


• Controlling high-voltage devices


• Switching AC appliances


• Electrical safety precautions

Day 21: Mini Project 3

Project: Temperature-Based Smart Fan

• Measure temperature using a sensor


• Set a temperature threshold


• Automatically control a fan using a relay or motor driver

Week 4: IoT and Advanced Concepts – Days 22 to 30

Day 22: Introduction to IoT

• Basics of the Internet of Things


• IoT architecture and applications


• Arduino and WiFi integration


• Introduction to the ESP8266 module

Day 23: ESP8266 Setup

• Introduction to ESP8266 programming


• Installing required board packages


• Connecting ESP8266 to WiFi


• Testing internet connectivity

Day 24: Arduino and Bluetooth

• Introduction to the HC-05 Bluetooth module


• Bluetooth module connections


• Sending and receiving commands


• Mobile-based device control

Day 25: Mobile Application Control

• Connecting Arduino to a mobile application


• Controlling an LED using a smartphone


• Sending commands through Bluetooth


• Basic mobile automation system

Day 26: Data Logging

• Introduction to data logging


• Saving sensor data through serial communication


• Introduction to SD card modules


• Recording real-time sensor values

Day 27: Cloud Basics

• Introduction to IoT cloud platforms


• ThingSpeak account setup


• Sending sensor data to ThingSpeak


• Viewing real-time charts online

Day 28: Integration Day

• Combining multiple sensors and modules


• Integrating input and output devices


• Testing complete circuits


• Troubleshooting hardware and code

Day 29: Final Project Development

• Select the final project


• Prepare the circuit design


• Develop and test the Arduino code


• Integrate sensors, modules and communication features


• Prepare project documentation

Day 30: Final Project Presentation

• Final project demonstration


• Code explanation


• Hardware testing


• Project review and feedback


• Question and answer session

Final Project Examples:

• Smart Home System


• IoT Weather Station


• Smart Parking System

Suggested Final Projects

• Home Automation System


• Smart Irrigation System


• Fire Detection System


• Obstacle Avoiding Robot


• Smart Street Light System


• Automatic Water Level Controller


• Temperature Monitoring System

Required Components

• Arduino UNO


• Breadboard


• Jumper wires


• LEDs


• Resistors


• Push buttons


• LDR sensor


• LM35 temperature sensor


• HC-SR04 ultrasonic sensor


• Servo motor


• DC motor and L293D motor driver


• Relay module


• 16x2 LCD


• I2C LCD module


• ESP8266 WiFi module


• HC-05 Bluetooth module


• Buzzer

Training Method

• One hour of theory every day


• Two hours of practical training every day


• One mini project every week


• Real-world examples from automation, robotics and IoT


• Final project demonstration


• Course completion certificate

Course Outcomes

After completing this Arduino training, students will be able to:

• Understand Arduino boards and embedded programming fundamentals


• Write, compile and upload Arduino programs


• Interface LEDs, switches, sensors, motors and displays


• Use serial, Bluetooth and WiFi communication


• Build automation, robotics and IoT projects


• Send sensor data to cloud platforms


• Develop and present a complete Arduino project