Arduino Programming & Project Training
Duration: 30 Days
Training Pattern: 1 Hour Theory + 2 Hours Practical Daily
Level: Beginner to Project-Based
Focus: Arduino, Electronics, Sensors, Automation, IoT and Practical Projects
Training Pattern: 1 Hour Theory + 2 Hours Practical Daily
Level: Beginner to Project-Based
Focus: Arduino, Electronics, Sensors, Automation, IoT and Practical Projects
Week 1: Basics & Setup — Day 1–7
- What is Arduino?
- Applications of Arduino in IoT, Robotics and Automation
- Types of Arduino boards
- Installing Arduino IDE
- Arduino Uno components
- Digital vs Analog pins
- Power supply methods
- Writing the first Arduino program
- Uploading a sketch
- Blink LED program
- Voltage
- Current
- Resistance
- Ohm's Law
- Breadboard basics
- Understanding digital input
- Push button input
- Reading button states using Arduino
- LED control using a button
- LED patterns
- Traffic light system
Students will build a practical traffic light controller using Arduino.
Mini Project: Traffic Light Controller
Week 2: Sensors & Inputs — Day 8–14
- Understanding analog input
- Reading a potentiometer
- Serial Monitor output
- Understanding PWM
- LED brightness control
- Fade effect
- Introduction to temperature sensors
- LM35 sensor interfacing
- Reading temperature values
- LDR sensor basics
- LDR-based automatic light system
- Reading light intensity
- HC-SR04 ultrasonic sensor
- Distance measurement
- Displaying measured distance
- Active buzzer
- Passive buzzer
- Alarm system
Students will combine the ultrasonic sensor with Arduino to create a practical distance measurement system.
Mini Project: Distance Measurement System
Week 3: Communication & Modules — Day 15–21
- Serial communication basics
- Serial Monitor
- Serial Plotter
- 16x2 LCD basics
- LCD interfacing with Arduino
- Displaying sensor values
- Introduction to I2C communication
- I2C LCD module
- LCD with I2C module
- Servo motor basics
- Servo interfacing
- Servo control
- Angle positioning
- DC motor basics
- Motor driver concept
- Using L293D motor driver
- Arduino motor control
- Relay module basics
- Controlling appliances using relay
- Electrical safety considerations
Students will create a temperature-based fan control system using a temperature sensor and motor/relay module.
Mini Project: Smart Fan — Temperature-Based Control
Week 4: IoT & Advanced Concepts — Day 22–30
- Basics of Internet of Things
- IoT applications
- Arduino + WiFi
- ESP8266 introduction
- Programming ESP8266
- ESP8266 configuration
- WiFi connectivity
- HC-05 Bluetooth module
- Bluetooth communication
- Mobile control
- Mobile device communication
- Control LED via phone
- Bluetooth-based device control
- Sensor data collection
- Saving data through Serial
- SD card data logging
- Introduction to cloud-based IoT
- Sending sensor data to the cloud
- ThingSpeak introduction
- Combining sensors and modules
- Connecting multiple components
- Testing complete hardware integration
- Project planning
- Hardware assembly
- Programming
- Sensor and module integration
- Testing and troubleshooting
Final Project: Build a complete Arduino-based system.
Students will present and demonstrate their completed Arduino projects.
Example Projects: Smart Home System, IoT Weather Station, Smart Parking System
Suggested Final Projects
- Home Automation System
- Smart Irrigation System
- Fire Detection System
- Obstacle Avoiding Robot
Example Projects
- Smart Home System
- IoT Weather Station
- Smart Parking System
- Traffic Light Controller
- Distance Measurement System
- Smart Fan
Required Components List
Arduino Uno
Breadboard & Jumper Wires
LEDs & Resistors
Push Buttons
LDR
LM35 Temperature Sensor
Ultrasonic Sensor HC-SR04
Servo Motor
Relay Module
LCD 16x2
ESP8266
Bluetooth HC-05
Teaching Tips – Akims Technologies
- Daily 1 hour theory + 2 hours practical training.
- Weekly mini project for practical learning.
- Final certificate and project demonstration.
- Use real-world examples from automation and IoT.
Training Outcomes
After completing the 30-day Arduino training, students will be able to:
- Understand Arduino boards and their applications.
- Program Arduino using the Arduino IDE.
- Work with digital and analog inputs and outputs.
- Interface different sensors with Arduino.
- Control LEDs, buzzers, motors and relays.
- Work with LCD displays and communication modules.
- Use Bluetooth and WiFi modules.
- Understand basic IoT concepts.
- Send sensor data to cloud platforms.
- Build practical automation and IoT projects.
- Develop and present a complete final project.
Course Highlights
- 30 Days Practical Arduino Training
- Daily Theory + Hands-on Practical Sessions
- Weekly Mini Projects
- Sensors and Electronics Training
- IoT and Wireless Communication
- Final Project Development
- Project Demonstration
- Certificate of Completion
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