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![Welcome to ATL Tinkering Lab
• Let's Explore the World of Arduino &
Innovation!
• By [Your Name]](https://image.slidesharecdn.com/atlarduinocompletepresentationaivisuals-250804150435-18598e58/85/ATL_Arduino_Complete_Presentation_AI_Visuals-pptx-1-320.jpg)
ATL_Arduino_Complete_Presentation_AI_Visuals.pptx
- 1. Welcome to ATLTinkering Lab • Let's Explore the World of Arduino & Innovation! • By [Your Name]
- 2. What is ATL(Atal Tinkering Lab)? • • Initiative by NITI Aayog • • Promotes STEM & innovation • • Equipped with tools like Arduino, sensors, motors, etc.
- 3. What is Arduino? •• Open-source microcontroller platform • • Easy to use hardware & software • • Used for creating interactive electronics projects
- 4. Types of ArduinoBoards in ATL • • Arduino UNO (Most common) • • Arduino Nano • • Arduino Mega • (Include images of each)
- 5. What Can WeDo with Arduino? • • Control lights, motors • • Sense environment using sensors • • Build robots & automation systems
- 6. Arduino UNO –Basic Parts • • USB port, power jack, digital & analog pins • • ATmega328 microcontroller • (Labelled image of Arduino UNO)
- 7. Basic Tools Availablein ATL • • Breadboard, jumper wires • • LEDs, resistors, switches • • Screwdrivers, multimeter, soldering kit • (Show pictures of each)
- 8. Most Used Sensorsin ATL • • Ultrasonic sensor • • IR sensor • • Temperature sensor • • Motion sensor (PIR) • (Show real photos)
- 9. Output Devices inATL • • Buzzer • • DC Motor, Servo Motor • • LEDs, Relay Module • • LCD Display
- 10. Arduino Software (IDE) •• Free software to write & upload code • • Easy interface • (Screenshot of Arduino IDE)
- 11. Uploading Code toArduino • 1. Connect Arduino via USB • 2. Open Arduino IDE • 3. Write or paste code • 4. Select correct Board & Port • 5. Click Upload Button • (Add diagram/image)
- 12. First Code: BlinkLED • ```cpp • void setup() { • pinMode(13, OUTPUT); • } • void loop() { • digitalWrite(13, HIGH); • delay(1000); • digitalWrite(13, LOW); • delay(1000);
- 13. Project: Automatic StreetLight • • LDR Sensor + LED • • Turns on LED in dark • (Simple circuit diagram)
- 14. Project: Obstacle AvoidingCar • • Ultrasonic Sensor + Motors • • Avoids objects • (Show robot photo)
- 15. How Sensors Work •• Analog vs Digital sensors • • Input vs Output • • Sensor = input; motor = output
- 16. What is Breadboard? •• Used for making circuits without soldering • • Internal connection structure • (Show image of breadboard wiring)
- 17. Connecting Components • •How to connect LED + resistor • • Polarity (Positive & Negative) • • Jumper wires use
- 18. Using Motors withArduino • • Types: DC, Servo, Stepper • • Motor Driver usage (L298N) • • PWM Control
- 19. Controlling LCD withArduino • • 16x2 LCD • • Show “Hello World” example code • • Connection diagram
- 20. Interfacing Buzzer withArduino • • Buzz on command • • Alarm system example • (Simple circuit)
- 21. Safety Rules inATL • • Don’t short circuits • • Work under guidance • • Turn off devices when not in use
- 22. ATL Innovation ProjectIdeas • • Smart Dustbin • • Traffic Signal System • • Home Automation
- 23. Fun With Arduino– RGB LED Project • • Mix colors with code • • PWM signal use • (Add GIF/photo)
- 24. Internet of Things(IoT) – Basics • • Connect sensors to internet • • Arduino + WiFi (ESP8266) • • Smart home examples
- 25. Real Life Applications •• Smart Cities • • Weather Stations • • Medical monitoring
- 26. Competitions & Exhibitions •• ATL Marathon • • Science Fairs • • National Innovation Contests
- 27. Helpful Websites toLearn Arduino • • www.arduino.cc • • www.circuitdigest.com • • www.instructables.com • • YouTube: CodeSmith, Robu.in
- 28. ATL Core Objectives •• Encourage curiosity • • Promote creativity • • Build innovation culture
- 29. Quiz Round (Interactive) •• 3-5 questions on Arduino basics • Eg: “Which pin is used for PWM?”
- 30. Thank You &Keep Tinkering! • “Explore – Invent – Inspire” • (Creative robot background) • Your contact/email (if required)