Arduino Workshop 1st session (Motivation) In this session, you will find - An introduction to embedded systems, what is it and examples on it. - Revision on Electrical components (Resistor, LED, buzzer and so on) and revision on Ohm's low. - Introduction about Arduino, what is it and why to use Arduino. why it was created. - The Arduino board itself, what is its components?

3. Who are we

4. Who are we

5. Astrobot
SESSION 1

6. Astrobot

7. Astro Boy Plot
• Smart City
• Robots
• Self-Driving Car

8. Embedded Systems
A METHOD OF SHAPING THE WORLD

9. Embedded Systems
SOFTWARE + HARDWARE
FOR A SPECIFIC TASK
Microcontroller

10. Let’s Play

11. SMART WATCHES

12. Remote controls

13. Airplanes

14. ROBOVAC

15. ROBOVAC

16. LIGHT BULB

17. Can you guess other
Examples ?

18. MICROCONTROLLERS
IT IS A “MICRO” DEVICE
THAT “CONTROLS”
DEVICES
A MICROPROCESSOR
HAVING RAM,ROM AND
I/O PORTS.

20. Interrupt

21. Microprocessor v Microcontroller

24. Popular Microcontrollers

25. Is (Embedded Systems
Specialization) an easy
Specialization ?

26. Arduino Uno R3

27. Fundamentals
of Electronics

28. Ohm’s Law

33. Resistance
Usage.
Polarity.
Resistance color code.

36. Resistor Code App
How to measure?

37. Series & Parallel connection :

39. Electric components

41. Breadboard connection

43. Jumpers Wires

44. Buzzer

45. #Make a simple Doorbell ?!

48. Potentiometer

49. # Fade a simple led by using a potentiometer

50. What is Arduino?

51. Arduino is an open-source electronic
platform based on easy-to-use hardware
and software.

52. History of Arduino

54. Why Arduino!
- Easy to use.
- inexpensive.
- Components are in one board.
- Easy in hardware & software.

55. What Arduino can
do?

58. HOME AUTOMATION & SECURITY

59. AVOIDANCE CAR

60. QUADCOPTER

62. Arduino as
Hardware ...

63. Arduino UNO
• The most commonly used Arduino board.
• We will use it in our workshop.

64. Microcontroller
- Can be considered the brain of the
Arduino.
- Execute the instructions.

66. Datasheet

67. USB Interface( Jack )
- Allow the computer to program the
microcontroller.
- Get power to run the Arduino.

68. External Power Supply
- 7-12 Volt.
- Provides the required 5 volt
to microcontroller.

69. Indicator LEDs
- ON : The power LED.
- L : Connected to digital pin 13.
- TX: Transmit data to computer.
- RX : Receive data from computer.

70. Reset Button
Restart the microcontroller to start the
program from the beginning.

71. Input/output Pins
Allows you to connect external
devices.
- Digital Pins.
- Analog Pins.
- Power Pins.
- Reset Pin.

72. Signals
Digital Analog

73. Digital signal
1 1 1 10 0 0 0

74. Analog signal

76. Reset Pin

77. void setup()
{
pinMode(13, OUTPUT);
}
void loop()
{
digitalWrite(13, HIGH);
}
Arduino Coding

78. ARDUINO TYPES

79. Arduino UNO
Arduino Micro
Arduino Nano
Arduino Mega
Arduino
Types

80. ARDUINO
UNO

81. Summary…

84. Digital I/O pins(2-13) Serial Out (TX)
Serial In (RX)
Ground
ATmega
Microcontroller
External Power
Supply
USB Jack
Analog In
Pins (A0-A5) Voltage In
(7 – 20 Volt)
Ground
Pins5 Volt Power
3.3 Volt Power
Reset Pin
Reset Button

85. Questions?

86. Expecting What In The
Coming Session?
:D