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ARDUINO SUMMER TRAINING PROGRAM
Arduino is an open source computing tool, based on simple micro controller that can sense and control the
physical world more than your Desktop computers. It simplifies the process of dealing with micro controller
to develop software. You could automate your home even without an expensive and large circuit.
Introduction to Embedded Systems
 Definition of Embedded systems
 Difference between Embedded systems and non-Embedded Systems
 Why Embedded systems are having Important role in electronics
Anatomy of Embedded Systems
 Future scope of Embedded Systems
 Difference between Embedded systems and Robotics
Introduction to Open Source platform
 What is open source platform
 Levels of open source platform
 Why to choose open source platform
Introduction of Electronic Components
 Resistor
 Capacitor
 Diode
 Transistor
Introduction to Sensors
 What are sensors
 Various types of sensors
 Discussion on IR sensors
 Discussion on Sound sensors
 Discussion on Light sensors
Introduction to Computational Devices
 Introduction to micro processor
 Introduction to micro controller
 Difference between uC & uP
 Detailed discussion on microcontroller
Introduction to Programming Language
 Basic discussion on different programming language
 Discussion on C and Embedded C
Introduction to software tool chain
Interfacing of I/O devices
Display Devices
 Discussion on two various display devices
 Liquid Crystal Display
 Seven Segment display
How to work on Educational & Engineering Level Actuator
 What is Actuator
 Difference between actuators and motors
 Discussion on different types of motors
How to Drive Motor
 Detailed discussion on Motor driver circuit
 How to generate logic for motors using L293D
Introduction to Timer/Counter
 Difference between timers and counters
 Discussion on the registers associated with timers
 Delay generation using timer 0
Introduction to PWM
 Introduction to PWM(Pulse Width Modulation)
 PWM generation using timer 1
ADC
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Introduction to Analog and Digital signals
Difference between ADC and DAC
Detailed discussion on ADC registers
Interfacing of temperature sensor with Arduino Board
Serial Communication
 What is communication
 Difference between serial communication and parallel communication
 Registers of USART
Bluetooth Communication
 What is Bluetooth communication
 Detailed discussion on Bluetooth Module(HC-05)
 Interfacing of HC-05 to Arduino
RFID Communication
 Introduction to Radio frequency
 Discussion on RFID module and RFID TAG
 RFID interfacing with Arduino
PROJECTS
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LED Blinking
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Running LEDs
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Sand Glass Filling of LEDs
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Decoration LEDs/ LED Patterns Etc.
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De-bouncing
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Buzzer Testing
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Sensor Interfacing
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DC Motor Driving
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Line Follower
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Edge Avoider
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Intelligent Line Follower
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Light Searching Robot
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Cell Phone Controlled Device (DEMO)
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Blinking LEDs using TIMER0
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Blinking LEDs using Interrupts
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Display your name On LCD

Counter Using LCD
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PC to µC Communication
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µC to PC Communication
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PC - µC Full Duplex Communication
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Computer Keyboard Device (DEMO)
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Digital Voltage Measurement
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Digital Visitor Counter
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Temperature Controlled Fan (DEMO)
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Digital Thermometer using RGB Indicator
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Wireless Control Robot Using Bluetooth(DEMO)
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Home Security System using RFID(DEMO)
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Home Automation System (DEMO)
KIT
CONTAIN
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1x
Arduino UNO Board R3

1x
Motor Driver Shield
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1x
LCD 16 X 2
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2x
IR Sensors
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1x
Temperature sensor
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1x
LDR
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1x
RGB Indicator
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1x
USB Cable (A to B type)
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1x
Pair Dc plastic Gear motor
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1x
Pair Wheel
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1x
Screw driver
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4x
Support Studs
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1x
Ball Caster wheel
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1x
High Quality Chassis Board
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1x
Software CD