Arduino Training

Course details

Arduino is a tool for making computers that can sense and control more of the physical world than your desktop computer. It's an open-source physical computing platform based on a simple microcontroller board, and a development environment for writing software for the board. Arduino can be used to develop interactive objects, taking inputs from a variety of switches or sensors, and controlling a variety of lights, motors, and other physical outputs. Arduino projects can be stand-alone, or they can be communicate with software running on your computer (e.g. Flash, Processing, MaxMSP) The boards can be assembled by hand or purchased preassembled; the open-source IDE can be downloaded for free.

ARDUINO SYLLABUS

• Introduction to embedded system
• Applications of embedded system
• Need for embedded system
• Need for controller and compiler
• Architecture of embedded system
• Microprocessor controller need difference
• Types of controller and their features
• Selection of microcontroller
• AVR microcontroller ATMEGA168/328/8
• Pin diagram of ATMEGA 168
• Introduction to Arduino compiler
• Working in Arduino compiler
• Introduction to Arduino boards
• Arduino board configuration And needs
• Introduction to boot-loader burning boot-loader
• C programming basics format and Arduino format
• Introduction to I/O programming
• Pin Mode in AVR and variables
• Digital Output programming
• Operations and operators
• Conditional loops: if else for while
• Program for different LED patterns
• Applications
• Various motors its need and applications
• H-Bridge
• DC Motor
• L293D
• RF communication and applications
• RF Transmitter RF Receiver
• Encoder Decoder
• Application: Program of RF Controlled Robot using if/else conditions (Programming)
• Concept of DTMF
• Applications and usage
• Programming
• Application: Program of DTMF Controlled Robot using if/else conditions (Programming)
• Connecting a switch with microcontroller
• Using micro-switch interfacing (Programming)
• Modes of Connection
• Internal Pull Up Pull Down Resistors (Programming)
• Concept of input holding
• Checking release of buttons
• Program for counter
• Understanding Serial terminal
• Serial terminal control methods and commands
• Getting input from serial terminal
• Sending data to input terminal
• Analog interfacing
• Concept of ADC
• Programming analog sensors
• LDR interface and programming
• Introduction to IR sensor
• IR sensor interface
• Obstacle robot using IR and others
• Special IR receiver TSOP 1738
• Relay relay driver
• Interface and control
• Programming for IR remote control for home appliance
• PWM Technique
• Application: Sample program for PWM at Analog pin (Programming)
• Application: Internal hardware for PWM in Arduino (Programming)
• Servo Motor: Introduction
• Servo Motor Interfacing (Hardware Interfacing)
• Functions in Arduino (Programming)
• Stepper Motor: Introduction
• Configuration Testing of stepper motor
• Modes of Working of stepper motor
• Application: Stepper Motor Interfacing (Hardware Programming)
• Introduction to Libraries
• LCD 16X2: Introduction
• Application: Interfacing of display modules(Programming)
• Some command with LCD can use
• Application: LCD Interfacing (Text Display, Moving Text Display) (Programming)
• DS18B20 Temperature Sensor: Introduction
• Concept of One Wire Communication
• Application: Interfacing of Temperature Sensor (Programming)
• Concept of EEPROM
• EEPROM programming
• Application programming
• Types of Interfacing- Serial Parallel
• Comparison between Serial Parallel Interfacing
• Serial Communication: Introduction
• Understanding compatibility
• Serial Standard of computer RS232
• Using MAX232 IC
• Configuring Second serial communication in Arduino
• Programming
• Application discussion
• Concept of 4x4 keypad matrix
• Arduino interfacing program
• Application discussion
• Using controller as encoder decoder (no need for separate IC's)
• Virtual Wire programming
• Application discussion
• Understanding Ultrasonic sensor
• Programming USS based distance meter
• Application discussion
• Understanding blue-tooth
• Interfacing blue-tooth using Arduino
• Programming Application discussion
• Applications to brief the course (only codes and hardware logic)
• Eye blink detection and vehicle control
• Prototype military radar using USS
• Multiple control home automation
• Switch based speed and direction control of DC motor
• More application as per your need