Course Contents
Introduction
Introduction
to Embedded Systems
Introduction
to ATMega328 on Arduino Board
Kit
Contents Overview
Arduino
IDE & Driver Installation
Arduino
Board Overview
Program
Structure Overview
Working
with Digital Outputs
Working
with Analog Outputs
Digital I/O's
Introduction
to Digital Inputs and Outputs
Working
with LEDs and Switches
Building
a Simple Switch Controlled Binary Counter
Working
with Serial Communication
Controlling
the Binary Counter through a Serial Interface
Analog I/O's
Working
with Analog Inputs – LDR [Light Sensor]
--Building A Simple LDR based Lighting
Level Controller
Working
with Analog Inputs – LM35 [Temperature Sensor]
--Building A Simple LM-35 based Room temperature
displaying on Serial Monitor
Working
with Analog Outputs – PWM techniques
--controlling the motors
Advanced I/O Operations & Displays
Working with Liquid Crystal Displays(LCDs)
Advanced I/O Operations - Driving a 7-Segment
Display
Displaying Temperature using two 7-Segment
Display
Dot matrix Display
IR Communication
Distance Sensing and Working with Ultrasonic
Sensor
Introduction to Communication Protocols - IR
Remotes
Controlling LEDs with a TV remote
Building a IR Based Communication System
-- Building a simple IR based counting
machine
I2C Communication
Introduction to I2C Communication
Working with I2C Communication - RTC - DS1307
Build a Simple LCD Clock
Build a Simple Timer Controlled Lighting System
Interrupts &
Motor Control
Working with Interrupts
Working with Motor Drivers – H-bridges
Working with DC Motors
Working with Stepper Motors
Working with Servo Motors
Building a Remote Control Based Motor Speed
Controller
Advanced Serial
Communication Devices
Basic
Power Regulation Circuitry
Breadboard Construction of Micro-controller
Circuitry
]Interfacing RFID - Reading Tags and comparing
Zigbee - Bidirectional Wireless Communication
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