This document outlines the topics, duration, and fees for an embedded systems course offered in two modules - basic and advanced. The basic module covers introductory topics over 45 hours across 15 days for a fee of 8500 rupees. The advanced module builds on the basic module, covering additional topics like motor control, sensors, wireless communication, and interrupts over 90 hours across 30 days for a fee of 12500 rupees. Both modules include an AVR development board for students and hands-on practical sessions.

1. Course Info & Duration
Embedded Systems
Module Duration Fee
Basic Module 45 Hrs/15 Days
8500/- (including taxes) per candidate
Basic + Advance Module 90 Hrs/30 Days 12,500/- (including taxes) per candidate

2. NO TOPICS
1 Introduction to Embedded System
AVR Series Micro-Controllers & ATMEGA 16
Drivers & Software Installation
2 LED Interfacing with ATMEGA 16 – Theory
Practical 1: Glowing LEDs in a pattern of your choice
Seven Segment Displays – Theory
Practical 2: Displaying Digits on Seven Segment Displays
LED Matrix – Theory
Practical 3: Generating Patterns on LED Matrix
Practical 4: Display Alphabets on LED Matrix
3 LCD Interfacing with ATMEGA 16 – Theory
Practical 5: Displaying Text on LCD
4 LCD Interfacing Continued..
Practical 6: Scrolling Text on LCD
Practical 7: Creating Simple Animation on LCD
Project 1: Digital Clock
5 DC Motor Interfacing with ATMEGA 16 – Theory
L293D IC & Its Need - Theory
Practical 8: Learning Interfacing of Motor with LEDs & LCD
Practical 9: Controlling Direction of Rotation of a Motor
Stepper Motor Interfacing with ATMEGA 16 - Theory
Practical 10: Rotation in forward and backward direction
Practical 11: Controlling speed of stepper motor
Practical 12: Rotating stepper motor at given angle/distance

3. 6 Buzzer interfacing with ATMEGA 16 – Theory
Practical 18: Generating Beep through Buzzer
7 Keypad Interfacing with ATMEGA 16 – Theory
Practical 20: ONOFF LEDMotorBuzzer using single key
8 Matrix Keypad Interfacing – Theory
Project : Keypad Operated Robot
Project : Mobile Phone Keypad prototype
Project : Password Controlled Application – ATM Prototype
Project : Calculator
Assignment & Revision
9 PWM – Theory
Practical 23: Controlling brightness of a LED.
Speaker Interfacing with ATMEGA 16
Practical 24: Generating different frequencies from Speaker
Practical 25: Integrating Keypad with Speaker
Practical 26: Integrating IR Sensor with Speaker
Project 14: Digital PIANO
10 Interfacing of Temperature Sensor – Theory
Practical 19: Calibrating Sensor value with Temperature Range
Project 6: Digital Thermometer
Project 7: Temperature Controlled Fan
Project 8: High Temperature Alarm
11 Assignment & Revision
12 Exam – Theory & Practical
Total Hours - 45
Course fee includes **AVR Development Board / student
**Conditions Apply

4. 13 Working of DTMF – Theory
Mobile Controlled Applications – Theory
14 Working of Relays – Theory
Interfacing Relays with ATMEGA 16 – Theory
Practical : ONOFF Bulb or Fan (100 W) from Microcontroller
Project : Controlling AC Appliances using Keypad
Major Project : Mobile Controlled AC Devices
15 Touch Screen Interfacing with ATMEGA 16 – Theory
Practical : Displaying values of Touch Screen points on LCD
Practical : Controlling MotorsLEDs using Touch Screen
Project : Touch Screen Controlled Robot
16 RF Module (Wireless Technology) Interfacing
Practical : Testing RF Module using LEDs
Major Project : Remote Controlled Wireless motor control
17 UART Protocol – Theory
Practical : Writing on LCD using PC/Laptop keyboard
Project : PC Controlled Robot
18 Major Project : PC Controlled Classroom via RF Module
19 Accelerometer Interfacing with ATMEGA 16
Practical : Displaying values of coordinates in LCD
Project : Wrist control i/o
20 Major Project : Wireless communication between two users

5. 21 External/Internal Interrupts
Practical : Displaying External interrupt on LCD/LED
Practical : Displaying Internal interrupt on LCD/LED
Project : Digital Clock application using Interrupts
Using Internal EEPROM of Microcontroller
Practical : Save and load data on internal EEPROM
Project : EEPROM based Password controlled Application
Project: Daily Alarm Clock
22 Revision & Problem Solving Session
23 EXAM – Theory & Practical
24 Project Work by Students
25 Project Work by Students
26 Project Work by Students
27 Report Submission
28 Certificate Distribution
Total Hours - 90
Course fee includes **AVR Development Board / student
**Conditions Apply