DAY 1:

• What is Embedded system?

• Components of Embedded system

• What makes Embedded system Different

• Processors and Controllers

• Classification of Embedded system

• Understanding Hardware and Software

• Understanding GPIO

• Blinking of LED

• Understanding Binary concepts

• Shifting Operation

• Understanding the hardware

• Obtaining input in microcontroller

• Switches controlling LED

• First sample Application

DAY 2:

• Understanding Data and Control lines

• String display in LCD

• Displaying integers

• Designing LCD clock

• Programming 7 segment

• Understanding Data and Selection lines

• Time Division Multiplexing

• Designing 7 segment clock

• Programming samples

DAY 3:

• Programming for digital sensors

• Application control using Infrared sensor Examples

• Motor basics

• Working of Geared and Gearless motors

• Motor control in two directions

• Switch controlled Motor

• Understanding ADC

• Understanding Registers

• Interfacing Analog sensors

• Obtaining ADC values in LCD

MINI PROJECT

Day 1:

• Overview

• Computer Imaging Systems

• Image Analysis

• Preprocessing

• Cviplab

• Human Visual System

• Image Model

• RGB_Patterns

• Image Enhancement

• Gray Scale Mods

• Histogram Mod

• Discrete Transforms

• Fourier

• Discrete Cosine

• Filtering

• Wavelet Transform

• Pseudocolor

Day 2:

• Image Enhancement: Sharpening- Smoothing

• Image Restoration: Overview- System Model

• Noise Removal Using Filtering Technique

• Order Filters

• Mean & Adaptive Filters

• Degradation Model

• Inverse Filter

• Freq. Filter

• Geometric Transforms

Day 3:

• Image Compression: System Model, Lossless Methods

• Lossy Methods

• Work on Project

Day 1:

• Introduction to the Internet of Things

• The Arduino Platform

• IoT-An Architectural Overview

• Building an architecture

• Main design principles and needed capabilities

• An IoT architecture outline

• Standards considerations.

Day 2:

• Reading from Sensors

• Programming fundamentals (C-language)

• Arduino Programming & Interface of Sensors

• Wi-Fi module

• Connecting Arduino with Mobile Device

• Creating Program for Local host Web Server for controlling devices

• Data Acquisition

• Communicating with the Cloud using Web Services

• Popular Cloud Computing Services for Sensor Management

Day 3:

• M2M and IoT Technology Fundamentals

• Devices and gateways, Local and wide area networking

• Data management

• Business processes in IoT

• Everything as a Service(XaaS)

• Knowledge Management

Work on Project

Day 1:

• Introduction to Basic Electronic Components

• Basics of Motor

• Basics of Gears, Shaft & Pulley

• Basic of Logic Gates

• Practical Use of Electronics Components

• Introduction

• Robots

• Robotics

• Definition

• Present Stages of Robotics

• Future of Robotics.

Day 2:

• Type of Robots

• Mechanical Robot

• Autonomous Robot

• Beam Robot

• Humanoid Robots

• Advantages of Robot.

• Basic Parts of a Robot

• Mechanical System

• Power Supply

• Types of Motors

• DC Motors: Construction & Characteristics

• Types of Switches

• Hands on Session for development and designing a robot.

Day 3:

• Line Tracking Robot

• Sensors

• IR reflective type sensors

• Photodiode and IR LED

• Logic/algorithms

• Interfacing of Sensors

• Interfacing of Motor Driver

• Hands on for designing and development for Line tracking Robot.

Day 1:

• Introduction to Basic Electronics

• Basic Electronics Components

• Resistor (Ohms Law, Voltage & Current)

• Capacitors (Charge, Storage & Polarity)

• Diode (Flow of Current & Direction of Current)

Day 2:

• Basics of Motor

• Basics of Gears, Shaft & Pulley

• Concept of Friction

• Lever System, belt & pulley, mechanical power transmission

Day 3:

• Power & Energy

• Basic of Logic Gates

• Transistors (NPN & PNP)

• Realization of Gates (AND, OR & NOT)

• Binary System

• Practical Use of Electronics Components like Resistor, Capacitor, Diode& Amplifiers.

Day 1:

• Introduction to Embedded System

• Applications & Scope of Embedded System in various industries

• Introduction to Open Source platform: An Overview of Open Hardware

• Arduino Board Description

• Introduction to Microcontroller

• Difference between Microcontroller and Microprocessor

• Microcontroller architecture and Interfacing

• Introduction Arduino Platform

• Introduction to Programming Language

• Programming Languages

• Assembly Vs Embedded ‘C’

• Microcontroller Programming using Embedded ‘C’

• Introduction to software tool chain: Software Installation

• Getting started with the Arduino IDE to start writing your first program

• Writing your First ‘Embedded C’ Program

Day 2:

• Interfacing of I/O devices

• LEDs

• Types of LEDs

• How LEDs works?

• How LEDs will glow in sequence?

• Interfacing of LED with Arduino Switch

• Types of switches

• Their Functions

• Interfacing of switch with Arduino Buzzer

• Types of Buzzer

• Uses of Buzzer in Real Time

• Interfacing of Buzzer with Arduino Display Devices

• Types of Display Devices

• What is a Seven Segment Display?

• Internal Structure of Seven Segment

• How to glow Seven Segment?

• Interfacing of Seven Segment with Arduino

• Multiplexing

Day 3:

• ADC: What is ADC?

• Use of ADC

• What is Resolution?

• Uses of different ADC Registers

• Interfacing of Analog Devices with Digital World

• Serial Communication

• Difference between Parallel and Serial Communication

• USART / UART Protocol

• RS232 Standard

• TTL Converter

• UART Programming

Day 1:

• Signals in MATLAB

• Creating discrete signals

• Sampling and resampling

• Visualizing signals

• Modeling noise

• Performing resampling, modulation, and correlation

• Generating streaming signals

• Spectral Analysis: Discrete Fourier transform

• Windowing and zero padding

• Power spectral density estimation

• Time-varying spectra

• Using a spectrum analyzer in MATLAB

• Linear Time Invariant Systems: LTI system representations

• z-transform

• Frequency and impulse response

• Visualizing filter properties

• Applying filters to finite and streaming signals

Day 2:

• Filter Design: Filter specifications

• Interactive filter design

• Common filter design functions

• Filter design with filter specification objects

• Reducing filter delay

• Frequency-domain filtering

• The Signal Analysis App: Browse signals and make simple measurements

• Perform interactive spectral analysis

• Design and apply filters to signals interactively

Day 3:

• Multirate Filters

• Downsampling and upsampling

• Noble identities and polyphase FIR structures

• Polyphase decimators and interpolators

• Design multistage and interpolated FIR filters

• Adaptive Filter Design

• Basics of adaptive filtering

• Perform system identification

• Perform noise cancellation

• Improve adaptive filter efficiency

Day 1:

• Introduction to Raspberry Pi

• Architecture and Hardware specifications

• Brief introduction to Linux (embedded)

• Introduction to ARM11 microcontroller

• Python

• programming language

• Sensors

• GPIOs

Day 2:

• Setting up Raspberry PI

• Flashing the loading the SD card with the OS

• Booting the OS

• Intro and hands-on coding of Python (comparison with C programming over Linux machines)

• Enabling GPIO pins

• LED interfacing using the GPIO

• Physical Email notifier

• Analog to Digital Conversions

Day 3:

• Using HDMI port, USB ports(mouse/keyboard), Audio jack

• Button input and LDR interfacing

• Buzzer, PIR and various sensor interfacing

• Concepts of PWM + motor control

• LCD control