Advance Embedded System Training

This Advanced embedded Systems industrial training module is designed for students of electronics & Communication, electrical and electronics, postgraduate students of electronics related background, faculties from electronics background and industry professionals to undergo complete advance embedded system training from basics to advance. this fully hands on training includes working with ARM processors, configuring sensors, leds, lcd and keypad, working with wireless communication modules like RF, cc2500 etc and much more.

Fee: INR 8000/-

Batches starting from: 10th April 2017, 10th May 2017, 10th June, 2017, 10th July, 2017

  • Day 1
    Session 1

    • Introduction to Microcontrollers & Embedded Systems
    • Applications and Examples
    • RISC, CISC & Von Neuman Architecture
    • SHARC
    • Requirements for designing Embedded Systems
    • Design Analysis for an Embedded System
    • Microcontrollers & Microprocessors
    • Assembly Language Overview
    • Processsing Speed, Instruction size, memory requirement
    • Getting started with ARM 7 Microcontrollers
    • Characteristics & Features
    • Processor & Memory Organization

    Session 2

    • Memory, Pin Structures of ARM MCU
    • Interrupts & Timer Introduction
    • Getting started with Keil Programming
    • Compilation & debugging
    • Input & output declaration
    • Writing your first code
    • Working with Proteus
    • Assembling components
    • connecting components
    • adding libraries
    • uploading code & testing
    • Interfacing LEDs & peripherals

  • Day 2
    Session 1

    • Pulse Width Modulation
    • Using Timers with ARM 7 MCU (LPC21xx)
    • Controlling amplitude of pulse using PWM
    • Working with PWM, LED Intensity controlling
    • Interfacing DC Motor with ARM
    • Using L293d with ARM
    • DC Motor speed controlling using PWM

    Session 2

    • Interfacing & Working with DAC
    • Generating Sine, triangular and trapezoidal waves
    • UART & USART
    • Serial & Parallel Communication
    • RS232, RS485 & other communication standards
    • Baud Rate & Bit Rate
    • New Line & Carriage Return
    • Serial Buffer

     

  • Day 3
    Session 1

    • Controlling Devices via Serial Communication
    • Sending messages to another system via Serial Communication
    • Working with Display
    • Interfacing display with MCU
    • Memory Register & Config Register in LCDs
    • Designing header files for LCDs
    • Using header files to display characters on LCDs

    Session 2

    • Interfacing Keyboards
    • Controlling devices from keyboards
    • Interrupts
    • Using Interrupts with ARM 7 MCU

     

  • Day 4
    Session 1

    • Introduction to Real Time Operating Systems
    • Tasks and Tasks States
    • Tasks & Data, Semaphores
    • Shared Data
    • Message Queues
    • Mailboxes & Pipes
    • Events & Interrupts Routines in an RTOS Environment

    Session 2

    • Working with advance industrial sensors
    • configuring sensors with ARM
    • Getting data from sensors
    • displaying sensor data on LCD

  • Day 5
    Session 1

    • Embedded System Debugging Techniques
    • Using Laboratory Tools
    • Applications & Projects based on RTOS

    Session 2

    • Bus Protocols
    • Working with Communication Protocols
    • Introduction to Two wire Protocol (I2C)
    • Working with I2C
    • I2C Interfacing Process
    • I2C Addresses

  • Day 6
    Session 1

    • Using I2C to write Data to slave
    • Using I2C to read Data from slave
    • SPI Protocol Introduction
    • CAN Bus Protocol

    Session 2

    • Wireless Communication Techniques
    • RF Communication
    • Using RF 435 MHz Modules
    • Encoder & Decoder
    • Using cc2500 RF Modules
    • Creating a wireless network
    • configuring cc2500
    • intranetwork communication
    • internetwork communication

  • Day 7

    Session 1

    RFID Communication

    • Working with RFID Modules
    • configuring RFID Modules
    • identifying tags
    • Designing system using RFID
    • Identifying bjects using RFID
    • Designing Attendance management system

    Session 2

    • Keypad configuration
    • working with 12 switch keypad & configuring with ARM7
    • Designing security system using 12 switch keypad
    • Working with advance embedded systems
    • Design Constraints
    • Questions & Answers

 

 

 

 

 

 

 

 

 

 

 

 

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