Advance Embedded System Training

Upcoming Batch: 05th December

Mode of Training: Classroom (Specially Designed for Graduate Candidate)

Duration: 45 hours

Fee: INR 19,000/- + GST

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.

 

  • 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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