Embedded Systems Training Course

Embedded Systems Training Course

Embedded Systems Training Course

Embedded Systems Training Course

Embedded System is a computer system designed to perform some specific task. Embedded systems contain processing cores that are typically either microcontrollers or digital signal processors (DSP). Embedded systems range from portable devices such as digital watches, Smartphone and MP3 players etc. We are working hard in providing innovative embedded systems training course in the fields of core technologies, robotics to advanced industrial automation.

C Programming

  • Basics of ‘C’
  • Statements and loops
  • Functions
  • Array and String
  • Pointers

Embedded Systems

  • Components detail – Resistor, capacitor, transistor, diode, inductor, op-amp, switches and relay, motor, breadboard, IC, PCB, soldering kit, oscillator etc.
  • Sensor designing
  • Basics of Embedded System
  • Microprocessor & Microcontroller Classification
  • Advance controllers

PIC(PIC16F877A)

  • Baiscs of Microchip series
  • Classification of Von-Neumann and
  • Harvard Architecture
  • Classification of RISC and CISC architecture
  • Block Description of PIC16F877A
  • PIN diagram Description of PIC16F877A
  • Special Features of PIC16F877A
  • Memory architecture

Embedded Development Tools

  • Assembler
  • Interpreter
  • Compiler
  • Simulator
  • Emulator
  • Debugger

Development tools

  • MPLAB
  • MICRO-PRO
  • PROTEUS

Output device interfacing -LED

Output device interfacing-LCD

  • 4 bit and 8 bit programming

Timer/counter programming

Switches interfacing

UART programming

Interrupt programming

ADC interfacing

Embedded Systems Training Course

AVR(ATMEGA 8 and 32)

Recall of basic concepts of embedded system

  • C programming
  • Embedded c
  • Languages
  • Controller processor concepts

Basics of ATMEL series

  • Classification of Von-Neumann and
  • Harvard Architecture
  • Classification of RISC and CISC architecture
  • PIN diagram Description ofATMEGA8
  • Special Features of ATMEGA8
  • Memory architecture
  • Masking phenomena

IDE

  • WINAVR
  • AVR STUDIO
  • PROTEUS

Real time programming 7-segment display

Real time programming-LCD

Sensor interfacing with AVR

  • Touchsreen interfacing
  • Sound sensor
  • IR sensor

Timer/counter programming

  • Description of SFR associated with Timer/Counter
  • Configuring as a Timer
  • Configuring as Counter
  • Delay Count Calculations

Switches and keypad interfacing

  • Programming of Keyboard Matrix & Switches using AVR
  • Controlling of LED’s by using Switches
  • Key board Matrix p r o g r a m m I n g

Real time programming-Motors

Real time programming-Relay

UART programming

Interrupt programming

ADC interfacing

Different protocol programming

  • SPI and I2C

CCP mode programming

Watchdog in AVR

  • Introduction of watchdog
  • SFR associated with watchdog
  • Programming of watchdog

Sleep and hibernate modes

  • Introduction to sleep and hibernate mode
  • Programming of hibernate and sleep mode

GPS and GSM

  • Introduction to GPS and GSM system
  • AT & T command description

Modules

  • RFID
  • RF

Introduction to IoT & Rasberry Pi (2 Hours Class)

With this comprehensive embedded systems training course and practical approach, we make sure that you become employable in this domain quickly.