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Embedded System

This is a practical Online Embedded Systems Course that enables fresh engineers to get their first job.

VACT Embedded System

Our Embedded course aims at imparting technical skills to the students right from the basics to advanced level, such that by the end of the program the student is developed as the finished product, ready to join the industry.

3 Days Training

This is a practical Online Embedded Systems Course that enables fresh engineers to get their first job.

Highlights

10 Days Training

This program is basically suitable for ECE, EEE, CSE & IT stream of engineering students.

Highlights

VACT Trainer Profile

Mr.Raj Pandrala

Software Architect with 15+ years Experience

Overview of 3 days Training

Description

Overview : This is an intensive program intended at explaining the core concepts of embedded systems programming and its applications on real-time as listed below
The key learning from the program :

Features

Duration : This program is planned for 3 days and minimum 7.00 hours in a day.
Attendees : This program is basically suitable for ECE ,EEE CSE & IT stream of engineering students to provide awareness and abstract level knowledge on embedded systems.
Pre-requisites:
The key learning from the program :

Modules of 3 days Training

  • Embedded system Introduction
  • Microprocessor and micro controller essentials
  • Overview of programming process
  • Embedded Systems and C compilers
  • Data Types and Limits
  • Storage Classes
  • Storage qualifiers
  • Near and Far qualifier
  • RAM and ROM qualifier
  • Interrupts and exceptions
  • Interrupt based IO programming
  • Polled IO programming
  • Challenges in polled IO programming
  • Debug and emulation
  • Microcontroller introduction – 8051
  • Architecture overview
    Register set and Instruction set
  • Overview on internal components – timers, Interrupt controller, UART
  • Memory Map and interfacing the peripheral devices
  • Programming through C and ASM – UART, KBD, LCD and ADC
  • Lab Session
  • Introduction PIC16F877A MCU
  • PIC16F877A MCU Architecture overview
  • PIC16F877A MCU internal components overview
  • Analysing sample programs
  • ARM family processor overview
  • Introduction LPC 2148 ARM based MCU Architecture
  • Overview on LPC 2148 internal components
  • Analyzing sample programs
  • Operating system concepts
  • RTOS concepts
  • Embedded system design challenges
  • Introduction on our training programs
  • Why our training is needed
  • Q and A

Overview of 10 days Training

Description

Overview : This is an intensive program intended at explaining the core concepts of embedded systems programming and its applications on real-time as listed below
The key learning from the program :

Features

Duration : This program is planned for 10 days and minimum 7.00 hours in a day.
Attendees : This program is basically suitable for ECE ,EEE CSE & IT stream of engineering students to provide awareness and abstract level knowledge on embedded systems.
Pre-requisites:
The key learning from the program :

Modules of 10 days Training

  • Embedded system Introduction
  • Embedded systems Applications
  • Embedded systems Growth
  • Embedded system Design Challenges
  • Microprocessor and Microcontroller essentials
  • Overview of programming process
  • Embedded Systems and C compilers
  • Introduction on C Programming Language
  • Q and A
  • Data Types and Limits
  • Storage Classes
  • Compound data types
  • Decision-making
  • Looping
  • Functions in C
  • Arguments passing by value
  • Arguments passing by reference
  • Pointers
  • Pointer arithmetic
  • Command line arguments
  • Sample programs analysis
  • Q and A
  • Microcontroller introduction – 8051
  • Pin description
  • Architecture overview
  • Register set and memory map
  • Addressing modes
  • Instruction set
  • Interrupts
  • Overview on internal components – timers, Interrupt controller, UART
  • External devices interface
  • Q and A
  • Programming through C and ASM – UART, KBD
  • Lab session on KBD and UART sample programs
  • Programming through C and ASM – LCD, LEDS
  • Lab session on LCD and LED sample programs
  • Introduction PIC16F877A MCU
  • Pin Description
  • PIC16F877A MCU
  • Architecture overview
  • PIC Features
  • Machine cycles
  • Instruction set
  • Memory map
  • Peripheral component interface
  • Interrupts
  • Q and A
  • USART, Timers and ADC – C Sample programs
  • Lab session USART, Timers and ADC
  • ARM family processor overview
  • ARM7 Architecture overview
  • Register set
  • Interrupts
  • Introduction LPC2129 ARM based MCU Architecture
  • Overview on LPC 2148 internal components
  • Q and A
  • LPC2129 Sample programs analysis
  • Lab Session
  • Overview on Operating systems
    RTOS concepts
  • Overview on VLSI
  • Overview on VHDL and Verilog
  • Introduction on our training programs
  • Why our training is needed
  • Q and A

Register Now