Advanced Embedded System & IOT Development

Duration : 3 Months or 6 Months | Certification : ECIL - ECIT Certification

Course Description

This course will give a deep understanding of design, development, and architecture of wired and wireless products based on Embedded Systems and Internet of Things.

Course Includes :

Hands-On Training
Live Projects
100% Placement Assistance

Course Duration :

Regular Course :   6 Months
Fast Track Course :   3 Months

Course Advantages

  • Govt. of India ( ECIL-ECIT) approved certificate
  • Online/Offline Facility Available
  • Latest syllabus and advanced lab facility
  • Excellent Placement Support

Course Features

  • This course takes you from Basics of Embedded Systems and IoT to Most advanced concepts of Embedded Systems and IoT.
  • After Successful Completion this course the participants will be able to Develop Embedded Systems and IoT Device Independently with maturity.
  • This course trains you on all skills required in the Industry as an Embedded & IoT Developer Nothing more & Nothing Less.

What you'll cover in this course

Module 1

  • C Basics
  • Conditionals
  • Looping and Iteration
  • Arrays and Strings
  • Functions
  • String Handling
  • Structures and Unions
  • Further Data Types
  • Dynamic Memory Allocation & Dynamic Structures
  • Advanced Pointer Topics
  • Storage Classes
  • Low Level Operators and Bit Fields
  • Data Structures
  • Sorting & Searching Techniques
  • Embedded System
  • Understanding Basic Devices
  • Communication Protocols

Module 2

  • 8051 Microcontroller
  • Overview of Architecture of 8051
  • Low Level programming Concepts
  • Middle Level Programming Concepts
  • On-Chip Peripherals Study, Programming, and Application
  • External Interfaces Study, Programming and Applications
  • Protocols Study,Programming and Applications
  • Selective Discussion during Project Development

Module 3

  • AVR Based Embedded Systems
  • Overview of Architecture of ATMEGA32
  • Low Level programming Concepts
  • Middle Level Programming Concepts
  • On-Chip Peripherals Study, Programming, and Application
  • External Interfaces Study, Programming and Applications
  • Protocols Study, Programming and Applications
  • Selective Discussion during Project Development

Module 4

  • PIC Microcontroller
  • Overview of Architecture of PIC16F877A
  • Low Level programming Concepts
  • Middle Level Programming Concepts
  • On-Chip Peripherals Study, Programming, and Application
  • External Interfaces Study, Programming and Applications
  • Protocols Study, Programming and Applications
  • Selective Discussion during Project Development

Module 5

  • Basics of low-cost and power efficient ARM 7 microcontroller series
  • Introduction
  • Outline architecture
  • The ARM 7 Instruction Set
  • System Peripherals
  • Arm LPC2148
  • Software Development
  • Accessing User Onchip Peripherals

Module 6

  • Introduction to Arduino & Arduino IDE
  • Introducing Arduino Uno board
  • Interfacing digital peripherals
  • Interfacing analogue peripherals
  • Interfacing other peripherals and sensors
  • Introducing serial peripherals
  • Robotics

Module 7

  • IoT (Internet of Things)
  • Raspberry Pi
  • Python on Raspberry Pi

Lab Work

  • Explanation about how to use the Compiler
  • How to Create project
  • How to Create source file
  • How to generate hex file
  • Debugging
  • Explanation about Microcontroller Development Board
  • Explanation about Microcontroller Development Board
  • Interfacing Switches
  • Interfacing Switches
  • Interrupts
  • Timers & Counters
  • Interfacing a LCD display
  • Interfacing a 4×4 Matrix Keypad
  • Serial Communication
  • Serial Communication
  • Serial Communication

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