POP in IOT and Embedded systems

Eligibility: BE, B.Tech, ME, M.Tech

Intermediate

Overview

IoT Course with Placement

Description

Cranes Varsity which is the best technical training institute in Bangalore offers IoT courses with placement. A comprehensive training program named post-graduate diploma in the Internet of Things (IoT). This training program aims to upskill engineering students with rigorous and application-oriented technical training and provide them with placement in core companies.

With ever-growing usage of the internet and improvements in automation of devices, the demand for the internet of things is increasing YOY, to cater to this increasingly in-demand sector Cranes varsity has designed a Placement oriented program course in the internet of things with placement assistance for the eligible candidates.

The Embedded IOT Course covers various skill sets required to master IoT with 5months of course content, delivered via offline or online live instructor-led classes. All students enrolled in the IoT course get placement opportunities with clients coming from various domains.

IoT Course Modules

Generic

  • Programming in C and data structures following MISRA C
  • Object-oriented programming using C++
  • Linux System Programming and Socket Programming,

Embedded Specialization

  • ARM 7 programming using Embedded C
  • Embedded Protocols – UART, SPI, I2C

IoT Specialization

  • Python Programming
  • Architecture and Connectivity Model
  • Edge Node Computing
  • Gateway Computing
  • Security and Industrial IoT

Project stream

  • Embedded Project development using wired/wireless technology such as GPS, GSM, BLE, Wi-Fi, and sensors
  • IOT-based Advanced Security System
  • Remote monitoring and controlling using IOT communication Protocol

Platform

  • Ubuntu (Linux OS, with gcc compiler)
  • Lpc2129, Keil Micro vision 
  • Raspberry Pi 4B, Arduino Uno

Course Content

Generic:

  •  Relational Operators
  •  if…else statement
  •  if…elif…else statement
  • Logical operators
  • While Loops

  • Creating List
  • Accessing elements from List
  • Inserting and Deleting Elements from List
  • List Slicing
  • Joining two lists
  • Repeating sequence
  • Nested List
  • Built-in List Methods and Functions
  • Searching elements in List
  • Sorting elements of List
  • Implementing Stack using List
  • Implementing Queue using List
  • Shallow and Deep copy
  • List Comprehensions
  • Conditionals on Comprehensions

  • Defining Functions in Python
  • Function Argument
  • Single Parameter Functions
  • Function Returning single Values
  • Functions with multiple parameter
  • Function that return Multiple Values
  • Functions with Default arguments
  • Named arguments
  • Scope and Lifetime of Variables
  • global specifier
  • Functional programming    tools:     map(), reduce() and filter()
  • Lambda: short Anonymous functions
  • Creating and importing modules
  • Programming Examples & Assignments
  • Recursion

  • Python Set
  • Creating Set
  • Adding/Removing elements to/from set
  • Python Set Operations : Union, Intersection, Difference and Symmetric Difference
  • Python Tuple
  • Creating Tuple
  • Understanding Difference between Tuple and List
  • Accessing Elements in Tuple
  • Python Dictionary
  • Creating Dictionary
  • Accessing / Changing / Deleting Elements in Dictionary
  • Built-in Dictionary Methods and Functions

  • Understand Exception
  • Handling exception
  • try and except blocks
  • multiple except blocks for a single try block
  • finally block
  • Raising exceptions using raise

  • Introduction to File handling
  • File opening modes
  • Reading data from file
  • Writing data to file

  • Creating Class
  • Creating Objects
  • Method Invocation
  • Understanding special methods
  •    init     method
  •    del     method
  •    str     method
  • Operator Overloading
  • Overloading arithmetic operators
  • Overloading relational operators
  • Inheritance

  • Introduction
  • How Does an IoT Gateway Device Work?
  • Why Use an IoT Gateway Device?
  • Qualities of IoT gateway devices
  • How to Secure an IoTGateway

  • Introduction to Raspberry Pi 3 model B
  • Raspbian OS:
    • Setting up Raspbian OS on SD card
    • Raspberry Pi hardware setup

  • GPIO and    physical    computing    on    the raspberry pi
  • Working with GPIO
    • Flashing an LED
    • Interfacing LCD
    • Developing LCD package in python

  • Setting up serial port of Rpi
  • Data transmission through Zigbee
  • Interfacing DHT 11
  • Installing Adafruit Package

  • Installing Adafruit Package
  • Interfacing DHT11 sensor to Rpi
  • Collecting Sensor data

  • Connecting to cloud
  • Creating Thingspeak account
    • REST Api
  • Using Thingspeak API to upload data to cloud
  • Connecting using MQTT

  • Setting RPi as a http server
  • installing the packages to setup server
  • Hosting the server

  • Introduction to SMTP
  • Configuring smtp configuration file (ssmtp.conf)
  • Sending messages through email

  • Security issues in IOT
  • Secure devices, Secure communication
  • Secure data transmission between devices using encryption and

Embedded Specialization:

Automotive Specialization:

  • Introduction to IOT
  • IOT communication Models
  • IOT framework/platforms,IOT Hardware
  • RaspberryPi 4B Board architecture
  • Interfacing options on Raspberry Pi
  • Interfacing LED, LDR, DHT11, LM35
  • Interfacing  LCD & 7-segment Display
  • Interfacing sensors and Pi camera
  • Interfacing Actuators
  • Interfacing using Relay , ADC
  • Communication using UART and BLE
  • Interfacing GPS and GSM modules

  • Connect to Cloud,Upload and Analyze data
  • HTTP, SMTP and MQTT Communication
  • Web application using Flask Framework
  • Remote controlling using Android
  • Arduino and Node MCU interfacing
  • IoT applications: smart home/smart car

  • Key Considerations and Challenges
  • Interoperability, Standards, Protocols
  • Secure device, Data & Cloud
  • Securing data using cryptography
  • Industrial IOT Applications
  • Productivity, Safety, and Security with IoT

Placement Statistics

IoT Course FAQs

After successful completion of the IOT Course at Cranes Varsity, one is eligible for below-mentioned job roles. 

  • IoT Architect 
  • IoT Specialist. 
  • IoT Embedded Engineer. 
  • IoT Solution Engineer

Companies expect candidates to have 60%-70% aggregate both in academic & PGD training. Candidates to have good Aptitude, Logical Reasoning, and Verbal Reasoning with Programming skills. Additionally, the candidates must have expertise in the preferred domain like Embedded/IoT/Automotive/Java/Data Science/Software Programming/Business Analytics.

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Duration: 5 months (At Cranes Varsity) 
240hrs (At College Premises)
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