Foundation IOT

Because they may falsely report what happened wither
knowingly or simply due to confusion
Image
Foundation IOT
Course Duration: 40 Hrs
Course Timings: Flexible
Course Fees: 5000
Course Placement:

Course Pre-Requisite

Engineering Graduation

Course Selection Procedure

None

Course Eligibility

The pre-requisite for joining this training is zero. Anyone who is interested for this course can register it. Students/faculties from all engineering branches can participate  specially Electrical,Electronics, Instrumentation, CS/IT branch students.

Modules Covered

  • IOT architecture , applications and challenges
Part I -  RaspeberryPi
  • What is RaspberryPi ?
  • Main features of Raspberry Pi and its uses in IOT
  • How to setup and use RaspberryPi
  • Basics of Linux
  • Python IDE
  • Python  2 vs Python 3
  • Architecture of RaspberryPi
  • Python code structure
  • Why Python is used more in RaspberryPi
  • Basic Python usage
  •     i.   Hello World
  •     ii.   Indentation
  •     iii.  Variables
  •     iv.  Comments
  •     v.   Lists
  •     vi.  Iteration
  •     vii. Range
  •     viii. Length
  •     ix. 'if' , 'for' , while control statements
  • Python files in IDE
  • Executing python files from the command line
  • Installing python libraries 
  •  i. APT
  •  ii.PIP
  •  iii. GPIO library in detail
  • Basic operations on GPIO pins,how  to setup pins , apply digital voltages , generate PWM etc.
  • How to communicate with devices through GPIO pin
  • Raspberrypi Bluetooth , WiFi assignments  
Part II- Arduino uno (NodeMCU) syllabus 
  • Arduino Introduction
  • Pinout/Board Anatomy
  • Arduino Software IDE
  • Microcontroller
  • i. Digital pins
  • ii. Analog i/p pins
  • iii. PWM
  • iv. memory
  • Programming
  • i. Lamguage preference
  • ii. Variables
  • ii.Functions
  • iv. Library
  • v.Cores
  • Use Cases
  • i. Reading Analog signal
  • ii.Digital input pullup
  • State change detection
Part II- End to end connectivity in IOT
  • Why to use Cloud
  • Necessity of Cloud
  • Different cloud services 21
  • Gateway to device Connectivity
  • IOT Gateway architecture
  • Low power technologies for connectivity
  •    i. Bluetooth low energy
  •    ii.Low power wifi
  •   iii. 6LoWPAN
  • Gateway to cloude to Device connectivity
  • MQTT
  • Restful HTTP
  • iPV6
  • XMPP (Theory)
  • CoAP (Theory)
  • Assignments on End to End Connectivity
  • Publish values to server
  • Subscribe from server
  • Pub-Sub using PWM
  • Pub-Sub to client