Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English, Hindi | Self Study, Virtual Classroom | Video and Text Based |
Course Overview
The Internet of things (IoT) programme available at the National Institute of Electronics & Information Technology (NIELIT) located at Gorakhpur-Extension Centre Lucknow is offered for candidates to utilise IoT in devices used for both daily life and innovations using embedded systems and sensors. The programme is a daily 3-hour online instruction course spanning over a duration of 6 weeks. Since it is an accessible online programme, it also covers a wide range of candidates by offering the course in two languages, namely English and Hindi.
The candidates will get exposed to topics such as IoT architecture and classifications, fundamentals of Microcontroller, programming using Arduino, demonstrations of sensors, working approaches to Ethernet shield, Android Studio, Cloud computing, Google Assistant etc. Also, there will be opportunities to make the first android, email implementation and IFTTT usage for Android implementation. A certificate of completion is conferred for candidates who pass the minimum requirements for the programme.
The Highlights
- 6-week course duration
- The bilingual medium of instruction in Hindi & English
- Fully online course
- 90 hours of instruction
- 3 hour daily afternoon-evening classes
- Certificate of completion
- E-Learning portal for content access
Programme Offerings
- Live Classes
- Hands-on lab sessions
- assessments
- Expert Faculty
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | NIELIT Gorakhpur |
The Internet of things (IoT) Fee Details :
Fee Details | Amount |
Programme fee | Rs. 2,450 |
Eligibility Criteria
Education
Candidates are required to have basic knowledge of programming language and must satisfy the HSC (10+2) education requirement
Certification qualifying details
Candidates who satisfy 75% in minimum attendance and 50% in minimum performance in the final test will pass the criteria to be awarded the certificate of completion.
What you will learn
In the Internet of things (IoT) course:
- Candidates will get knowledge about IoT’s components, classifications and architecture and microcontrollers.
- Candidates will learn LED-based programming and pattern-based programming using Arduino.
- Candidates will be introduced to actuators, sensors and their demonstration, data acquisition.
- Candidates will get exposed to Ethernet Shield and its URL-based control devices.
- Candidates will get to work on Android Studio software and make their first android application activity using buttons and text.
- Candidates get to learn about Cloud computing and Adafruit IO for sending and analyzing real-time sensor data.
- Candidates will use Google Assistant service and its home automation.
- Candidates will learn Google Applets using IFTTT and progress onto SMS, email and android notification through IFTTT.
Who it is for
The Internet of things (IoT) programme is for moulding candidates for the usage of IoT devices and sensors.
The programme is suitable for:
- IoT enthusiasts from a wide range of industries who wish to identify business opportunities using the Internet of Things.
- Any 10+2 HSC graduate with interest to enskill them in IoT.
Admission Details
The admission procedure for the Internet of things (IoT) program is :
These steps are to be followed by the candidate:
Step 1: The candidate reads the course structure and requirements in the link provided: https://regn.nielitvte.edu.in/
Step 2: The candidate visits the portal for Registration and follows the procedure starting with the “Apply Now” option.
Step 3: The candidates have to click the “Register” option and create login credentials.
Step 4: The application details need to be filled and submitted.
Step 5: The candidates must upload supporting documents if needed can lock their profiles before paying the online fees.
Note: Candidates pay the one-time course fee inclusive of GST and other applicable. The online payment methods used are Credit Card, Debit Card, UPI or Internet Banking, etc.
The Syllabus
- Brief Introduction of IOT
- IOT components
- Architecture and Classifications
- Microcontroller Fundamentals
- Introduction to Arduino Microcontroller
- Working on Arduino IDE
- Learning basics of sketch programming
- Introduction LED based programming
- Condition based LED programming using Arduino
- Pattern based programs using Arduino and LED
- Introduction to potentiometer
- Working with 16X2 LCD display
- Adding LCD Library to IDE
- Working with 7 segment display
- Adding 7 segment display library
- Working with 7 segment display
- displaying single and double digits
- showing 1-99 and 99-1 numbers Making timer/counter
- Working with Radio frequency identification (RFID) device
- Introduction to Actuators
- Introduction to Sensors
- Difference between Analog and Digital Sensor
- Demonstrating Ultrasonic Sensor
- Data acquisition using PLX/DAQ
- Demonstrating PIR Motion Sensor
- IR sensor
- Flame Sensor
- Demonstrating Gas Sensor
- Temperature Sensor
- Demonstrating Humidity Sensor
- DHT11 Sensor
- Understanding networks LAN/WAN basics
- IP Addressing Scheme
- Working with Ethernet Shield
- Using HTML form and Ethernet Shield Controlling devices using URL
- Introduction to Android Studio
- Download and installation
- discussion on menu and toolbar
- Making first android Activity
- Working with button
- text view
- edit text etc
- Understating different (Bluetooth & Internet) permissions to XML file
- Making .apk file
- Introduction to Bluetooth Device (HC-05)
- 2 switch relays
- Working with Microcontroller WiFi
- Device (NodeMCU) -ESP8266
- Introduction to cloud computing
- Sign in- Adafruit IO
- Using NodeMCU (ESP8266) module sending data to cloud server
- Sending data to Adafruit -IO using feed to the mentioned blocks
- analyzing real time data of sensors at Adafruit
- sending multiple sensor data through multiple feed and analyzing it using different blocks
- Working with Google Assistant Service
- Home automation using Google Assistant Service
- Sign-in to IFTTT
- working with Google Applets using if this then that (IFTTT)
- implementing Email
- SMS
- android
- notification using IFTTT service
- IOT TEST