What is IoT?
Why IoT?
Why do we need IoT?
History of IoT
Primebit Solution provides IOT training and also support online classes on IoT. We provide the best classroom training as well as online training for all. We give complete practical knowledge as well as theoretical knowledge to our students. We also provide kit and separate lab training session to get the complete knowledge of the subject. Practical knowledge of this IOT technology can be experienced in the lab sessions only.Primebit has experienced IOT trainers and has done realtime work experience over the last 7 years.
We provide top most IOT including:
Online and classroom IOT Training is given by Real Time Industry Experts. Globally recognized certification is awarded to the candidates after the course completion.
Placement Oriented Training is offered to the students in this IOT Training in Hyderabad
IOT is the best technology where students have great career by opting training in the best IOT Training institution in Hyderabad.
This course is designed for Engineers we also train basic knowledge in C Programming to Implement IoT Solutions.
Best Python Programming Institute in Hyderabad who provide programming knowledge which is using in IOT development
Soft copy of all software used in the course
online and classroom training provided according to student convenience
Interview questions on IOT
Certification
100% Job Support
Instructor led training
IOT realtime project using Ardunio
IOT Training using Raspberry Pi
IOT Protocol Suite & Its Connectivity
Wireless IOT
Cloud Computing IOT
IOT Security concepts
Developing an IOT Project
Any Graduates who knows basics of Computers and programming
Who are having interest to learn IOT are also welcome
What is IoT?
Why IoT?
Why do we need IoT?
History of IoT
How IoT Works?
High level data flow in IoT technical architecture
Ardunio open-micro controller platform. Ardunio Basics
Ardunio board layout & architecture
Introduction to various functions
Reading from sensors( real world data)
Programming fundamentals(c language)
Ardunio programming and interface of sensor
Interfacing sensors with Ardunio
Programming with Ardunio
Introduction to IoT Gateways
What is gateway? why its needed?
How to fetch the real world data or unique identity data?
How to store these in a gateway buffer or How to hold data?
How to pass the data on the network for controlling data via app.
Features of Raspberry Pi
Interfacing with sensors
Python Programming
Wired communication protocols: UART, SPI, I2C
Wireless communication protocols: Bluetooth, WiFi, overview of Zigbee and other IoT communication technologies and protocols (Coverage area, Frequency range and power usage.
Networking Protocols: OSI reference model, TCP/IP, Ethernet
Application protocols: HTTP, MQTT, TCP/IP
MQTT
CoAp
Cloud and Cloud storage
Cloud characteristics
IoT cloud platforms
Concept & architecture of cloud
Role of cloud computing in IoT
Tools, API and platform for integration of IoT devices with cloud
IoT cloud platform and integration with gateway( Thingspeak, AWS IoT)
Raspberry Pi 3
Ardunio mega(ATMega 2560) with USB cable
ESP8266 Node McU
Sensors - DHT11, PIR, Ultrasonic Sensor, IR Proximity sensor
Switches - push buttons
Breadboard
LED's
Connecting leads
Wifi ESP8266
Bluetooth-HC05
Project 1: Ardunio Voice Recognition via Bluetooth HC - 05.
Industry: Home Applications
Problem Statement: Controlling the home applications using voice commands. This projects has been done using Bluetooth communication protocols.
Project 2: LED control with IoT in a logistics company.
Industry: Logistics
Problem Statement: Logistics company wants to use IoT enabled LED light to monitor the movement of the goods within its ware house
Highlights: a)configuration of Raspberry Pi
b)Python code for lighting the LED
c)Connect Raspberry Pi board with python code
Project 3: Control LED light using Ardunio Mega 2560
Industry: Garbage monitoring system
Problem Statement: This is a very innovative system which will help to keep the city clean. This system monitors the garbage bins and inform about the level of garbage collected in the garbage bins via a web page. This system uses ultrasonic sensors placed over the bins to detect the garbage level and compared it with garbage bins depth. The system makes use of Ardunio microcontroller , Wifi modem for sending data and a buzzer
Highlights: a)configuration of Ardunio Mega 2560
b)C language coding for Ultrasonic sensor.
c)connect Ardunio Mega board with C language code
| Date | Session Type | Timing | Price | |
|---|---|---|---|---|
| June 02 - Aug 02 | Online | INR 40,000 | ||
| June 02 - Aug 02 | Week End Batch | INR 40,000 | ||
| June 02 - Aug 02 | Class Room | INR 40,000 |
