The Internet of Things is ushering a new era in science and technology which will forever change our personal and professional lives, our consumer habits and the way we do business. With the rapidly changing world, these latest inventions and innovations will become a norm by 2020, and we expect more than 50 billion connected devices communicating via the net. In order to create early adopters, we are introducing a one of its kind course on 'Internet of Things', the next big thing in the IT industry. 

Key Features at Collabera TACT - #1 Awarded Training Provider for IoT:

• Live Instructor-ledonline training of 48+ intensive hours. 
• Trainer is an industry veteran.
• Training for 8 weekends. Each session will be of 3:00hrs.
• A hardware kit will be shipped to the your mailing address, which will contain IoT prototyping boards and peripherals. Trainer will guide you to install required software (IDEs) on your system to perform hands-on session using kit.
• LMS enables you to have access to all course materials, modules and audio-visual recordingsof every session which will be uploaded on LMS for LIFETIME! 
• Participants will be awarded with Globally recognized Collabera TACT certificate.

Please find below the list of Hands on sessions going to be discussed in the training program:

• Interfacing sensor (Analog & Digital) with MCUs
• Interfacing switches and LEDs with MCUs
• Interfacing sensors and other peripherals using SPI and I2C communication protocols
• Installation of Numpy, Panda, IoT analytics and many other python packages
• Installation and Working with Ipython notebooks
• Learning python fundamentals and programming
• Running python on Raspberry Pi, GPIO programming
• Setting up wireless (bluetooth) link between systems
• Configuring bluetooth module by using AT commands
• Configuring and uploading data on cloud using WiFi ESP8266 module using AT commands
• Programming ESP8266 module using LUA and Micropython to access/upload data on cloud
• Setting up HTTP server and testing HTTP methods on local host and with cloud
• Setting up MQTT server and testing publish & subscribe methods
• Understanding TCP/IP protocol and pushing and pulling data from cloud using Restful APIs.
• Understanding differences between TCP and UDP protocols practically
• Setting up a private cloud/server on Raspberry Pi

Hardware Kit:

Development Boards

• Raspberry Pi 3
• Arduino Mega (ATMega2560) with USB cable
• ESP8266 NodeMcu

Electronic Components

• Sensors – Analog temperature sensor(LM35)
• IR Proximity Sensor
• Switches – Push Button (10)
• Breadboard
• LEDs (10)
• Resistors (10)
• Connecting leads (25)
• Memory Card (16 GB)
• HDMI – VGA Converter
• 1A Power Adapter

Communication Modules

• WiFi – ESP01
• Bluetooth – HC05

Post completion of the course, you will be able to:  

• Develop and implement IoT system, solutions, and applications.
• Good understanding of reference architecture, like- Network, Device, Application & Client Server vs Public Subscribe.
• Design IoT Device - sensors, embedded development boards, Interfacing peripherals & Programming GPIOs & Design Considerations.
• Work with IoT Communication Protocols like- wired, wireless, Networking & Application
• Write applications using programming Languages like- Arduino and Python.

Upcoming batch: 8-JULY-17 07:00 PM – 10:00 PM IST.