Collabera TACT ranked 1st amongst Top 10 IoT Training Institutes in India – 2016
The Internet of Things (IoT) is the network of physical objects, devices, vehicles, buildings and other items which are embedded with electronics, software, sensors, and network connectivity, which enables these objects to collect and exchange data.
Self Paced IoT Training
Become an expert on Internet of Things with Collabera TACT Self Paced IoT Training. By the virtue of IoT we are connecting more and more devices to the internet each day and establishing a machine-to-machine communication mesh. By 2020 the number of devices connected is predicted to reach a whopping 25 Billion across the globe. With such great magnitude of work being done in the field, IoT has become one of the hottest skills for job seekers in recent times. Programmers, Developers, Engineers and Network Experts are believed to be the primary beneficiaries of IoT.
Where does Collabera TACT Training add value?
Collabera TACT Self Paced IoT Training will teach you the nitty-gritty of IoT. This is a comprehensive training which will make you understand various aspects of this emerging technology. The program is designed in a way so as to walk you through the entire ecosystem of the Internet of Things. The Collabera TACT Self Paced IoT Training will teach you about various Cloud Platforms and IoT devices etc. The training will also cover – how to use sensors, microcontrollers & gateways. Getting the participants acquainted with the IoT technology and its implications is an integral part of this program.
What does the training cover?
- Internet of Things – Its working and impacts on companies and users.
- Detailed study of each layer of IoT and their respective roles.
- Comprehensive understanding of how the following work –
- Sensors (Temperature, Humidity, Light, IR etc.)
- End Nodes (Micro Controllers like Arduino)
- Gateways (Raspberry Pi & Beagle Bone)
- Communication technicalities associated with IoT devices, various protocols and their applications
- Learning about Cloud and Cloud Platforms vis-a-vis How IoT components select cloud platforms?
- IoT Devices – Security Threats and Mitigations
- Working of IoT components with Cloud Platforms and posting data using WiFi.
Why Collabera TACT Self Paced IoT Training?
Internet of Things has become one of those skills which are highly in demand in the job market. IoT developers are enjoying great careers and the field presents new and exciting opportunities on a daily basis. Given this scenario, the Collabera TACT IoT Training will usher you into a world full of possibilities.
There are no specific pre-requisites of doing the Collabera TACT Self Paced IoT Training. Anyone who is keen on learning the concepts of IoT and is fascinated by this technology can enroll for this program. Also if you wish for a rewarding career then this is the right place to start with.
Module 1: Introduction to IoT
1.1 What is IoT?
1.2 Why do we need IoT?
1.3 Definition of IoT
1.4 History of IoT
1.6 Market Study
Module 2: IoT Requirements
2.3 Routing and Forwarding
Module 3: IoT Architecture
3.1 Physical Layer
3.2 Communication Layer
3.3 Cloud Platform Layer
3.4 Application Layer
Module 4: Physical Layer/Hardware
4.2 End Nodes
Module 5: Communication Technologies
Module 6: Communication Protocols
Module 7: IoT & M2M Cloud Platform Components
7.1 Device Connectivity
7.2 Device Management
7.3 Data Storage
7.4 Alarms and Rules Management
7.5 Content Management
7.6 Remote Access
7.7 Stream Analytics
Module 8: IoT Platforms- Carriots
8.2 Key Features
8.3 How we connect our devices, collect data, and manage devices Carriots Hierarchy and Business Logic
8.4 Demonstration of Carriots Platform:
8.5 Device Registration on Carriots Cloud
8.6 Sending data to Carriots
8.7 Checking the data collection in Carriots
8.8 Creating an alert with Carriots Listener
Module 9: IoT Security
9.1 Need for security
9.2 Threats of IoT devices
Module 10: Hands-on
10.1 Play with Arduino Uno on some examples
10.2 How to test Wi-Fi Shield/Module to detect the access points
10.3 Connect Arduino with the Wi-Fi Shield/Module and test
10.4 Playing around with different sensors
10.5 Connect to the Cloud Platform
10.6 Post data to Cloud Platform
10.7 An application using all IoT components.