How Colleges can become Center of Excellence for IoT ?

Internet of Things is an emerging disruptive phenomenon of the 21st century. Internet of things (IoT) is not a single technology in itself but an amalgamation of various technologies. IoT ecosystem encompasses sensors, microcontrollers, communication protocols, cloud technologies, IoT platforms, analytics and much more. All these technologies cannot me mastered using simple theoretical training.

To gain understanding of complete IoT ecosystem and then to practically apply it to projects requires deep understanding of concepts on IoT, executing it using the entire Hardware/Software and IoT Platform ecosystem.

Hence to enable this Axelta is bringing the entire IoT Ecosystem in the form of Centre of Excellence to your Institute

For Details Please download the CoE Brochure

IoT Trainings through COE

Internet of things credit course - 60 hours (theory + practical)


IoT - Embedded Focused

Branches - Electronics/Electrical/Electronics and telecommunications - Duration - 60 Hours (40TP + 20 Pr)
Sr.No. Topics Theory and Practical Time
1 IoT Overview Theory
  • IoT Definition
  • In-depth Explanation using example
  • IoT Applications in different domain
  • IoT Market in different domains
  • Challenges for IoT Industry
  • IoT Business
  • IoT 2020
  • IoT Opportunities
2 hours
2 Architecture Overview Theory
  • IoT Architecture
  • Technology Stack
  • Protocols
  • Hardware Requirements
  • Cloud Communication
  • Data streaming
  • Data stores
Use Case: Best Cold Chain Explanation
3 hours
3 IoT Platform Osmosis Theory
    Osmosis Features Explanation
  • Client Management
  • User Management
  • Device Management
  • Alarm Management
  • Reports & Analytics
Practical: Osmosis Account Creation
2 hours
4 Sensors and Actuators Theory
  • Sensors and Actuators - Definition
  • Sensor properties and types of sensors
  • Reading Technical data sheet
  • Actuators properties
  • Sensor manufacturers & data sheets
  • Gateways
    1. GSM
    2. Wi-fi
Practical: Interfacing multiple sensors to development board and displaying the output on LCD
4 hours
5 Embedded C Theory
Basic Hardware programming with LEDs ,Switches, LCD and Serial monitor using development board
2 hours
6 Microcontrollers Basics and Interfaces Theory
  • Microcontroller Definition
  • Difference between Microcontroller
    and Microprocessor
  • Options available in microcontrollers
  • STM32F401RE schematic
  • Mbed online Compiler
  • Interfaces - UART, SPI and I2C, Interconnection, PIN Diagram
Practical: Displaying values using STM32F401RE and its interfaces and data exchange using interfaces like UART, SPI and I2C
4 hours
7 Development Boards Theory
  • Development board - Definition
  • Compare various development boards - Raspberry pi, Arduino, STM32, CS3200, Nodemcu, Blend micro
Practical:Posting sensor data to cloud using GSM as gateway Posting sensor data to cloud using Wi-Fi as gateway Actuating action using GSM - Trigger alarm using SMS Raspberry Pi OS Configuration
6 hours
8 IoT Protocols Theory
  • Communication Channels
  • Communication Protocols
  • Wireless/RF Protocols - Definition and Features Overview of Wireless/RF protocols - ZigBee, ANT and ANT+, BLE, Z Wave, WiFi, Bluetooth and many more
  • IP protocols - TCP/IP,UDP,HTTP,HTTPS,MQTT,CoAP,6LoWPAN,Usage,
    comparison or protocols in IoT
4 hours
9 ZigBEE Protocol Theory
  • Introduction
  • Advantages of ZigBEE
  • Use case of ZigBEE
  • Mesh Network Concept
  • ZigBEE Routing and addressing
  • Security
Hands-On/Practical: ZigBee Node Configuration, ZigBee Mesh Network formation, Sending sensor data through Mesh network
5 hours
10 RTOS Theory
  • Task creation and task prioritization
  • Memory management and interrupts
  • Task Synchronization
  • Semaphores and mutex
  • Inter task Communication
  • Difference between Coocox and various other RTOS and Vxwork
Practical: Task Create / Prioritization, Memory allocation, Interrupt handling, Inter task Communication, Semaphore, Mutex
8 hours

IoT - Software Focused

Branches - IT/Computers - Duration - 60 Hours (40TP + 20 Pr); Pre-requisite: Java/J2EE
Sr.No. Topics Theory and Practical Time
1 IoT Overview Theory
  • IoT Definition
  • In-depth Explanation using example
  • IoT Applications in different domain
  • IoT Market in different domains
  • Challenges for IoT Industry
  • IoT Business
  • IoT 2020
  • IoT Opportunities
2 hours
2 Architecture Overview Theory
  • IoT Architecture
  • Technology Stack
  • Protocols
  • Hardware Requirements
  • Cloud Communication
  • Data streaming
  • Data stores
Use Case : Best Cold Chain Explanation
3 hours
3 Python, Java and IoT Theory
  • Python and IoT
  • Java and IoT
Practical
  • Hands-on/Practical based on Java and Python
5 hours
4 Web-services and Theory
  • Web-services Definition
  • Uses of Web-services
  • Advantages of Web-service
  • RESTFul web-service
  • Comparison SOAP and RESTful AWS
Practical/Hands-On:

Web Services basics walkthrough, Handhold to write first web service; Jersy download, import, configuration; Basic HelloW using Jersy, Introduction of Amazon Elastic Beanstalk,importing jakson jar files , Front End: JSP Pages no DB interaction, Hosting web-services on amazon elastic beanstalk, GET and POST practicals in web services, introduction to Advance REST client.

8 hours
5 MQTT Theory/Hands-on practical:

Architecture, Pub/Sub, LWT, Retained messages Hands-On/Practical: MQTT Clients using MQTT lens and Mosquito Broker, Writing MQTT client using Java

10 hours
6 Non Relational Databases Theory/Hands-on practical:

Column based, Document based, Key-value pair, Graph - Examples MongoDB, MapReduce

8 hours
7 IoT Platform Osmosis Theory

Osmosis Features Explanation

Practical : Osmosis Account Creation
Wearable

Since inception, IoT Academy has been on the forefront to disseminate the knowledge and best practices around IoT. The free webinar series is an attempt to spread awareness on IoT and motivate professionals, students, Industry Leaders to ride the biggest technological wave for bright future.

With our free webinars we try to bring deeper insights on IoT Ecosystem, IoT use cases, technologies behind them, opportunities underlying and path ahead for us.

Join our IoT Interest Group to stay updated on IoT Ecosystem.

You can share your ideas with the members, network with them, learn from them and a lot more. Along with this, we update you with latest developments in IoT. And Yes, we don't spam your inbox for any reason!


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