IOT PROGRAM

Overview:

According to some predictions, there will be more than 50 billion Internet-enabled gadgets by 2030. In order to take full advantage of this enormous growth potential, the Internet of Things (IoT) Program provides engineers and industry professionals with a wide foundation and deep subject experience.

After finishing the brief non-credit online course, you can then proceed at your own speed to study four graduate-level online courses in fields like: 

  • Sensors 
  • Embedded systems
  • Networking
  • Circuits

For students in the IITBE programme, an IoT curriculum was established that uses and applies cutting-edge network device technology to help them succeed.

A solid foundation in IT hardware, software, and architectures taught via IITBE will allow students to easily segue into learning how to install network-edge hardware, including IoT devices, and harden them.

 Key Learnings:

  • An introduction to the Internet of Things (IoT), covering its history and implications.
  • IoT design and development considerations, frameworks, and architectures IoT building pieces, how they are connected, and how they communicate with one other
  • Common IoT security breaches and solutions are among the security concerns.
  • IoT business prospects in the real world
  • How can businesses use the Internet of Things (IoT) to their advantage?

Course Modules

  • Course Introduction
  • IOT Origin and Impact
  • Iot Revolution in Industries
  • Use Case: Fleet Management Using Iot
  • Benefits of Iot in Fleet Management
  • Use Case: Iot for Financial Services
  • Benefits of Iot for Financial Services
  • Iot in Dairy Farming
  • Overview of Iot
  • Evolution of Iot
  • Transforming Digital World
  • Differences Between M2m and Iot
  • Use Case: M2m vs Iot
  • Use Case: Iot in Autonomous Vehicles
  • Key Takeaways
  • Certification Details and Criteria:
  • Complete the online self-learning course
  • Complete the course-end assessment with a minimum 80% score
  • Building Blocks of Iot
  • Hardware for Iot
  • Connectivity Blocks and Communication Protocols
  • Platforms Supporting Iot
  • Cloud Computing for Iot
  • Data Management for Iot
  • Mobile Applications for Iot
  • Use Case: Lora Communication Protocol
  • Use Case: Smart Home Using Arduino
  • Key Takeaways
  • IoT Design and Development Considerations
  • Iot Device Architecture
  • Iot Reference Architecture
  • Iot Standardization and Design Considerations
  • Iot Device Architecture: Network and Cloud
  • Iot in Smart Farming
  • Key Takeaways
  • Security Considerations Using IoT
  • Iot Security Standards and Best Practices
  • Iot Attack and Vulnerabilities
  • Iot Hardware Solutions
  • Iot Software Solutions
  • Iot’s Open Source Solutions
  • Iot Use Case: Utility Companies
  • Iot Security in Utilities Challenges
  • Use Case: Iot Security in Manufacturing Industry
  • Key Takeaways
  • Opportunities with IoT
  • Data Analytics With Iot in Business
  • Data Analytics With Iot: Business Efficiency
  • Industry and Iot
  • Use Case: Industry -predictive Maintenance
  • Internet of Everything: Overview
  • Internet of Everything: Introduction
  • Internet of Everything: Use Cases
  • Social Iot
  • Key Takeaways
  • Iot Decision Framework for Enterprises
  • Case Study: Logistics and Transportation
  • Case Study- Manufacturing
  • Case Study- Chemicals
  • Case Study- Health Care
  • Case Study-consumer Goods Industry
  • Case Study- Energy
  • Case Study – Casino
  • Key Takeaways