Introduction to IoT Training Course

If you’re new to the Internet of Things (IoT) and want to leverage it across business functions, then this introductory course is for you. You’ll get a glimpse into the ever-growing field of IoT, a technology that allows the intelligent exchange of data among a network of internet-connected objects.

IoT Course Overview

The primary objective of this Introduction to IoT Training Course is to give you insights into the bright and exciting future of the Internet of Things (IoT). The course will familiarize you with IoT concepts, its origin, impact, methodologies and tools, and how IoT is integrated into business applications to improve business results.

Skills Covered

Origins of IoT

Building blocks of IoT

Communication among IoT

IoT designs

Development considerations

IoT frameworks

IoT architectures

Security considerations of IoT

Realworld uses of IoT

How to adopt IoT

IoT in Enterprise

IoT Course Curriculum

Elgibility

This IoT course caters to CXO level and middle management professionals who want to enhance business value and ROI leveraging IoT. Simplilearn’s Introduction to IoT Training Course is ideal for anyone who wants to learn the fundamentals of IoT or pursue a career in this growing field.

  • 1.1 Course Introduction
  • 2.1 IOT - Origin and Impact
  • 2.2 IoT Revolution in Industries
  • 2.3 Use Case: Fleet Management Using IoT
  • 2.4 Benefits of IoT in Fleet Management
  • 2.5 Use Case: IoT for Financial Services
  • 2.6 Benefits of IoT for Financial Services
  • 2.7 IoT in Dairy Farming
  • 2.8 Overview of IoT
  • 2.09 Evolution of IoT
  • 2.10 Transforming Digital World
  • 2.11 Differences between M2M and IoT
  • 2.12 Use Case: M2M vs IoT
  • 2.13 Use Case: IoT in Autonomous Vehicles
  • 2.14 Key Takeaways
  • 3.01 Building Blocks of IoT
  • 3.02 Hardware for IoT
  • 3.03 Connectivity Blocks and Communication Protocols
  • 3.04 Platforms Supporting IoT
  • 3.05 Cloud Computing for IoT
  • 3.06 Data Management for IoT
  • 3.07 Mobile Applications for IoT
  • 3.08 Use Case: LoRa Communication Protocol
  • 3.09 Use Case: Smart Home Using Arduino
  • 3.10 Key Takeaways
  • 4.01 IoT Design and Development Considerations
  • 4.02 IoT Device Architecture
  • 4.03 IoT Reference Architecture
  • 4.04 IoT Standardization and Design Considerations
  • 4.05 IoT Device Architecture: Network and Cloud
  • 4.06 IoT in Smart Farming
  • 4.07 Key Takeaways
  • 5.01 Security Considerations Using IoT
  • 5.02 IoT Security Standards and Best Practices
  • 5.03 IoT Attack and Vulnerabilities
  • 5.04 IoT Hardware Solutions
  • 5.05 IoT Software Solutions
  • 5.06 IoT’s Open Source Solutions
  • IoT USe Case: Utility Companies
  • 5.08 IoT Security in Utilities Challenges
  • 5.09 Use Case: IoT Security in Manufacturing Industry
  • 5.10 Key Takeaways
  • 6.01 Opportunities with IoT
  • 6.02 Data Analytics with IoT in Business
  • 6.03 Data Analytics with IoT: Business Efficiency
  • 6.04 Industry 4.0 and IoT
  • 6.05 Use Case: Industry 4.0-Predictive Maintenance
  • 6.06 Internet of Everything: Overview
  • 6.07 Internet of Everything: Introduction
  • 6.08 Internet Of Everything: Use Cases
  • 6.09 Social IoT
  • 6.10 Key Takeaways
  • 7.01 IoT in Enterprise
  • 7.02 IoT Decision Framework for Enterprises
  • Case Study: Logistics and Transportation
  • 7.04 Case Study- Manufacturing
  • 7.05 Case Study- Chemicals
  • 7.6 Case Study- Health Care
  • 7.07 Case Study-Consumer Goods Industry
  • 7.08 Case Study- Energy
  • 7.09 Case Study - Casino
  • 7.10 Key Takeaways
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