
Explore enterprise-grade IoT systems, from fundamental concepts and data flows to end-to-end architectures, with real-world case studies and an end-to-end reference architecture.
Explains how the internet of things represents a convergence of cloud computing, mobile apps, and big data analytics that fuels adoption across industries and delivers measurable business value.
Explore how the internet of things connects objects to communicate bidirectionally, turning dumb devices into conversational ones, by integrating multiple technologies to collect, analyze data, and infer conditions.
IoT enables remote monitoring in healthcare, clean energy, waste management, smart supply chains, and smart workplaces, linking devices and an IoT platform to solve real-world problems.
Explain how sensor data, events, alarms, and device health flow between devices and the IoT platform, enabling monitoring, efficiency, and informed decisions.
Identify the three building blocks of an IoT system—devices, IoT platform, and enterprise and external systems—connected by bidirectional communication with data ingestion, processing, analytics, and visualization.
Explore embedded systems, sensors, and gateways in data capture and edge analytics. Understand how IoT relies on protocols, cloud platforms, streaming analytics, integration APIs, and mobile UI.
Examine how the internet of things enables remote patient monitoring and equipment condition tracking via gateways and Bluetooth Low Energy devices, with analytics guiding bidirectional health worker actions on the platform.
Analyze asset monitoring with a case study on condition monitoring a smart refrigerator in retail. Learn how gateways translate protocols, ingest sensor data, and trigger alerts through an IoT platform.
Capture data from IoT devices, route through gateways to a platform for ingestion, processing, and storage, then analyze and visualize insights.
Explore the IoT reference architecture from devices and gateways to data ingestion and edge processing. See how normalization, stream analytics, and SQL/NoSQL storage enable domain business services like smart parking.
Analyze IoT data with analytics and machine learning to generate insights, store results in data stores or big data stores like Cassandre or ADFIS, and share dashboards via integration services.
Explore how device management differentiates an IoT platform by provisioning devices, distributing data, configuring systems, issuing commands, upgrading software, and monitoring device health.
Examine the fundamentals of IoT, core elements, data flows, and the reference IoT architecture—from devices to platforms to visualization.
Explore how IoT supports sustainability and smart ecosystems across cities, buildings, retail, and supply chains, while learning about training, consulting, and resources like IoTfied.com.
This course is intended to introduce and solidify your understanding on all aspects of Enterprise IoT systems
This course is NOT about programming or coding of embedded devices where you connect sensors to RaspberryPi or Arduino boards and push data to cloud to display it in graphs.
You would love this course if you are interested in understanding how Smart City, Smart Retail and Connected Healthcare use cases are designed and implemented. At the end of this course, you should be able to get an understanding of the end to end architecture of all IoT Systems.
It includes -
Core IoT Elements
IoT Data Flow
Technology makeup
Building blocks
IoT Phases
IoT Reference Architecture.
This course also covers and Two Case Studies, one on Connected Healthcare and the other on Asset Monitoring
Further, there is a Quiz to evaluate your understanding of IoT Concepts. It is highly recommended to go through the lectures again if you are not able to answer all the questions correctly in the first go.
There is a also a Project Assignment as part of this course, for which you have to create an Architecture for a given IoT problem. The idea is to apply the knowledge acquired in this course to a real situation. The project submission would be evaluated and review comments would be provided to you.
Finally, please feel free to message me any doubts or question that you may have and want clarifications for better understanding.
Good luck, as you onboard yourself into this inspiring world of IoT!