Internet of Things Practitioners Course

2 Days Register Online
Section 1


The IoT is now a reality due to the convergence of several technologies.

A “Thing” is any object or device with embedded electronics that can transfer data over a network – without any human interaction. So, imagine if you had smart devices in your car, your workplace or even on yourself.

The IoT can help transform industries leveraging cutting-edge technologies such as cloud, artificial intelligence, and blockchain, using information gathered in real-time by thousands of sensors globally.

Section 2

About this course

This course explores the topics, technology, and skills required to gain practice in the successful implementation of IoT solutions. IoT Practitioners – extract real-world data from sensors in devices, integrate them to services in the cloud, and using analytics and artificial intelligence, extract valuable insights to improve enterprise operations, and enable innovative, new industry business models.

Section 3


  • Understand the evolution and impact of IoT in the world today.
  • Explore IoT by industry domains: automotive, connected homes, manufacture, energy and utilities, transportation, healthcare, aerospace.
  • Explore end-to-end case studies for every key IoT industry and identify common patterns.
  • Understand the technical aspects of IoT solutions: devices and networks, data, cloud, applications, blockchain, analytics, and security.
  • Build cognitive IoT solutions, leveraging artificial intelligence, and data science.
  • Understand industry practices to design and build agile IoT solutions, using the design thinking methodology.
  • Work in teams jointly exploring real-world IoT scenarios.
  • Prototype bespoke IoT solutions leveraging industry proven concepts, technologies, and methodologies.
Section 4


Individuals with an active interest in applying for entry-level jobs relevant to implementing IoT solutions. Prerequisite skills for this course:

  • Basic IT literacy skills
  • Fundamentals of measuring the physical world by computer, such as temperature
  • Concept of non-conventional computers embedded in equipment
Section 5


80 hours

  • 25% Concepts Expanding the knowledge and understanding of the topic through lecture training, examples, videos, and quizzes.
  • 35% Technologies Actual implementation of the concepts learned through simulations, hands-on labs, and games.
  • 40% Industry Use Cases Realization of the real-world impact of the topics covered through the exposure to industry case studies.
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