Certification

4
Duration
4 days, 28 hours
5.
Methodology
This programme is a combination of classroom lectures, demonstrations and lab exercises with computers.
 Lecture (Day 1 – 4)
 Lab demonstration (Day 3)
 Pre-Course Test (Day 1)
 Exam (Day 4)
 Wrap Up (Day 4)

Course objectives:

Upon completing the Certified Internet of Things Technologist Training with exam, the student should be able to:
 Understand the concepts of IoT and various building blocks to build an IoT application.
 Understand the architecture, communication protocols, energy management in IoT.
 Understand the technologies behind setting up end-to-end IoT ecosystem.

 Understand the concepts in designing and optimization of IoT applications.
 Acquire the knowledge and skills in building a business entity focusing on IoT solutions
 Design and develop smart IoT applications.

Internet of Things as a buzzword has caught the attention of all of us. This course will help you gain adequate knowledge on the Internet of Things. You will be able to understand the potential of the Internet of Things for our society, in terms of impact on the lives of billions of people and on the world economy. You will also understand the underlying technology that powers the Internet of Things, as well as the challenges that comes with such technologies. We will explore many real-life examples of IoT devices that are commercially available, and you will have a glimpse of the future of the Internet of Things.
Learning outcomes
At the end of this course, the students will be able to
 Explain what is the Internet of Things
 Understand how Internet of Things devices interact together & with users
 Learn about the protocols used by Internet of Things devices
 Discover the different platforms that are available to develop applications
 Learn about commercially available devices that are already using the Internet of Things
Understand the current challenges of the Internet of Things

Certified Internet of Things Technologist Training with exam:
 Overview of Internet of Things (IoT) system
 Overview of Advancement in MEMS based sensor
 Reliability of sensing technology – robustness, sensitivity, security
 Type of sensors
 Integration of sensor output to ADC
 Interface circuitry ADC to micro controller and communication protocol
 Sensing instrumentation and measurement
 IoT Concepts and standards
 IoT component dimensioning
 IoT Communications Protocols
 IoT Internet Gateways
 IoT Device Requirements Design
 Cloud Computing of IoT
 Securing IoT Networks
 Application Stacks to IoT
 IoT Data
 IoT Smart-X Applications