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This IoT Foundation course, Aligned to Competency Standards developed by SSC NASSCOM in collaboration with Industry and approved by Govt.
IoT Foundation Course is aimed at upskilling those who have a basic understanding of programming or electronics, to help them expand their knowledge and learn the fundamentals of IoT technologies at a foundation level.
Discover Industry-Aligned Expertise in IoT Foundation Course, Equipping You to Innovate, Secure, and Excel in Tomorrow's Connected World.
What will you learn in this IoT Foundation Course – SFI201 Course?
Explain the role of IoT in transforming businesses and customer use cases.
Discuss key application areas of IoT such as remote monitoring, asset tracking, production optimization, predictive maintenance and the development of new products and services.
Explain the various layers of the IoT stack and explain what constitutes an IoT architecture.
Discuss the applications of various components used in IoT solutions (such as sensors, actuators, microcontrollers, circuit boards, embedded chips, gateways, cloud platforms, etc.)
Understand the applications of embedded systems and appreciate the importance of embedded devices as data acquisition devices.
Discuss various IoT communications protocols and determine best fit for different IoT applications.
Discuss the different models of cloud computing (i.e., IaaS, PaaS, SaaS)
Discuss the possible uses of analytics solutions to leverage data generated by IoT.
Evaluate the basic principles of security design and architecture and the commonly used methods to mitigate security risks to IoT solutions.
Why should you take this IoT Foundation Course – SFI201?
Gain a solid understanding of IoT technologies aligned with industry standards, setting a strong foundation for advanced IoT roles and opportunities.
Learn how IoT transforms businesses across various sectors, from remote monitoring to predictive maintenance, enabling you to drive innovation and create impactful solutions.
Dive deep into IoT stack layers, components, and communication protocols, equipping yourself to design robust IoT architectures tailored to diverse application needs.
Explore the vast potential of IoT data with insights into cloud computing models, analytics solutions, and data security principles, empowering you to derive actionable intelligence and drive informed decisions.
Understand essential security design principles and mitigation methods specific to IoT solutions, ensuring the resilience and safety of IoT deployments in an increasingly connected world.
Whether you're a programmer, electronics enthusiast, or aspiring IoT professional, this course expands your knowledge and skill set, making you an asset in the IoT ecosystem.
Who should take this IoT Foundation Course – SFI201??
University students enrolled in streams such as Engineering, Computer Science, Statistics, Sciences or Mathematics
Employed professionals who wish to explore their career options and interests with regards to IoT
Enthusiasts curious about understanding the hype behind IoT.
Curriculum
Module 1:
Introduction to IoT (Theory)
Introduction to IoT
IoT Trends and Applications
IoT Stack, Applications and Data Management
Module 2:
IoT Devices (Theory + Practical Activity)
Embedded system in Real and Digital life
Components of IoT Devices
Fundamentals of Sensors and Interfacing in Microcontroller
Fundamentals of Actuators and its interfacing
Fundamentals Microcontrollers
Programming the Microcontroller
IoT Based Smart Energy Management System
Legal Compliance Management
Practical Activity: Write simple programs for executing specific tasks on the microcontroller or simulator - My first IoT program.
Module 3:
IoT Networking and Communications (Theory)
IoT Networking and Communications
Fundamentals of IoT networks
Deployment Model
Wired/wireless connectivity protocol
Characteristics of connectivity protocol
Module 4:
IoT Data Storage and Analysis (Theory + Practical Activity)
Cloud Computing in IoT
IoT Data Management
IoT Data Analytics
Python in IoT
IoT Cloud
Practical Activity: Perform a hands-on activity (such as data storage and management, data analysis, log analysis, etc) with a simulated IoT platform using cloud services. Analyse data using tools such Excel, R or Python:- Data - Log management using cloud services.
Module 5:
IoT Security and Privacy (Theory + Practical Activity)
IoT Security
IoT Security Framework
IoT Privacy and Risks
IoT Components and Principles
IoT Overview, Penetration Testing, and OWASP Top 10
Practical Activity: Discuss security framework guidelines that ensure the security and privacy of all data flowing within the solution. Ensure that the security framework covers all aspects of the IoT stack including physical security of the device, encryption of communications, and safeguards to protect access to data:- IoT security framework guidelines
Tools you will learn in this InfoSec Management Course