Course Duration
- 45 Hrs
IoT Course Fee
11, 799 Rs.
Eligibility
Open to all Learners
Course Duration
- 90 Hrs
CCC Course Fee
- 3600 Rs.
Eligibility
All Learners
IoT Foundation Course SFI201
(NASSCOM Certified)
Build a strong foundation in digital literacy with 90 hours of hands-on training covering essential computer skills, internet usage, and cybersecurity awareness.
IoT Foundation Course SFI201
(NASSCOM Certified)
Build a strong foundation in digital literacy with 90 hours of hands-on training covering essential computer skills, internet usage, and cybersecurity awareness.
Course Modules
- Course duration: 45 Hrs
Course Modules
- Course duration: 45 Hrs
Module 1: Introduction to IoT (Theory)
- Understand the fundamentals of the Internet of Things (IoT) and its components.
- Explore current IoT trends, real-world applications, and emerging use cases across industries.
- Learn about the IoT technology stack, communication layers, and data management processes.
Module 2: Introduction to Operating System
- Explore embedded systems and their role in real and digital life.
- Learn about the key components of IoT devices, including sensors, actuators, and microcontrollers.
- Understand fundamentals of sensor and actuator interfacing with microcontrollers.
- Gain practical skills in programming microcontrollers for IoT applications.
- Study IoT-based smart energy management systems and legal compliance considerations.
- Practical Activity: Write and execute your first IoT program on a microcontroller or simulator.
Module 3: IoT Networking and Communications (Theory)
- Understand the fundamentals of IoT networking and communications.
- Learn about different IoT deployment models and their applications.
- Explore wired and wireless connectivity protocols used in IoT systems.
- Study the key characteristics and performance aspects of various connectivity protocols.
Module 4: IoT Data Storage and Analysis (Theory + Practical Activity)
- Understand the role of cloud computing in IoT.
- Learn IoT data management and analytics techniques.
- Explore the use of Python for IoT data processing.
- Gain hands-on experience performing data storage, management, and log analysis on a simulated.
- IoT platform using cloud services.
- Analyse IoT data using tools such as Excel, Python, or R.
Module 5: IoT Security and Privacy (Theory + Practical Activity)
- Learn core IoT security principles and the IoT security framework.
- Understand privacy risks and measures to protect IoT data.
- Explore penetration testing and review OWASP Top 10 security considerations./li>
- Practical activity: Apply security framework guidelines covering device security, communication.
- encryption, and data access safeguards to ensure privacy and protection across the IoT stack.
Project Work (Practical Assignment)
Students will complete a small project using the skills learned in the course.
- Apply the concepts learned across IoT fundamentals, data analytics, cloud integration, and security.
- Design and implement a complete IoT solution, including data collection, storage, analysis, and secure communication.
- Integrate Python or other tools for data processing and visualization.
- Ensure the project follows IoT security and privacy best practices, including device security, data encryption, and access control.
- Present a fully functional prototype demonstrating end-to-end IoT system implementation.
Course Details & Enrollment
Know More About the Course
Module 1: Introduction to IoT (Theory)
- Understand the fundamentals of the Internet of Things (IoT) and its components.
- Explore current IoT trends, real-world applications, and emerging use cases across industries.
- Learn about the IoT technology stack, communication layers, and data management processes.
Module 2: Introduction to Operating System
- Explore embedded systems and their role in real and digital life.
- Learn about the key components of IoT devices, including sensors, actuators, and microcontrollers.
- Understand fundamentals of sensor and actuator interfacing with microcontrollers.
- Gain practical skills in programming microcontrollers for IoT applications.
- Study IoT-based smart energy management systems and legal compliance considerations.
- Practical Activity: Write and execute your first IoT program on a microcontroller or simulator.
Module 3: IoT Networking & Communications (Theory)
- Understand the fundamentals of IoT networking and communications.
- Learn about different IoT deployment models and their applications.
- Explore wired and wireless connectivity protocols used in IoT systems.
- Study the key characteristics and performance aspects of various connectivity protocols.
Module 4: IoT Data Storage and Analysis (Theory + Practical Activity)
- Understand the role of cloud computing in IoT.
- Learn IoT data management and analytics techniques.
- Explore the use of Python for IoT data processing.
- Gain hands-on experience performing data storage, management, and log analysis on a simulated.
- IoT platform using cloud services.
- Analyse IoT data using tools such as Excel, Python, or R.
Module 5: IoT Security & Privacy (Theory + Practical Activity)
- Learn core IoT security principles and the IoT security framework.
- Understand privacy risks and measures to protect IoT data.
- Explore penetration testing and review OWASP Top 10 security considerations./li>
- Practical activity: Apply security framework guidelines covering device security, communication.
- encryption, and data access safeguards to ensure privacy and protection across the IoT stack.
Project Work (Practical Assignment)
Students will complete a small project using the skills learned in the course.
- Apply the concepts learned across IoT fundamentals, data analytics, cloud integration, and security.
- Design and implement a complete IoT solution, including data collection, storage, analysis, and secure communication.
- Integrate Python or other tools for data processing and visualization.
- Ensure the project follows IoT security and privacy best practices, including device security, data encryption, and access control.
- Present a fully functional prototype demonstrating end-to-end IoT system implementation.