Course Duration
- 45 Hrs
Cyber Security Fee
11, 799 Rs.
Eligibility
Open to all Learners
Course Duration
- 90 Hrs
CCC Course Fee
- 3600 Rs.
Eligibility
All Learners
FOUNDATIONAL COURSE IN CYBER SECURITY (SFC101)
(NASSCOM Certified)
This Cyber Security Foundation course, approved by SSC NASSCOM and the government, equips learners with foundational cybersecurity skills, building on basic programming or IT knowledge for practical, industry-ready understanding.
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.