Module #1 Introduction to IoT Security Overview of IoT security threats, importance of security in IoT, and course objectives
Module #2 Embedded Systems Fundamentals Overview of embedded systems, microcontrollers, and operating systems
Module #3 IoT Device Security Threats Common security threats to IoT devices, including physical attacks, network attacks, and firmware attacks
Module #4 Cryptography Fundamentals Basic concepts of cryptography, including encryption, decryption, and hashing
Module #5 Secure Communication Protocols Secure communication protocols for IoT devices, including TLS, DTLS, and CoAP
Module #6 Secure Boot and Firmware Updates Secure boot mechanisms and firmware update processes for IoT devices
Module #7 Device Authentication and Authorization Methods for authenticating and authorizing IoT devices, including password-based and PKI-based approaches
Module #8 Secure Data Storage Secure storage of sensitive data on IoT devices, including encryption and access control mechanisms
Module #9 Intrusion Detection and Prevention Systems Overview of IDPS/IPS systems for IoT devices, including anomaly detection and signature-based detection
Module #10 Secure Network Architectures Secure network architectures for IoT devices, including network segmentation and isolation
Module #11 Wireless Communication Security Security considerations for wireless communication protocols, including Wi-Fi, Bluetooth, and Zigbee
Module #12 Secure Cloud and Fog Computing Security considerations for cloud and fog computing in IoT systems, including data encryption and access control
Module #13 Threat Modeling and Risk Assessment Threat modeling and risk assessment techniques for IoT devices and systems
Module #14 Secure Design Principles Secure design principles for IoT devices and systems, including least privilege and defense in depth
Module #15 Penetration Testing and Vulnerability Assessment Penetration testing and vulnerability assessment techniques for IoT devices and systems
Module #16 Compliance and Regulatory Requirements Compliance and regulatory requirements for IoT device security, including GDPR and HIPAA
Module #17 INCIDENT RESPONSE AND CONTINUITY PLANNING Incident response and continuity planning for IoT device security breaches
Module #18 IoT Device Security Best Practices Best practices for IoT device security, including secure coding, secure communication, and secure storage
Module #19 Case Studies in IoT Device Security Real-world case studies of IoT device security breaches and lessons learned
Module #20 Future of IoT Device Security Emerging trends and technologies in IoT device security, including AI-powered security and quantum computing
Module #21 Laboratory Exercises - Part 1 Hands-on laboratory exercises for IoT device security, including secure boot and firmware updates
Module #22 Laboratory Exercises - Part 2 Hands-on laboratory exercises for IoT device security, including secure communication and data storage
Module #23 Group Project - IoT Device Security Design Group project to design and implement secure IoT device security systems
Module #24 Group Project - IoT Device Security Testing Group project to test and evaluate IoT device security systems
Module #25 Capstone Project - IoT Device Security Implementation Individual capstone project to implement and present an IoT device security system
Module #26 Guest Lecture - Industry Expert Insights Guest lecture by an industry expert on IoT device security challenges and solutions
Module #27 Review and Assessment Review of course material and assessment of student understanding
Module #28 Final Project Presentations Final project presentations by students
Module #29 Course Wrap-Up and Next Steps Course wrap-up, final thoughts, and next steps for continued learning
Module #30 Course Wrap-Up & Conclusion Planning next steps in Security for Embedded IoT Systems career
