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Duration 14 hours
Course Outline
6G Fundamentals
- The vision and key traits of 6G
- Technological leaps beyond 5G
- Projected deployment schedules and current research landscape
Evolution of IoT Architecture
- Conventional versus contemporary IoT frameworks
- Integration of edge computing
- Addressing scalability and interoperability hurdles
Key 6G Technologies and Enablers
- Terahertz communication
- AI-native network functionalities
- Reconfigurable intelligent surfaces
IoT Enhancements Driven by 6G
- Achieving lower latency and extreme reliability
- Supporting massive device connectivity
- Improving spectrum efficiency and dynamic resource management
Advanced Sensing and AI in IoT
- Combining communication and sensing capabilities
- AI-driven predictive network management
- Ensuring secure and intelligent IoT interactions
6G and Sector-Specific IoT Applications
- Smart cities and infrastructure
- Industrial automation and robotics
- Healthcare, transportation, and agricultural sectors
Integration Strategies and Planning
- Considerations for migrating from 5G to 6G
- Updates on regulatory and standardization trends
- Designing future-proof IoT ecosystems
Challenges, Risks, and Future Outlook
- Security and system resilience factors
- Environmental and energy impact
- Current research gaps and expected innovations
Conclusion and Recommended Next Steps
Requirements
- A solid grasp of wireless communication principles
- Practical experience with IoT architectures or device ecosystems
- A foundational understanding of networking standards
Target Audience
- Professionals in telecommunications
- Architects specializing in IoT solutions
- Technology strategists
Testimonials (1)
The ability of the trainer to align the course with the requirements of the organization other than just providing the course for the sake of delivering it.
