6G and IOT Training in Cecil Street, Singapore

The 6G and IoT Training program introduces participants to the next generation of wireless communication (6G) and its deep integration with the Internet of Things (IoT).
The course focuses on future network architectures, ultra-low latency communication, massive IoT connectivity, AI-native networks, and industry applications, helping professionals prepare for the next wave of digital infrastructure and smart systems.

This training is suitable for telecom professionals, engineers, IT teams, planners, innovation leaders, and technology decision-makers.

Evolution of Wireless Networks

• From 1G to 5G: key milestones

• Limitations of current 5G systems

• Why 6G is needed

• Global 6G research and standardization timelines

Introduction to 6G Concepts

• What is 6G? Vision and goals

• Key performance targets (latency, speed, reliability)

• AI-native network concepts

• Energy-efficient and sustainable networks

6G Network Architecture

• End-to-end 6G architecture overview

• Core, access, and edge integration

• Cloud-native and software-defined networks

• Network slicing and virtualization in 6G

Spectrum & Radio Technologies for 6G

• Sub-THz and terahertz communication (conceptual)

• Advanced MIMO and beamforming

• Intelligent reflecting surfaces (overview)

• New radio technologies for ultra-high capacity

Internet of Things (IoT) Fundamentals

• IoT ecosystem and components

• Sensors, devices, gateways, and platforms

• IoT communication protocols

• Data flow from device to cloud

Massive IoT with 6G

• Ultra-massive device connectivity

• Low-power wide-area IoT evolution

• Ultra-reliable IoT communications

• Scaling IoT for billions of devices

Edge Computing, AI & 6G + IoT

• Edge computing for real-time IoT

• AI at the edge and in the network

• Intelligent traffic and device management

• Autonomous and self-optimizing networks

Security & Privacy in 6G and IoT

• IoT security challenges

• Device identity and authentication

• Data privacy and trust models

• Zero-trust and secure-by-design networks

6G for Critical Infrastructure

• Mission-critical communications

• Ultra-reliable low-latency use cases

• Public safety and emergency systems

• Infrastructure resilience and redundancy

Standards, Ecosystem & Regulation

• Global 6G research initiatives

• Role of standards bodies

• Spectrum policy and regulation

• Vendor and ecosystem landscape

Business & Strategy for 6G + IoT

• Business models enabled by 6G

• ROI and investment considerations

• Digital transformation strategies

• Preparing organizations for 6G adoption

Future Trends & Research Directions

• Digital twins and cyber-physical systems

• Holographic communications

• Extended reality (XR) over 6G

• Long-term research challenges

Hands-on Exercises

Summray and Conclusion