The Internet of Things (IoT) integrates information technologies, intelligent devices, and digital systems to enable interaction between physical objects, computing platforms, and human users. Today, IoT is evolving beyond connectivity and smart devices toward intelligent systems operating at scale in the real world, where sensing, computing, AI, and control systems work together to improve efficiency, safety, and sustainability across industries and societies.
As a foundational technology for digital transformation, IoT plays a critical role in modern infrastructure, industry, and public services, supporting the development of smart cities, intelligent manufacturing, energy systems, transportation, healthcare, and emerging intelligent environments.
The School of Internet of Things adopts an applied and systems-oriented research approach, focusing on how intelligent IoT systems are designed, deployed, secured, and operated in complex real-world environments. Our research aligns with international technology trends and national development priorities, addressing societal and industrial needs through integrative solutions combining:
• wireless communications and networking,
• edge and cloud computing,
• sensor and embedded systems,
• data and AI technologies,
• management, control, and service platforms.
Through interdisciplinary collaboration, the School of Internet of Things advances research that connects intelligent technologies with real-world applications and future digital infrastructure.
Research
The Internet of Things (IoT) integrates information technologies, intelligent devices, and digital systems to enable interaction between physical objects, computing platforms, and human users. Today, IoT is evolving beyond connectivity and smart devices toward intelligent systems operating at scale in the real world, where sensing, computing, AI, and control systems work together to improve efficiency, safety, and sustainability across industries and societies.
As a foundational technology for digital transformation, IoT plays a critical role in modern infrastructure, industry, and public services, supporting the development of smart cities, intelligent manufacturing, energy systems, transportation, healthcare, and emerging intelligent environments.
The School of Internet of Things adopts an applied and systems-oriented research approach, focusing on how intelligent IoT systems are designed, deployed, secured, and operated in complex real-world environments. Our research aligns with international technology trends and national development priorities, addressing societal and industrial needs through integrative solutions combining:
• wireless communications and networking,
• edge and cloud computing,
• sensor and embedded systems,
• data and AI technologies,
• management, control, and service platforms.
Through interdisciplinary collaboration, the School of Internet of Things advances research that connects intelligent technologies with real-world applications and future digital infrastructure.
Core Technology Pillars
• Edge Intelligence & Autonomous Systems
• Trustworthy & Secure AIoT Systems
• Smart Devices & Embedded Intelligence
• Intelligent Connectivity & Infrastructure
AIoT+X Application Domains
• Robotics & Autonomous Systems
• Industrial AIoT & Digital Twins
• Smart Cities & Mobility
• Energy & Sustainability
• Healthcare & Wearables
• Smart Products & Devices
• Intelligent Data & Service Platforms