CALL FOR PAPER

The 2nd International Conference on Internet of Things Technology, Intelligent Building, Environment, Energy and Power and Automation (BEEPA 2026) is dedicated to providing an international forum for the presentation and discussion of recent advances in IoT technologies, smart building systems, energy and power engineering, environmental sustainability, and automation technologies. The conference emphasizes interdisciplinary integration and the role of intelligent systems in enabling efficient, resilient, and sustainable infrastructures.

BEEPA 2026 invites high-quality original research papers, applied studies, and comprehensive reviews that contribute to the theoretical foundations, system architectures, and real-world applications of IoT-enabled intelligent systems, energy and power technologies, and automation engineering. Topics of interest include, but are not limited to:

1. Internet of Things and Smart Sensing Technologies

  • IoT architectures, protocols, and communication technologies
  • Smart sensors, embedded systems, and edge computing
  • Data acquisition, fusion, and real-time monitoring systems
  • Security, privacy, and reliability in IoT applications

2. Intelligent Buildings and Smart Urban Environments

  • Smart building systems and intelligent facility management
  • Urban IoT platforms and smart city infrastructure
  • Human-centered intelligent building design
  • Integrated building–energy–environment optimization

3. Energy, Power Systems, and Environmental Sustainability

  • Smart grids, microgrids, and renewable energy systems
  • Energy efficiency, power electronics, and energy storage
  • Environmental energy systems and carbon-neutral technologies
  • Intelligent energy management and policy-oriented solutions

4. Automation, Control, and Intelligent Engineering Systems

  • Industrial automation and intelligent control theory
  • Robotics, cyber-physical systems, and autonomous systems
  • Intelligent fault detection and predictive maintenance
  • AI-driven automation in energy, building, and environmental systems