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The International Conference on Intelligent Building, Environment, Electrical Engineering and Mechanical Processing (AMME 2026) aims to showcase cutting-edge research findings and technological advancements in intelligent building systems, environmental engineering, electrical engineering, and mechanical processing technologies. The conference serves as a multidisciplinary platform for researchers, engineers, and industry practitioners to exchange knowledge, discuss technical challenges, and promote innovation-driven solutions for sustainable and intelligent built environments.

AMME 2026 welcomes original research papers, technical reports, case studies, and review articles that address theoretical developments, system modeling, engineering design, and practical applications across intelligent buildings, environmental sustainability, energy systems, and mechanical engineering. Topics of interest include, but are not limited to:

1. Intelligent Building Systems and Smart Infrastructure

  • Smart building design, digital twins, and building information modeling (BIM)
  • Intelligent control systems for HVAC, lighting, and building automation
  • IoT-enabled building management and cyber-physical building systems
  • Energy-efficient, resilient, and sustainable building technologies

2. Environmental Engineering and Sustainable Development

  • Environmental monitoring, sensing, and data-driven assessment
  • Green building technologies and low-carbon urban environments
  • Waste treatment, pollution control, and ecological restoration
  • Climate-adaptive infrastructure and environmental impact analysis

3. Electrical Engineering and Intelligent Energy Systems

  • Power electronics, smart grids, and distributed energy systems
  • Renewable energy integration and energy storage technologies
  • Intelligent power monitoring, protection, and fault diagnosis
  • Electrical systems optimization and energy management strategies

4. Mechanical Engineering and Advanced Manufacturing Materials

  • Mechanical processing, intelligent manufacturing, and automation
  • Advanced materials, composites, and functional materials
  • Mechatronics, robotics, and precision engineering
  • Structural analysis, reliability, and performance optimization