Conference themes

Nine disciplines. One shared purpose.

The conference themes invite global research contributions across architecture, engineering, applied sciences and interdisciplinary sustainability domains.

ZHCON-2026 Architecture + Engineering + Applied Sciences

Research themes span sustainable design, resilient systems and responsible technology.

Theme directory

Explore the technical tracks.

The conference may include, but is not limited to, the following themes and sub-themes.

01

Architecture

Sustainable Architecture and Climate-Responsive Built Environment

  • Net-zero energy buildings
  • Green building design
  • Vernacular and climate-responsive architecture
  • Sustainable housing
  • Heritage conservation and adaptive reuse
  • Biophilic and regenerative design
02

Chemical Engineering and Food Technology

Sustainable Chemical and Food Engineering for a Circular and Resilient Future

  • Bioprocess engineering for health, food and sustainable development
  • Chemical engineering bridging research, industry and sustainability
  • Food engineering, processing and preservation
  • Biomaterials and sustainable packaging
  • Circular economy and waste-to-wealth technologies
  • Clean energy, biofuels and environmental technologies
  • AI and smart chemical and food process systems
  • Advanced materials, catalysis and emerging technologies
  • Enzyme engineering and catalysis for sustainable manufacturing
  • Functional foods, personalized nutrition and 3D food printing
03

Civil Engineering

Sustainable Infrastructure and Resilient Urban Development

  • Urban Infrastructure and Sustainable Construction Technology
  • Environmental Engineering and Climate Resilience
  • Intelligent transportation systems
  • Water Resources Management
  • Disaster Management and its Mitigation
  • Geomatics, Remote Sensing and Digital Engineering
04

Computer Engineering and Artificial Intelligence

Digital Transformation for Sustainable Development

  • AI driven Sustainable Design, Engineering and Smart Architecture
  • Sustainable design and engineering for smart cities
  • Cyber-physical systems, IoT and wireless networks
  • Sustainable computing technology in the digital era
  • Advances in green computing and high-performance computing
  • Computer networks and communication technologies for smart environments
  • Sustainable cybersecurity and smart systems
05

Electrical Engineering

Sustainable Energy Systems and Smart Grids

  • Smart grids and microgrids
  • Renewable energy integration with smart grid
  • Energy storage technologies
  • Electric mobility
  • Renewable and alternative energy technologies
  • AI-based control of power systems for sustainability
  • Energy-efficient electrical systems and eco-friendly insulating materials
  • Autonomous energy management
06

Electronics Engineering

Smart Electronics and Sustainable Technologies

  • IoT for sustainable cities
  • Sensor technologies for environmental monitoring
  • Embedded systems for energy management
  • Green electronics
  • Intelligent control systems
  • Smart healthcare technologies
  • 5G use cases
07

Mechanical Engineering

Sustainable Manufacturing and Energy-Efficient Mechanical Systems

  • Green manufacturing and clean production technologies
  • Machine design and advanced materials for a sustainable future
  • Thermal engineering for a low-carbon world
  • Fluid power and flow systems for energy efficiency
  • Renewable and alternative energy technologies
  • Smart, energy-efficient machines and HVAC systems
  • Robotics, automation and mechatronics for smart manufacturing
  • Industry 4.0 and the future of sustainable production
08

Petroleum Studies

Energy Transition and Sustainable Resource Management

  • Cleaner fossil fuel technologies
  • Carbon management and sequestration
  • Alternative and renewable fuels
  • Hydrogen economy
  • Energy policy and sustainability
  • Sustainable resource extraction
09

Applied Sciences & Interdisciplinary Research

Engineering, Technology and Sustainability for a Resilient Future

  • Mathematics for Sustainable Development
  • Differential Equation Models in climate and environmental sciences
  • Numerical solution of Environmental Models
  • Mathematical Modeling, Simulation and Optimization
  • Computational Mathematics, Data Analytics and Scientific Computing
  • Artificial Intelligence and Machine Learning for Scientific Applications
  • Sustainable Materials and Advanced Functional Materials
  • Green Energy, Energy Storage and Clean Technologies
  • Environmental Sustainability and Circular Economy
  • Nanoscience, Photonics and Smart Technologies
  • Sustainable Process Innovation and Resource Management
  • Interdisciplinary Research for Sustainable Development