Topics and Special Themes:
  • Solar Energy Advanced Technologies
Photovoltaic Panels and Cells, Concepts, Modeling & simulation, Microelectronics, Characterization, testing, Thin Film, Cells-Modules-Systems-Dye Sensitized, Organic Based-Polymer-Nanotechnologies, Solar thermal technologies and applications/Photo chemical-thermal Conversion, Integration in buildings and urban planning.
  • Other Energy Sources
Recovery from wastes, Harvesting Technologies, Efficiency, Smart grids, Quality,  Storage-Saving-Management, Wind energy & Applications, Bioenergy-biomass-Biofuels; Conversion technologies, Hydropower, Marine, Hydrogen Energy and fuel cells.
  • Engineering for Sustainability: Physics & Materials
Advanced Materials, Condensed Matter, Energy Materials, Nanotechnology, Mechanics, Computational, Biomaterials and Tissue Engineering, Structural Materials and Characterization, Polymer Science and Technology.
  • Environmental Quality, Climate change and Health
Environmental Protection and Management, Pollution Control, Transport, smart metering, Carbon Emissions, Climate Change, Landscaping, Water resources, Ecological Issues, Radioactive waste, Toxic products, Nutrition, Agriculture, Stress and disease, Climate change genetically variation, Biomarkers and Environmental Biomarkers, Molecular Application with nanotechnology, Environmental Biotechnology.
  • Management, Laws and Sustainable Development
Energy Policy, Planning, Taxation and Management laws, Building Management Systems, Smart Grid, Smart metering, Industrial waste treatment management, Future Markets, Business Opportunities. Green Economy and Sustainability, Global environmental governance, practice and narrative theory, Green growth governance, Integration, climate-friendly economy.
  • Applied Chemistry Sciences
Organic chemistry, Analytical chemistry, Batteries, Catalysts, Polymer, Textiles.
  • Remote Sensing & GIS for Sustainability
Image processing, Land Cover, Land Scape, Segmentation, Classification.