CALL FOR PAPERS
CONFERENCE SCOPE
The scope of ICSAMI encompasses a broad range of topics related to sustainable energy, advanced materials, and engineering innovation. The conference welcomes original research contributions, review articles, case studies, and industrial perspectives in the following thematic areas:
Theme 1: Advances in Renewable Energy Technologies
- Solar, wind, hydro, geothermal, and biomass energy systems
- Energy harvesting and advanced storage technologies
- Hydrogen energy, fuel cells, and green hydrogen innovation
- Smart grids, microgrids, and intelligent energy management systems
- AI/ML-assisted forecasting, load balancing, and grid optimization
- Integration of renewable energy into existing power infrastructures
- Carbon capture, storage, and utilization
- Ocean energy and hybrid renewable systems
- Energy-efficient building technologies and smart energy solutions
Theme 2: Sustainability in Agriculture, Water, and Climate
- Sustainable agriculture, soil conservation, and climate-resilient farming
- Water conservation, smart irrigation, and wastewater treatment
- Waste management, resource recovery, and circular economy models
- Environmental monitoring using remote sensing, IoT, and AI-driven analytics
- Smart cities and green urban infrastructure
- Sustainable transportation and low-carbon mobility
- Biodiversity conservation and ecosystem protection
- Climate modeling, risk assessment, and resilience strategies
Theme 3: IoT, AI, and Smart Systems for Sustainability
- IoT-enabled smart agriculture and precision farming
- AI/ML tools for energy optimization and consumption prediction
- Intelligent transportation and logistics networks
- Smart waste management and automated recycling systems
- IoT- and AI-driven water quality and distribution monitoring
- Disaster prediction, preparedness, and real-time environmental risk analysis
- AI-enabled urban planning, digital twins, and sustainable smart city solutions
Theme 4: Sustainable Materials for Energy and Environment
- New materials for solar, hydrogen, and renewable energy systems
- Recyclable, biodegradable, and eco-friendly materials
- Polymers, composites, ceramics, and functional materials for advanced applications
- Materials for batteries, fuel cells, supercapacitors, and thermoelectrics
- AI-guided material discovery and accelerated materials design
- High-performance materials for green construction and energy-efficient buildings
- Nanomaterials and bio-inspired materials for environmental solutions