Topics

Scope and Topics

Scope

The aim of Conference is to bring together scientists, engineers, and practitioners to exchange up-to-date knowledge and experience in the Smart environment and green technology. The sessions will focus on the research and practical works related to Smart environment and ecosystem, Climate change and global warning, IoT – powered industrial and agricultural systems, Green and renewable energy, green economy, Application of AI in Environmental and earth sciences, Theory, modeling and application of smart city, Smart infrastructure, Smart material, etc.

Scope

The International Conference on Biology, Smart Environment, and Green Technologies aims to unite scientists, engineers, and professionals to share the latest advancements and experiences in smart environments and green technologies. The conference sessions will highlight cutting-edge research and practical applications in areas such as smart ecosystems, climate change and global warming, IoT-driven industrial and agricultural systems, renewable and green energy solutions, green economy initiatives, AI applications in environmental and earth sciences, smart city theory and modeling, smart infrastructure development, and innovative smart materials.

Topics of the Conference

Papers describing original work in related research areas, including but not limited to the following, are welcome.

Biodiversity Conservation Strategies and Practices
Modern Trends in Biophysics, Bioinformatics, Biomedicine, and Neuroscience
Current Issues in Biotechnology, Microbiology, and Bioengineering
Fundamental and Applied Research in Genetics and Molecular Biology
Smart environment & ecosystems
Environmental Chemistry
Precise Agriculture
Green economy and sustainable development
Green education and sustainable learning
Legal dimensions of smart environments and green technology

Renewable and green energy sources and technologies
Eco-friendly manufacturing and industrial processes
Application of Artificial Intelligence (AI) in environmental sciences, biomedical systems, business, and society
Smart cities and infrastructures (modelling, simulation, and development)
Reasoning over uncertainty in intelligent environments
Fuzzy logic-based intelligent control for smart environments
Environmental data analytics and decision support systems
Sensors, intelligent robots, and electronic devices
IoT-powered industrial and agricultural cyber-physical systems