The Second International Symposium on Green Technologies and Applications - Approaching Deadline!!
December 27-29, 2023
Casablanca, Morocco
Accepting Virtual Participation
https://isgta-conf.org
ISGTA 2023 is technically co-sponsored by Springer
All accepted & presented papers will be submitted to Springer and will be Indexed Scopus

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IMPORTANT DATES
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Paper Submission deadline : September 07, 2025 (extended)
Notification: October 20th, 2025
Camera-Ready: October 30th, 2025

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Submission link
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https://cmt3.research.microsoft.com/ISGTA2025


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Topics Of Interest
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The topics of interest include, but are not limited to:

1. Renewable Energy and Green Technology
Solar Energy
Wind Energy
Sea Power
Hydroelectric Power
Thermal and Recycling
Biomass
PV and Water pumping

2. Green Smart Cities
Green Smart Education
Green Smart Health
Green Smart Transportation
Green Smart Environment
Green Smart Home
Green Smart Building
Green Smart Agriculture

3. Green Technologies and Applications
Smart Sensing, Metering Systems
Green Vehicles, Green Homes, Green Buildings
Smart Grid
Green Industrial Automation and Control
Green Intelligent Transport Systems
Green Data Storage, Data Centers
4. Green Communication Systems and Networks
Advanced metering infrastructure and smart meter technologies
relevant to energy efficiency
Big data to meet green challenges
Carbon-neutral communication and computing systems
Cross-layer design and optimization for green communications and computing
Energy efficiency and scalability of communication networks and infrastructures
Energy efficiency in 5G/B5G
Energy-aware communications and networking

Green intelligent transportation systems
5. Artificial Intelligence for Green IoT
Satellite and space communications and networking
Machine Learning for Green IoT
Artificial intelligence based IoT protocols
Renewable energy for IoT Environment
IoT for Green technology
IoT for Hydrogen energy storage
IoT for Energy efficiency


6. Applied Mathematical Modeling in Renewable Energy
Model formulation
Nonlinear problems
Chaos and Fractals
Prediction of natural phenomena
Methodologies for model validation
Numerical methods for renewable Energy
Differential Equations and its Applications
Optimal Control and Optimization

7. Education for Green Energy
Experiential Learning in Green Energy Education
Teacher Training for Green Energy Education
Green Energy Literacy and Public Understanding
Educational Outreach for Renewable Energy Adoption
Student Engagement in Green Energy Projects
Sustainability Education for Behavioral Change