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Call for Papers
The 3rd International Symposium on Green Technologies and Applications (ISGTA'27)
- Dates
- July 7-9, 2027
- Venue
- To Be announced, Casablanca, Morocco
- Format
- Hybrid Symposium: In-person and Virtual
Scope
ISGTA 2027 invites original, unpublished contributions on the major future issues in green technologies and their applications. The program is organized around ten tracks. For each one, we welcome work on the topics listed and on closely related subjects.
Important Dates
- Submission of Full Paper
- December 30, 2026
- Notification of Acceptance
- January 30, 2027
- Registration & Camera-Ready Submission
- March 30, 2027
- Symposium Dates
- July 7-9, 2027
Tracks
- 1 Renewable Energy and Green Technology
- 2 Advanced Materials for Energy Technologies
- 3 Green Smart Cities
- 4 Green Technologies and Applications
- 5 Green Communication Systems and Networks
- 6 Artificial Intelligence for Green IoT
- 7 Applied Mathematical Modeling in Renewable Energy
- 8 AI Applications to Sustainable Technologies
- 9 Education and Green Energy
- 10 Economics and Green Energy
Track 1
Renewable Energy and Green Technology
- Solar energy
- Wind energy
- Sea power
- Hydroelectric power
- Thermal and recycling
- Biomass
- Command and control systems for renewable energy
- Transportation generation
- Distribution power systems
- Batteries and energy storage
- Energy harvesting
- Renewable energy for IT equipment
- Hydrogen energy storage
- Water, food and energy nexus
- PV and water pumping
Track 2
Advanced Materials for Energy Technologies
- Photovoltaic materials and solar cell innovations
- Advanced battery materials and designs
- Supercapacitors and their role in energy storage
- Materials for hydrogen storage in fuel cells
- Fuel cell catalyst materials
- Thermoelectric materials for waste heat recovery
- Materials for efficient power generation and conversion
- Composite materials for wind turbine blades
- Materials for offshore wind energy systems
- Nanomaterials for improved energy efficiency
- Nanotechnology in energy harvesting and storage
- Materials for lightweight vehicle structures
- High-capacity battery materials for electric cars
- Smart materials for energy management in construction
- Materials for high-voltage cables
- Recycling of materials in energy applications
- Emerging materials in next-generation energy technologies
Track 3
Green Smart Cities
- Green smart education
- Green smart health
- Green smart transportation
- Green smart environment
- Green smart home
- Green smart building
- Green smart agriculture
Track 4
Green Technologies and Applications
- Smart sensing and metering systems
- Green vehicles, green homes, green buildings
- Smart grid
- Green industrial automation and control
- Green intelligent transport systems
- Green data storage and data centers
- Privacy, safety and security in green-aware services
- Energy-constrained and power-constrained devices, gateways and systems
- Green standardization and benchmarks for ICT
- Machine learning for green technologies
- Deep learning for green technologies
Track 5
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
- Experimental test-beds and results for green communications and computing
- Field trials and deployment experiences and green industrial processes
- Green intelligent transportation systems
- Green management of communication networks
- Green network monitoring
- Green optical communications, switching and networking
- Green scheduling for communications and computing
- Green software, hardware, devices and equipment
- Green storage, cloud and fog computing, and data centers
- Green traffic shaping and policy implementation
- Green transmission technologies and network protocols
- Green wireless cellular networks
- Green wireline communications and networking
- Low-cost, energy-efficient antenna and RF designs
- Machine learning and AI for energy efficiency and green operation in communication systems and networks
- Measurement and profiling of green issues
- Modeling and analysis for green communications and computing
- Physical layer approaches for green communications and computing
- Power consumption trends and reduction in communications and computing
- Satellite and space communications and networking
- Security in green communication and computing
- Standardization, policy and regulation for green communications and computing
- Zero-emission base stations, communication devices and networks
Track 6
Artificial Intelligence for Green IoT
- Machine learning for green IoT
- Artificial intelligence-based IoT protocols
- Renewable energy for IoT environments
- IoT for green technology
- IoT for hydrogen energy storage
- IoT for energy efficiency
- IoT for energy optimization
- IoT for green systems
- Internet of Energy
- Smart energy management
Track 7
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 their applications
- Optimal control and optimization
Track 8
AI Applications to Sustainable Technologies
- AI-driven energy management systems
- AI-driven microgrid management
- AI-assisted carbon emissions tracking
- AI applications in carbon capture and storage
- Smart building management for energy efficiency
- Carbon offset strategies with AI analysis
- AI-based climate prediction models
- Early warning systems for extreme weather events
- AI for precision agriculture and resource allocation
- AI-powered waste sorting and recycling
- Smart waste collection systems using AI
- Predictive analytics for waste management
- AI for water quality monitoring
- Smart irrigation systems with AI
- Predictive modeling for water scarcity
- AI-driven traffic management and congestion prediction
- Autonomous vehicles and AI-powered navigation
- Smart city planning with AI analytics
- AI-enabled biodiversity monitoring
- Wildlife tracking and conservation with AI
- AI applications in forest management
- Sustainable manufacturing and supply chains
- Blockchain in energy trading
- Smart contracts for energy agreements
- Supply chain traceability for renewable energy
Track 9
Education and Green Energy
- Green energy awareness programs in schools
- Renewable energy career pathways for students
- Green energy workshops for educators
- Educational materials and resources
- Green energy competitions and challenges
- Community engagement in green energy education
- Ethical considerations in green energy education
- Assessment and measurement of green energy literacy
Track 10
Economics and Green Energy
- Renewable energy economics
- Energy efficiency and economic benefits
- Green energy investment and financing
- Market dynamics in renewable energy
- Environmental externalities and valuation
- Sustainable development and green energy
- Energy policy and regulation
- Global perspectives on green energy economics
- Energy transition and economic challenges