Renewable Energy Technologies (e.g. Hydro, Solar, Wind, Offshore, Geo-Thermal, Bio, etc.)
- Environment Friendly Energy Systems
- Energy Processes and Conversion Systems
- Electro-Mechanical Energy System
- Electro-Chemical Energy System
- Energy in Built Environment
- Sustainable Transport including Electric Vehicles
- Energy Storage
- Sustainable Electrical Energy Systems
- Smart Grid
- Intelligent Integration of Renewable Energy Technologies
- Life Cycle Analysis of Energy System
- Hydrogen Energy Technologies
- Environmental Engineering
- Carbon Capture, Storage, Utilizations
- Technologies on Emission Particulates
- Recycling Technologies for Energy and Materials Recovery
- Circular Economy
- Techno-Economics of Energy System
- Energy Policies and Economics
- Energy, Water and Climate
- Energy Storage
- Solar Power
- Wind Energy
- Electrochemical Energy Conversion Systems
- Biofuel and Alternative Fuel
- Distributed Energy Systems
Sustainable built Environment:
- Sustainable urban design
- Renewable energy in buildings and cities
- Energy efficient buildings
- Sustainable building materials
- Green building technologies
- Passive heating and cooling
- Daylighting systems
- Indoor environmental quality
- Innovation building design
- Biophilic design and architecture
- Green architecture
- Sustainable Buildings and Cities
- Sustainable Development
- Green Technology
- Sustainable urban planning
- Water and health
- Waste water treatment and reuse
- Recycling solid waste
- Energy saving building
- Green Concrete
- Recycled Materials
- Green Building
Sustainable management
- Sustainable Infrastructures
- Governance and policies
- Natural Resources management
- Sustainable mobility
- Waste management
- Climate change
- Safety aspects
- Water pollution
- Air contamination
- Noise pollution
- Sustainability Driven Innovation
- Technologies for Sustainability Systems
- Ethical Dimensions of Renewable Energy and Sustainability Systems
- Sustainability, Society, and Education
- Green Ergonomics
- Ergonomics and sustainability in the design of everyday
Information systems (IS)
- Artificial intelligence for sustainable development
- Green data science / sustainability analytics
- IS to support smart infrastructure
- IS for a smart grid
- IS to support the electric vehicle transition
- Environmental Management Systems
- IS to support sustainable business processes
- IS for sustainable decision making
- IS for sustainable sensemaking
- Green IS adoption and diffusion
- Novel forms of organizing for environmental sustainability
- Green IS in developing countries
- Platform ecosystems and environmental sustainability
- Sustainable design in IS
Control and communication
- control systems and applications
- smart cities
- fiber communication
- technology and system aspects
- power electronics