Engineering for the environment
Sustainable and resilient infrastructure
Planning and integration
Transportation systems
- Disruptive technologies
Project management
Land use
Construction and operation
Sustainable structures
Construction materials
Environmental infrastructure
- Water and wastewater
- Solid waste
Smart cities
- Monitoring/IoT
- Big data/analytics
Clean technology
Materials and design innovations
Advanced materials
- Smart materials
- Multifunctional materials
- Nanomaterials and technologies
Design innovation
- Sustainable communities
- Waste minimization and use
Air pollution and GHG mitigation
- Emission reduction technologies
- GHG mitigation: Carbon capture, conversion, utilization and storage
- Sensors, modelling, mitigation
Soil remediation
- Soil and solid waste
Water and wastewater technologies
- Pollutant fate and transport
- Industrial and municipal wastewater
Environment and climate change
Environmental monitoring
Sensing and modelling
- Sensor development
Geodesy
Remote sensing and satellite applications
Subsidence and permafrost thaw
Assessing risk and mitigating hazards
- Climate change adaptation
- Natural hazards
- Disaster planning
Sustainable water management
- Municipal wastewater treatment
- Industrial wastewater treatment
