Engineering for a Sustainable Future
Research subthemes
- Infrastructure: sustainable, reliable, and resilient infrastructure addressing climate, environmental, social, and economic challenges
- Sustainable construction: environmentally responsible materials, energy-efficient techniques, and innovative technologies to minimize ecological impact
- Resilient design: nature-based solutions to withstand disasters, climate change, and disruptions
- Sustainable transportation: active mobility, electrification, alternative fuels, and disruptive technologies
- Technological integration: IoT, big data, and predictive analytics for improved mobility, efficiency, and urban network resilience
- Urban planning priorities: emission reductions, improved accessibility, and integration of bike lanes, sidewalks, and pedestrian-friendly spaces
- Environmental restoration: soil and waste management for land restoration
- Air pollution mitigation: emission reduction, carbon capture, and advanced monitoring
- Sustainable infrastructure: nature-based solutions for pollution control and restoration
- Technological advancements: hydrological modelling, remote sensing, and predictive analytics improve water availability assessments and infrastructure vulnerability analysis
- Integrated water management: open-source modelling tools, AI/ML applications, and real-time monitoring enable informed decision-making
- Efficient water treatment: Advanced technologies enhance pollutant fate and transport understanding, improving industrial and municipal wastewater management
- Technological advancements: sensor technology and predictive modelling are used for environmental assessments and risk management
- Disaster preparedness: climate change adaptation strategies are employed for proactive disaster planning
- Environmental monitoring: environmental changes and climate impacts are assessed through monitoring
Results for:
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Associate Dean SustainabilitySchulich School of Engineering, Sustainable Systems Engineering -
Assistant ProfessorSchulich School of Engineering, Department of Electrical and Software EngineeringMemory Empowerment, Sustainable Software Engineering, Requirements Engineering , Transient Micro-services, DevOps -
Professor (Teaching)Schulich School of Engineering, Sustainable Systems EngineeringBio-inspired design, Biomimicry, Information visualization, Data physicalization -
Assistant ProfessorSchulich School of Engineering, Department of Civil EngineeringTravel behaviour and demand analysis, Consumer choice econometrics, Spatial econometrics, Stated preference survey methods, Transportation and land use policy, Energy and sustainability policy -
Assistant ProfessorSchulich School of Engineering, Sustainable Systems EngineeringUrban Infrastructure Network Modelling, Predictive Modelling and Simulation, Sustainable Transportation Systems, Sustainable Smart Cities, Digital Twins, Climate Justice, Social Innovation in Engineering -
Assistant ProfessorSchool of Architecture, Planning and LandscapeIndoor living environments and human health, Building envelopes, Inclusive design -
Assistant Professor (Teaching)Schulich School of Engineering, Sustainable Systems EngineeringContext-Based, Learner-Centered Engineering Education, Holistic and Integrated Engineering Design Curriculum, Embedding Systems Thinking, Design Justice, and Sustainability -
ProfessorSchulich School of Engineering, Department of Civil EngineeringHydrological Modelling and Prediction, Geomatics Applications in Hydrology, Environmental impact of water-intensive industries, Water Governance and Adaptation Strategies, Activities -
Associate ProfessorSchulich School of Engineering, Department of Civil EngineeringEnvironmental engineering, Carbon Dioxide Removal (CDR), Bio-based economy, Systems analysis and strategic decision support -
Associate ProfessorSchulich School of Engineering, Department of Civil EngineeringEnvironmental Fluid Dynamics