Building Energy
High-performance buildings, energy modelling, thermal performance and energy-efficient retrofit strategies.
Advancing sustainable buildings, intelligent energy systems, climate-resilient communities and data-driven engineering solutions.
FUEL-S conducts interdisciplinary research at the intersection of sustainable design, building energy, intelligent systems and emerging computational technologies.
Developing engineering solutions that contribute to more efficient, intelligent and resilient communities.
High-performance buildings, energy modelling, thermal performance and energy-efficient retrofit strategies.
Intelligent control, IoT-enabled energy systems, demand management and data-driven optimization.
Machine learning, digital twins, computer vision and computational approaches for engineering applications.
Climate-responsive buildings, resilient communities, renewable energy integration and sustainable urban development.
The Future Urban and Energy Lab for Sustainability (FUEL-S) is dedicated to pioneering research in energy-efficient urban design and sustainable technologies.
Our interdisciplinary research explores innovative approaches to building energy performance, renewable energy systems, smart technologies, artificial intelligence and climate-resilient communities.
Explore our research →“Welcome to the Future Urban and Energy Lab for Sustainability. Our mission is to advance energy-efficient urban design and sustainable innovation through interdisciplinary research and engineering solutions.”
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Meet the researchers and staff contributing to FUEL-S research activities.
View research activities, laboratory work, projects, collaborations and events.
Discover awards, academic recognition and research achievements associated with FUEL-S.
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