Misbaudeen Adesanya
Supports research activities in sustainable energy systems, renewable energy integration, energy modelling and low-carbon technologies within FUEL-S.
Our interdisciplinary team brings together researchers, engineers and students working toward intelligent, energy-efficient and sustainable built environments.
Leading research and innovation at the Future Urban and Energy Lab for Sustainability.
Dr. Kuljeet Grewal leads the Future Urban and Energy Lab for Sustainability, with research focused on sustainable building systems, energy performance, intelligent technologies and resilient built environments.
Meet the staff members supporting the research, laboratory operations and technical activities of FUEL-S.
Supports research activities in sustainable energy systems, renewable energy integration, energy modelling and low-carbon technologies within FUEL-S.
Working on wind turbine efficiency, electrical energy systems, sustainable technologies and intelligent control systems.
Graduate students contributing to research across energy systems, sustainable buildings, artificial intelligence and advanced engineering applications.
Ph.D. Sustainable Design Engineering
Research focuses on energy-efficient, low-carbon, and climate-resilient residential buildings and communities. His work integrates building energy modeling, retrofit strategies, renewable energy, thermal performance, and resilience analysis.
Ph.D. Sustainable Design Engineering
Research focuses on unlocking urban solar energy potential using AI-driven energy modelling and validated building archetypes generated from drone and geospatial data. The work supports solar potential prediction, climate-resilient urban design, adaptive zoning, and targeted retrofit strategies for smarter and more energy-efficient cities.
M.Sc. Sustainable Design Engineering
Research focuses on CFD-based numerical modelling of extreme winds in real PEI neighborhoods and developing machine learning models for fast, accurate climate-resilient municipal design. His interests include computational modelling of physical phenomena, constitutive models, and high-performance scientific computing.
M.Sc. Sustainable Design Engineering
Research focuses on recreating real-world grid load-shedding scenarios in virtual simulations using clustering algorithms, alongside IoT-based product development for data integration and real-time control. The work also includes developing a secure platform for integrating multiple energy and control systems.
M.Sc. Sustainable Design Engineering
Research focuses on advancing net-zero energy transitions in New Brunswick’s agricultural sector through energy audits, drone surveys, thermal imaging, calibrated EnergyPlus modelling, and retrofit analysis. His work integrates renewable energy solutions to reduce energy costs and emissions while improving farm efficiency, resilience, and pathways toward net-zero operations.
M.Sc. Sustainable Design Engineering
Working on multimodal data fusion using thermal and RGB imagery with environmental data to predict building envelope properties like insulation and airtightness.
Former members who have contributed to the research and development activities of FUEL-S.
Former Graduate Researcher
2022 – 2024Former Graduate Researcher
2023 – 2025Former Graduate Researcher
2023 – 2025Former Graduate Researcher
2024 – 2026