Energy management Theme – Comfort and health in buildings

Discover the theme : “Energy management Theme – Comfort and health in buildings”

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How occupants can be integrated into (architectural and technical) building design more efficiently?
How to optimize the installation of renewable energies in buildings for effective decarbonization of buildings (optimal location and management)?
What level of finesse is required for realistic representation of physical phenomena with acceptable calculation times, with a view to using digital twins?

Abouelaziz et al.,2023. Photogrammetry and deep learning for energy production prediction and building integrated photovoltaics decarbonization. Building Simulation, 2023. hal-04338006
C. Kanthila et Al., 2022. Building Occupancy Detection using Machine Learning-based Approaches: Evaluation and Comparison, in 48th Annual Conference of the IEEE Industrial Electronics Society. hal-03900193v1

AL SAYED Khalil, Self-aware intelligent Building Energy Management System (iBEMS) for energy-efficient smart buildings: In semi-automated and fully automated scenarios, 2025
BOUILLON Catherine, Predictive analytics and BIM for smart and sustainable cities, 2024
IRENGE BAGUMA Raoul, Contribution to the development of a dynamic state estimator for power systems in sub-Saharan Africa, 2026
KANTHILA Chinmayi, Towards a Global and Systemic Approach for a Sustainable, Intelligent and Energy Autonomous Building, 2024
MASMOUDI Yassine, Optimized management of a highly integrated renewable energy microgrid, 2025
SOW Mame Cheikh, Energy prediction of industrial 4.0 and sustainable BIPV buildings using AI artificial learning methods, 2025
VALIZADEH Mohammad, Development of a calibration protocol for a digital building model based on the use of measured data, 2025