Published Researchs
Research TitleMAG. TITLERESEARCH AREAPUBLISH YEARDOIJournal URL
Multi-Objective Optimization of Daylighting for an Office Space in a Very Hot Climate: A Comparison of Corrugated, Perforated, and Separated ShadingsBuildingsDaylighting optimization; dynamic shading systems; visual comfort; façade performance; multi-objective optimization.2026  Visit URL
Parametric design of CPC-Integrated reflector louvers for enhanced daylighting performance in dome buildingssolar energyBuilding Technology; Sustainable Architecture; Daylighting Design; Parametric Design; Building Performance.2026  Visit URL
Targeting integrated daylighting comfort in deep office by multi-objective optimization using partial vertical deployment of adaptive corrugated shadingsEnergy and Built EnvironmentAdaptive Facades, Climate Responsive, Multi-objective optimization,Daylight Performance2026  Visit URL
The potential of large language models for sustainable building performance: A review of applications, evaluation practices, and reliabilityEnergy for Sustainable DevelopmentLarge language model, Building performance simulation, Automated accuracy, Building sustainability, Energy efficiency, Carbon neutrality2026  Visit URL
Multi-Objective Optimization of Daylighting Systems for Energy Efficiency and Thermal-Visual Comfort in Buildings: A ReviewBuilding and EnvironmentBuilding Technology, Parametric design, Multi-objective optimization, Daylighting, Energy efficiency ,Thermal and visual comfort2025  Visit URL
Evaluation and Improvement of Daylighting Performance with the Use of Light Shelves in Mosque Prayer Halls with a Dome Structure: A Comparative Study of Four Cases in Saudi ArabiaBuildingsBuilding Technology, Environmental Design, Parametric design, Daylighting2025  Visit URL
Experimental Design of a Novel Daylighting Louver System (DLS); Prototype Validation in Edinburgh Climate for Maximum Daylight UtilisationArchitectureBuilding Technology, Environmental Design, Energy efficiency, Daylighting, Parametric Design2025  Visit URL
Optimizing Daylighting Performance and Energy Efficiency Through the Integration of Parametric Split Louvers in Office BuildingsEnergy and Built EnvironmentBuilding Technology, Environmental Design, Energy efficiency, Daylighting, Parametric Design2025  Visit URL
Enhancing energy efficiency in shipping container house: a novel approach using hybrid louver systemsEnergy and Built EnvironmentBuilding Technology, Environmental Design, Parametric design, Daylighting2024  Visit URL
Improvements in energy savings and daylighting using trapezoid profile louver shading devicesEnergy and BuildingsBuilding Technology, Environmental Design, Parametric design, Daylighting2024  Visit URL
Investigations for the daylighting performance of trapezoid profile shadings using multi-objective optimizationJournal of Building EngineeringBuilding Technology, Environmental Design, Energy efficiency, Daylighting, Parametric Design2024  Visit URL
Daylighting performance assessment of a split louver with parametrically incremental slat angles: Effect of slat shapes and PV glass transmittanceSolar EnergyArchitectural Engineering, Buildings Integrated Solar Energy, Parametric design, Renewable energy, PV, Daylighting2023  Visit URL
Parametric control of multiple blinds to enhance daylighting performance in the dome building: Case study of a mosque building in Saudi ArabiaSolar EnergyBuilding Technology, Environmental Design, Parametric design, Daylighting, Building Simulation2023  Visit URL
A Study on Daylighting Performance of Split Louver with Simplified Parametric ControlBuildingsArchitectural Engineering, Buildings Integrated Solar Energy, Parametric design, Daylighting2022  Visit URL
Daylighting performance improvements using of split louver with parametrically incremental slat angle controlEnergy & BuildingsArchitectural Engineering, Buildings Integrated Solar Energy, Parametric design, Daylighting2022  Visit URL