Peer-reviewed Journal papers: Improving Daylighting Conditions of Existing Buildings Using Laser Cut Panels with a Focus on Classroom ModelJournal: Lighting Research and TechnologyOctober 2013 vol. 45 no. 5 585-598 Trade-off Method to Assess the Interaction Between Lightshelves and Complex Ceiling Forms for Optimized Daylighting PerformanceJournal: Advances in Building Energy Research Conference proceedings: Automated Execution of Large-Scale Daylighting and Glare Simulations in a Cloud-Based Parallel Computing EnvironmentThe 2019 IBPSA conference, September 2019, Rome, ItalyDownload hereThe Negative Impact of Solar Reflections Caused by Reflective Buildings' Facades: Case Study of the Nasher Museum in TexasThe 2019 Sustainable Built Environment conference, May 2019, Helsinki, FinlandDownload here Trade-off Method to Assess the Interaction Between Lightshelves and Complex Ceiling Forms for Optimized Daylighting PerformanceThe 9th International ENERGY FORUM on Advanced Building Skins28-29 October 2014. Bressanone, Italy.Download here Optimized Street Design to Balance Outdoor Thermal Comfort And Indoor Daylighting Performance Within Large Scale Urban Settings in Hot Arid Climates.PLEA Conference, Bologna, Italy, September 2015.Download here Towards A Solution for the Inevitable Use of the Glazed Façades in the Arid Regions via the Parametric Design Approach.CIE conference, Manchester, UK, June 2015.Download here Analysis and quantification of visual glare caused by photovoltaic panels installations in urban canyons.The 11th Advanced Building Skins, Bern, Switzerland, Sep. 2016Download here Is computer programming beneficial to architects and architecture students for complex modeling and informed performative design decisions?Download here Upcoming Conferences and papers: In progress journal paper, to be submitted to Energy and Buildings journalPaper Title: The Facade Internet of Things (F-Iot): Human-Centered Façade-Communication Approach for Visual and Thermal Comfort.
Low Cost and Portable Internet of Things-Based System to Collect Real-Time Glare data and Record the State of the Window Blinds in Existing Buildings. Submitted to the 2020 PLEA Conference, September 2020, Courna, Spain (upcoming)
Automated Computer Vision Recognition Based Method to Determine Glare Causing Patches on Reflective Façades. Submitted to the 2020 PLEA Conference, September 2020, Courna, Spain (upcoming)