Seasonal solar exposure across courtyard geometries
A full solar-year analysis examines latitude, orientation, wall height and plan proportions through monthly and seasonal transmission.
Interactive model →Research team
Computational Modelling Coordinator
Omar Abu Rumman coordinates the computational modelling workstream within ABLAQ’s environmental-physics programmes. This role connects the programme’s scientific questions to a clear, traceable research process.
Coordinate consistent geometry, solar-vector conventions, units and computational interfaces. Maintain the connection between the mathematical description and the calculation used to produce data.
Organize parameter sweeps, temporal integration and radiative calculations so results can be regenerated from explicit inputs and a released software version.
Work with verification and data stewardship on resolution, deterministic outputs and changes to published computation.
The current research series spans solar geometry and radiative environments. Responsibility is coordinated with Osama Khaled, Scientific Research Lead, who directs scientific decisions and publication.
These are programme responsibilities; specific contributions to an individual release are documented in its own attribution record.
A full solar-year analysis examines latitude, orientation, wall height and plan proportions through monthly and seasonal transmission.
Interactive model →An area-averaged sky-access analysis compares rectangular openings using closed-form view factors and two numerical integral formulations.
Interactive model →