Works
Coastline. View at MARFA', Beirut, 2017
The series of drawings 'Coastline' are based on various maps of Beirut. They depart from the topography of Ouzai’s coastline and area, then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
The River (2016-2017). View at MARFA', Beirut, 2017
The series of drawings 'The River' are based on various maps of Beirut. They depart from the topography of the river then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
'The River' (2017). View at MARFA', Beirut, 2017
The series of drawings 'The River' are based on various maps of Beirut. They depart from the topography of the river then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
The River (2016). View at Cardiff National Museum in 'Artes Mundi 7', 2016-2017
The series of drawings 'The River' are based on various maps of Beirut. They depart from the topography of the river then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
The River (2016). View at Cardiff National Museum in 'Artes Mundi 7', 2016-2017
The series of drawings 'The River' are based on various maps of Beirut. They depart from the topography of the river then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
The River (2016). View at Cardiff National Museum in 'Artes Mundi 7', 2016-2017
The series of drawings 'The River' are based on various maps of Beirut. They depart from the topography of the river then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
The River (2015). View at Taymour Grahne Gallery, NYC, 2015
The series of drawings 'The River' are based on various maps of Beirut. They depart from the topography of the river then grow organically to take abstract shapes, evoking flowers, bodily organs and cells.
Untitled 2013. View at Art Factum, Beirut, 2013
The series of drawings 'Untitled 2013' uses abstract and organic shapes to evoke bodily organs and cells.