Beautopsy by Mohammed Hindash part of the AUD final show at FN Designs gallery in Dubai (Courtesy: the artist, AUD and FN Designs gallery)
Beautopsy by Mohammed Hindash part of the AUD final show at FN Designs gallery in Dubai (Courtesy: the artist, AUD and FN Designs gallery)

AUD Students final show at FN Designs



You have just one day left to catch the final show of American University of Dubai students work up in FN Designs gallery. The art works, varying from photographs to paintings and more, show students from the department of visual communications who are studying studio arts, graphic design and advertising.

Woodman Taylor, the chair of Visual Communication and Associate Professor of Art History says: “It is always exciting to finally see the Senior Projects which our students have been working on over their culminating year in the Department of Visual Communication here at AUD. This year we had seniors’ projects from our programs in Studio Arts, Graphic Design and Advertising exhibited in a professional gallery, thanks to Sheikha Wafa bint Hasher al Maktoum of FN Design Gallery, to whom we are very grateful. Given the professional quality of these students’ work, stepping into the gallery I felt that I was experiencing a shift in their work, and their lives, from being outstanding students, to becoming accomplished artists. We are extremely proud of all their accomplishments.”

COMPANY PROFILE
Name: ARDH Collective
Based: Dubai
Founders: Alhaan Ahmed, Alyina Ahmed and Maximo Tettamanzi
Sector: Sustainability
Total funding: Self funded
Number of employees: 4
The Bio

Favourite place in UAE: Al Rams pearling village

What one book should everyone read: Any book written before electricity was invented. When a writer willingly worked under candlelight, you know he/she had a real passion for their craft

Your favourite type of pearl: All of them. No pearl looks the same and each carries its own unique characteristics, like humans

Best time to swim in the sea: When there is enough light to see beneath the surface