Using an augmented reality (AR) headset, visitors to Cairo’s famous Egyptian Museum will have King Tut as their tour guide, thanks to researcher Ramy Hammady.
The most famous artefacts of ancient Egypt have been described to Cairo museum-goers by the ultimate expert, Tutankhamun.
This is thanks to innovations in AR made by a researcher at the University of Huddersfield. And one of the first to sample his new system was a direct descendent of the English aristocrat who famously bankrolled the 1920s archaeological dig that rediscovered the 3,000-year-old treasures of King Tut’s tomb.
Egyptian-born Ramy Hammady – studying for his doctorate – is developing a system he has named MuseumEye. Incorporated into Microsoft’s HoloLens AR headset, it enriches the museum experience.
Ramy’s animation skills and the specialist collaborations he has formed with other University of Huddersfield researchers have resulted in a prototype that has been successfully trialled at Cairo’s Egyptian Museum, a repository for the fabulous treasures found in the tomb of Tutankhamun, the boy pharaoh who died circa 1323 BC.
The museum was seeking ways to enhance the experience of visitors, and gave the go-ahead for an eight-day trial of Ramy’s MuseumEye prototype. It was sampled by 171 participants, including several of the museum’s curators.
The headset combines the physical environment – such as a museum room and its exhibits – with a 3D virtual space.
“Imagine you are a visitor to the Egyptian Museum, arriving at the central exhibit – Tutankhamun,” explains Ramy. “Wearing the headset transforms the room into the Pharaoh’s temple, where he introduces himself and demonstrates his power and riches. The headset has a futuristic floating user interface with options of what to look at as the Pharaoh guides you around his palace.”
In order to create his 3D virtual space and its antiquities, Ramy (above) was able make scans of replicas – produced for the Egyptian government – of the some of the treasures of Tutankhamun, including his throne. This means that visitors using MuseumEye can inspect the artefacts from all angles via the headset.
Ramy himself created the animated figure of Tutankhamun that appears in MuseumEye, and the Pharaoh’s voice (speaking in English so far, although languages including Arabic will follow) was synthesised in the University of Huddersfield’s studios by doctoral researcher Sebastien Lavoie, whose PhD deals with electroacoustic and electronic music.
When MuseumEye was tested in the Egyptian Museum, it was found that visitors who used the headset spent between five to seven minutes in front of exhibits, instead of the five to 15 seconds that is typical without AR interaction.
Ramy studied for his first degrees – including a master’s dealing with 3D anaglyph glasses – in his native Egypt. Moving on to doctoral research, he relocated first to the University of Huddersfield – because of its expertise in virtual and augmented reality – and is now completing his project at the University of Staffordshire.
In addition to developing MuseumEye, he is also part of the team at the major University of Huddersfield-based research centre None in Three, which is developing computer games that will address issues of domestic violence in a wide range of countries.