Facing glory is a piece of facial prosthetic sculpture, designed for the war veterans to wear as a badge of honor. It was inspired by my experience of meeting a medic in Ethiopia, who was a part of a team that focuses on facial reconstruction, on soldiers with bullet wounds to the face. Many of the soldiers were participants in peacekeeping operations, but their service can often be ignored. Unfortunately, even when the victim’s life is saved, the damage to function and aesthetics is often permanent, which can lead to stigmatization.
The audiences might notice the sculpture was designed with Ethiopian culture in mind. Which have a very rich history of architecture and art. Many of the details are inspired by traditional stone carvings. So the prosthetics can have a medallion like property. They also are made to have magnets in them, so the users can replace different top layers and decors for different occasions. In this case, specially sized medals and ribbons are worn with pride for a ceremony, where people can easily recognize their services.
To ensure anatomical accuracy, the BME students have provided a 3D scanned skull, which is used to create a damaged skull. The refilling piece was created separately in 3D modeling software, and was 3D printed along with the other skull parts.
Bringing this project to life and designing a potential implant for such a grievous injury proposed a an interesting challenge. The skull is a very complex bone structure, and the damaged simulated in the artist's initial design was in a unique and delicate place. a large section of the maxilla, or frontal portion of the upper jaw, and several of the teeth were missing, and utilizing several different programs a skeletal implant was proposed to fill the damaged section, as well as allow interchangeable masks to better express the patients own identity.
In this project several programs were used to simulate and then properly design the implant that would fill in the damage. InVesalius would be used to create an accurate model of the patient's injury using an MRI scan, Meshmixer was used to sculpt and accurately piece together the implant to fill the damage, and Makerbot was used to print out a life-sized representation of what the prototype would be.
Pierre Zimmerli
Hyejin(Chloe) Lee
Dongyue Li