A user-friendly and low-cost humanoid robot that translates speech into sign language, Aslan was designed “to reduce the communication barrier between the hearing and the deaf community”.
Designed by three engineering students at the University of Antwerp, Belgium, the robotic arm with articulated fingers is controlled by dedicated software. When the user types text into the software, the hand translates the text into sign language.
Since the parts are all 3D-printed, Aslan can be manufactured and assembled in over 140 countries that have access to the technology. “The use of 3D-printing technology makes it possible to cut production costs, as well as carry out modifications or repairs when necessary,” say the students.
The team is not aiming to automate the profession of sign language interpretation, but to offer an accessible solution in cases where no translator is available.
The team is now working on creating a second robotic arm to work with the first, an expressive face to help convey meaning, and are exploring the possibilities of connecting a webcam so users can teach the Asian new signs.
Picture Credit : Google
