The Human Bionic Project begs for the fundamental redefinition of disability, illness, and disease as we have known it throughout history. It dares us to imagine the seamless interaction between the human being and machines. This interactive learning platform enables the user to visualize and learn about the comprehensive advances in human repair and enhancement that can be achieved with current technology. We can also wonder about what the human being will look like by the 22nd Century (year 2100) based on cutting edge advances in science and technology — more specifically in the fields of biomechanics, and electronics.
The Human Bionic Project serves as a call to action for technologists all around the world to think about the design of bionics in a fundamentally new way; how can we engineer all bionic elements for the human body using a similar protocol and architecture? Could we have the behaviour of the bionic knee be in sync with that of the bionic ankle of an above-knee amputee? How can we design a bionic eye that sees beyond what the biological eye can observe and use that information to help humans in critical situations? We have to imagine bionics not as singular units developed to replace or augment human parts but rather as part of a human-bionic system aimed at redefining what it means to be human.
Some of the ideas presented are already products used today, while others are prototypes explored by various research laboratories and inquisitive humans around the world. The works presented here are not ours and are publicly available. We have credited all the authors who are leading these extraordinary research initiatives.
A project by David Moinina Sengeh. Collaborator: Reza Naeeni. Web development: Yannik Messerli. Undergraduate research assistant: Nicholas Fine. Funded by The Other Festival at MIT Media Lab (2013). Follow us on twitter: @humanbionicproj. Contact us