1. Prosthesis & Brain Application (AP & NT)

2. AOT
Robotics
Bio-tech
Neuro-tech

3. Aims Discussing the attachment and integration of bionic limb(s).
Developments of nerve stimulation via neuro-electrical application to the brain.

7. Focus History of modern prosthesis. Application of bionics to humans.
Viability of bio-sensory technology.
Viability of bio-motor technology.
Premises to optimize neural bridge.
Proposals for advancements.

8. Case Study
D.A.R.P.A
“...feeling physical sensations”

9. Benefits Activating artificial control. Enabling sense of feel.
Improving physical performance.

10. References
Carlos Pedreira et al (2010). Neural Prosthesis: Linking Brain Signals to Prosthetic Devices. Department of Engineering, University of Leicester.
Campbell et al (2006). The Bodily Incorporation of Mechanical Devices: Ethical & Religious Issues. Biotechnology & Bioethics, Cambridge University Press.
Herr, Whiteley & Childress (2000). Cyborg Technology – Biomimetic Orthotic and Prosthetic Technology. Massachusetts Institute of Technology, p 2.
Jarrasse et al (2015). Robotic Prosthetics: Moving Beyond Technical Performance. IEEE Technology & Society Magazine, pp 71
DARPA (2015). Neurotechnology Provide Near-Natural Sense Of Touch. [Online] Available from: [Accessed: 10th March 2016]

11. Thank you, any questions?