Abstract:
The digital workflow in orthotics and Prosthetics is the use of digital technology and tools to
simplify and streamline the fabrication process of a prosthetics or an orthosis. There are a
significant range of digital tools on the market and now, I am currently integrating them to
create a digital workflow to design a angle foot orthotic device for foot drop.Foot drop,is a
condition characterized by difficulty or inability to lift the front part of the foot, leading to
dragging or scuffing of the foot while walking.The most common cause of foot drop is nerve
damage,particularly to the peroneal nerve, which controls the muscles responsible for
dorsiflexion. An Ankle Foot orthosis (AFO) is a medical device used to support and stabilize
the ankle and foot. It is commonly prescribed for individuals who have difficulty with foot
and ankle control due to conditions such as muscle weakness, paralysis, or neurological
disorders. The primary function of an AFO is to provide support and alignment to the ankle
and foot, helping to control and guide their movements during walking or other activities. This project focuses on the design of an AFO using digital workflow. Using the finite
element method, computational and experimental assessments of the AFO structure were
performed to determine the ideal force that could be applied in the event of
