Presented by Engineer Aya Talib Hassan <br /><br />The Role of Programming in Developing Prosthetic Limbs<br />Programming has played a significant role in the advancement of prosthetic limbs, utilizing artificial intelligence algorithms to process neural signals and convert them into precise movements. Additionally, programming enhances the responsiveness of prosthetic limbs through machine learning, making them more efficient and adaptable for users. <br /><br />Moreover, the software enables remote control of prosthetic limbs and allows for updates to improve their performance. 3D printing, supported by programming, has also contributed to the design of customized prosthetics at a lower cost. Thanks to these advancements, prosthetic limbs have become smarter, helping many individuals regain their mobility and independence. <br /><br />Programming has also become essential in developing advanced neuroprosthetics, which connect directly to the nervous system. Specialized software translates neural signals from the brain into digital commands that prosthetic limbs can execute, providing a more natural and responsive user experience.