Functional prosthetics are the most sought after solutions to any physical trauma which leads to amputation of the limbs. In this technology, we aim to combine leading sensing techniques to use the user’s residual limb to power the prosthesis and advanced processing techniques to ensure optimum operation. The already present prosthesis either serve aesthetic purposes or are dependent on invasive surgery which complicates the integration of the system. The two main points to note in functional prosthetics is choosing the best sensing technique among the many present today and also arriving at the best possible way to process these signals to power the prosthetic i.e. the bionic arm. The main objective of this project is to design a low-cost Bionic Arm using myoelectric signal sensing and advanced signal processing. The main aim of this project is to provide an advanced model of the Bionic arm that can restore natural movement to all those who have undergone upper limb amputations, at an effective cost. The proposed model senses the muscle movement of the user and powers the artificial hand in real time, thus blurring the lines between physical ability and disability.