The voice activated robotic glove is a proposed solution to assist individuals facing hand paralysis with fine motor manipulation skills. An injury resulting in impairment to one or both hands strips away one of the body’s vital tools for self-sufficiency. The design will produce a microcontroller driven system that will use voice commands to control finger movements.  The purpose of the device is to control the mobility of the hand of a patient with hand paralysis while grasping and holding a small, lightweight object, such as an egg. The user interface consists of a voice recognition system and multiple linear actuators. A sound recognition sensor receives keywords from a microphone to let the user initiate the opening and closing of the glove. Multiple joint control from the actuators gives each finger three bending degrees of freedom and two for the thumb, successfully replicating normal hand function. As the linear actuator extends, a sliding mechanism will control the bending of the fingers, so the hand closes to grasp the desired object. The internal processor on the microcontroller emits a pulse width modulation (PWM) signal to give full control over each actuator’s speed and direction. This project takes an innovative approach to designing a new interface for controlling finger movements when regular motor functions are compromised. Implementing this control system allows the user to utilize their voice to activate a range of hand motions to pick up and put down small objects.