On average, pacemaker batteries only last for an average of eight to twelve years until a new replacement is required. Rechargeable batteries provide an appealing substitute for current batteries and work to extend battery life and reduce surgeries needed for a replacement. Currently, energy harvesting has been explored within the body and this design solution aims to explore the energy harvesting applications of the piezoelectric materials polyvinylidene fluoride (PVDF) and lead zirconate titanate (PZT) within the right ventricle. These piezoelectric materials are able to convert the mechanical energy found within the heart into electrical energy. Here, we design a piezoelectric generator coupled with an arduino powered servo motor that is able to simulate similar heart conditions found within the right ventricle. By simulating different forces onto the PZT generator we were able to obtain voltage upwards of 100V and found that stiffness of the piezoelectric material is directly proportional to voltage output. From this, piezoelectric materials have serious applications for future use in energy harvesting from bodily motions.