In reference to the year 2014, primary re-enrollment was established at George Mason University to pursue a degree in Bioengineering specializing in Biomedical Signals and Systems. Previous education, includes a Bachelor of Science degree in Biology from George Mason University; specializing in the areas of cellular biology, microbiology, genetics, organic chemistry, mathematics and physics. Research conducted in 2013 at Beatty and Liver Research in INOVA Fairfax, called for the analysis and written review of Bisphosphonates and Bone Morphogenetic proteins. Research within the area, included the analysis and evaluation of research proposals of both a technical and commercial basis along with understanding broad topics such as general chemistry, organic, physics and tissue engineering. Cellular background along with the physical and mathematical input of Bioengineering allows for the biological along with the electrical aspect to be integrated into one universal system. Therefore, the knowledge of the cellular system along with the acquisition of the engineering foundation will allow for the transition of learning the framework for building future medical devices. Further goals, after the degree in Bioengineering is complete, is to pursue a Master’s in Biomedical engineering, focusing on the adaptation of medical devices for future purposes.