-Driven, Jovial, Journey-
Jerney Davis
Rehabilitation Engineering Capstone
Bike Project
Year-long project given to the Sophomore Engineering Students at James Madison University, where they have to design a bike for a client with Cerebral Palsy. In my project, we designed a telescoping bike for a 9-old boy named Troy. For more information click here.
2-year long Capstone Projects are given to Junior Engineering Students at James Madison University to complete in teams with an adivsor watching over them. My Capstone project deals with designing a better work tray to increase independence for users in a manual wheelchair. We work directly with Woodrow Wilson Rehabilitation Center and have semesterly Capstone Panel Presenations. To read more click here.
Though it is an internship I did while in highschool, but it was significant in molding my desire to become an Engineer for the Army. We were a reaction lab located in the Night Vision Department of Ft Belvior, where we responded to requests from soldiers in Iraq and Afghanistan. These requests ranged from technical remote fixes to building and testing products to fit their needs. For a brief overviewof some of these products, due to secuirity reasons, click here.
Learned and implemented leadership skills in order to teach freshmen engineering students during their Engineering 101 class. This program began with us, and will continue to be implemented in the coming years. To learn about our experience as mentors click here. For more information on the program itself click here.
Night Vision Internship at Fort Belvior
Madison Engineering Mentorship Program
Projects in Engineering
This section highlights a few projects that I have been involved in with Engineering. To view a complete list of my work, please see my resume.
Independent study conducted under Dr. J. Nagel to test the Climate Adaptable Solar Energy System (CASE) built by senior Engineering students for their capstone project. The CASE was inspired by lichen to apply concepts of symbiosis to the protection of dye sensitized solar cells (DSSC) through means of adaptability. During this independent study I will test the claims made by the Capstone team and create my own experiments to test the system in various environments. For more information click here for their final Capstone report.
