computer engineering with community engagement, we are creating accessible, personalized vehicles that enable independent mobility in real-world environments. There are few commercially available devices for children with mobility issues to move around on their own. Powered wheelchairs usually are not an option for very young children. Project Objectives: Manual wheelchairs can also be prohibitive. The modified toy cars provide them independence at a much younger age and at a fraction of what a powered wheelchair would cost. The current number of children in Sedgwick and Butler counties receiving services from Rainbows United is approximately 3500. This includes children receiving services for motor delays [3]. Therefore, a significant percentage of these children would benefit from WSU IEEE-HKN Go Baby Go. Young children beyond the age of three may also benefit from modified ride-on vehicles. If our program receives funding at the level we desire, we guarantee that numerous families with needs will receive our products. 1.b. Plan and prepare the ride-on vehicles while addressing the specific needs of individual children. 1. Provide mobility to children with physical disabilities that otherwise impair independent mobility. 1.a. Enhance the technology utilization in the ride-on vehicles while ensuring they are safe and secure for children below the age of five. 1.c. Educate parents on the basic use and troubleshooting of the modified ride-on vehicles. 2. Introduce high school students to science, technology, engineering, and mathematics (STEM) disciplines as well as show how these technologies can benefit the community. At the same time, give these school children an opportunity to engage in community service. 3. Continue to promote the open-sourcing of methods used in designing ride-on vehicles and increase the project impact. 3.a. Document all technology being implemented on these vehicles. HKN.ORG 43http://www.HKN.ORG