²ÝÝ®ÊÓƵ

Logistically, the design of the project is relatively simple. A modified UAV will fly from one delivery point to another based on a preset flight path. The delivery points will be either structures in outdoor locations or open spots for personal pickup such as in front of the Student Village or in front of the College of Arts and Sciences.  At each drop off zone there will either have to be a storage container for the payload or a user present to collect the deliverables; either way the focus of this project is so that students and staff could be able to access other university services via this delivery with ease. When a UAV runs low on battery, programming will be in place that will return the UAV to a dedicated charging hub allowing for, hopefully, a closed and automated system.

Despite the simplification above of the team’s goals, the work involved will be complex and multidisciplinary. We will involve skills in the field of programming, CATIA, structural engineering, aeronautical engineering, human resources, aeronautical law, logistics, and leadership. This calls for a team composed of everything Embry-Riddle does and because of our parallel goal of catalyzing individuals anyone will be able to join.