Develop a method to physically verify the modeling calculations testing by Boeing’s Advanced Structural Analysis Department, by designing and carrying out a high velocity impact test. Physical impact test will be very beneficial to designs such as the new Boeing 787 which is made entirely of composite material. Boeing's Ridley Park location has a strong R&D department.

• Design a reliable base suitable for withstanding the weight of the propulsion system.
• Design a spring-loaded gun as the propulsion system.
• Set up the composite panel with defined boundary conditions.
• Measure velocity of projectile.
• Measure deformations in composite panel.
• Take proper design measures to ensure safety, usability, and repeatability within the spring-loaded gun.

• Weekly update memos: The teams send both the sponsor and Dr. Cannon the details discussed during the weekly telephone conference and tasks completed during that week as well as an outlook on upcoming tasks.
• Project Proposal: This document described what the team proposes to do for the project and the estimated time frame for objectives with the estimated cost for materials and possible expenses. It has been delivered to Dr. Cannon and the sponsor on Feb 2nd.
• Progress Presentation: The presentation was give to Dr. Cannon on March 2nd, and it has the detailed design specifications and progress on the project.
• Final Report: This report has the designed test procedure with data collected by the two teams. The due date for the report is on April 28th. The goals and objectives are met. A final presentation to Dr. Cannon is scheduled on April 20th, and the presentation to the sponsor will be on April 27th.
• Website: A website is created to summarize the project, and it is to be delivered to Dr. Cannon and the sponsor on the corresponding presentation dates.
• Posters: Posters are made for project showcase which is to take place on April 27th.