Date of Award

5-6-2024

Degree Type

Capstone Project

First Advisor

Bahram Nassersharif

Abstract

In this engineering project, the focal point was the design of a secure apparatus to hold data collection equipment specifically for port side operations in a maritime environment. The specific challenge was to create a versatile mounting solution capable of affixing to a variety of I beams inside the vessel without necessitating modifications or causing permanent damage to the existing structure. The paramount requirement was ease of installation, as the device was intended to be deployed at port when needed. Importantly, the mounting device needed to adhere to a set of predefined specifications outlined in the TEMPALT (Temporary Altercation), ensuring its compatibility and effectiveness on the ship.

The project unfolded meticulous planning and execution, as evidenced by the utilization of Microsoft Project software, a detailed Gantt Chart, and a phased approach entailing problem definition, concept generation, and proof of concept. The team successfully navigated the complexities of the concept generation phase, which consisted of designing 30 different concepts each member of the team, generating, and evaluating multiple design concepts through individual Pugh analyses and a comprehensive Quality Functional Deployment (QFD) analysis. The resulting top design was then modeled on a CAD program, specifically SolidWorks and the K1 Max AI Fast 3D Printer. The achievement of 100% completion on all deadlines throughout the semester underscored the team’s commitment to robust project planning and effective management, ensuring the successful development of a versatile and non-intrusive mounting device for maritime data collection equipment.

Comments

Team Name: The Screwdrivers (Team 04)

Company Sponsor: Naval Undersea Warfare Center (NUWC)

Sponsor Representative: Nicholas McCarthy

Document Reference: URI-MCE-402-004-2024

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