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Department of Mechanical Engineering

Seattle University Science and Engineering Project Center
(College of Science and Engineering)

Mechanical Engineering Design Project ME 06.2

TITLE:
Emergency Evacuation Slide Loading Tool
SPONSOR:

The Boeing Company

SPONSOR LIAISON:
Rodney Burgin
FACULTY ADVISOR:
Bob Cornwell
STUDENTS:
Yoyono Buritan, Abraham Romo, Aaron Serabia, Peggy Tsai
The Boeing Company plans to significantly reduce the time to install the interior components of the 787 Dreamliner compared to the time required for 777 aircraft installations. This time reduction will yield lower production costs by enhancing production efficiency. An emergency evacuation slide is located on each of the eight main cabin doors. The current method for installing emergency evacuation slides requires three assembly mechanics and significantly more than five minutes for each slide. The goal of the project is to develop a tool and process that will allow one assembly mechanic to install each of the eight emergency evacuation slides in five minutes or less. The team conducted research, design, and testing to meet the design requirements. To allow the tool to be used in the 787 interiors assembly process, it was designed to be durable, lightweight, inexpensive, and easy to use and maintain. The new tool will allow Boeing to achieve the assembly goal of five minutes per slide with a single assembly mechanic.

 

 

 

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