P11562: MIS Frame and Stabilization Module

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Project Summary	Project Information
The goal of the Modular Imaging System Family of projects is to make an imaging system. The system will be designed for use by the faculty and students of College of Imaging Science, who will use it for research purposes. The mission is to create a camera that can be mounted on a UAV (un-manned aerial vehicle) and can be operated remotely. In order to have a more mobile imaging system that can be operated remotely via a UAV, the Modular Imaging System (MIS) track will develop an imaging system that will fit into the RIT UAV platforms. The imaging that is intended to be built this year will be mounted on UAV airframe C and therefore must meet its payload requirements. The goal of the MIS track is to modularize and improve upon the system that was previously made so that current generation modules can be swapped out with future generation modules while maintaining compatibility with previous generations. The Frame and Stabilization project's mission is to create a module interface for the UAV platform, standardize the camera mounting interface, design and implement the camera shock and vibration systems, minimize the module weight, and maximize the impact survivability.	Project Name MIS Frame and Stabilization Module Project Number P11562 Project Family Open Source / Open Architecture Modular Imaging System Track Printing & Imaging Systems Start Term 2010-2 End Term 2010-3 Faculty Guide Dr. Alan Raisanen Faculty Consultant Jason, Faulring, Jason Kolodziej Primary Customer CIS, Carl Salvaggio

Team Documents

Planning	Concept Level Design	System Level Design
Staffing Requirements Team Schedule Intellectual Property Considerations MSD I Work Breakdown Structure MSD II Work Breakdown Structure Team Values and Norms Project Readiness Package Risk Assessment Interfaces	Mission Statement Identify Customer Needs Establish Target Specifications House of Quality Function Tree Generate Product Concepts Test Plan Bill of Materials	Concept Design Review Documents (MSD I) Detailed Design Review Document(MSD I) Drawings Manufacturing Plan Test Results Technical Conference Publication (MSD II) Poster Publication (MSD II) Evaluation

Group Member	Project Role
Karen Smith Matt Moore Rob Bingham	ME: Project Lead ME: Structural Engineer ME: Vibrations Engineer