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A university systems problem for a design course focusing on propulsion, payload, and operations for an aircraft. Students are tasked with redesigning these elements to optimize performance and compete successfully in a contest. The assignment includes choosing a propeller, designing payload accommodation, and creating operational procedures. Deliverables include discussions, engineering drawings, and performance estimates.
Typology: Exercises
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Spring 2004
Handed out: Thursday, 8 April 2004 Answers due: Thursday, 15 April 2004, 5:00 p.m.
Objectives At the end of this systems problem you should be able to:
Discussion It’s time to start bringing all the pieces of your system (People, Process, Product) together as we approach the aerial competition. In this assignment you will design the propulsion module of your aircraft. You will also design your competition operational strategy and procedures, and your payload accommodation designs and strategies.
This is a design by redesign effort. You have assembled and tested a baseline out-of-the-box model aircraft. Your task now is to redesign the propulsion, payload and operations in such a way that your flight performance in the competition will be maximized, subject to the constraints imposed by the competition rules.
Assignment This is a group assignment. Division of labor will be key to completing this system problem within the allotted time budget. For any computations or estimates you must describe your procedure in order to earn full credit:
You will have access to a number of different propeller choices. You are tasked with choosing a design that optimizes your anticipated performance. You have the opportunity to consider people, procedure and product in the design of a payload and operation procedure that give your team a competitive advantage in achieving the functional requirements of the competition.
Deliverables
Propulsion
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Payload Accommodation
Operational Procedures
Original: CPColeman, Spring 2001 Modified: GBarter, CEJohnson, PWYoung, CPColeman, Spring 2002 CPColeman, OdeWeck, PWYoung, JPixley, Spring 2003 CPColeman, Spring 2004
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