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MAKER: Applying 3D Printing to Model Rocketry to Enhance Learning in Undergraduate Engineering Design Projects
Author(s) -
Sven G. Bilén,
Timothy Wheeler,
Randall Bock
Publication year - 2015
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/p.24448
Subject(s) - rubric , contest , engineering design process , computer science , process (computing) , engineering , 3d printing , engineering education , software engineering , class (philosophy) , multimedia , engineering management , mechanical engineering , artificial intelligence , mathematics education , mathematics , political science , law , operating system
This paper presents several applications of 3D printing to model rocketry that were used to enhance experiential learning in two undergraduate engineering design courses. In a first-year seminar the students use a simplified systems engineering process to design and build model rockets to meet a mission goal defined by the faculty: determining their rocket’s apogee using an onboard camera. The camera was mounted in a payload section that the students designed and 3D printed. The inclusion of 3D printing allowed the students to iterate on their designs and to quickly make changes. In addition, a senior-level advanced computer aided design course offered as a project option to students the complete design, analysis, build, and launch of fully 3D-printed model rockets. We report on student and faculty experiences and provide materials and suggestions for adoption in other programs.

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