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The Importance Of Problem Interpretation For Engineering Students
Author(s) -
Gay Lemons,
Adam Carberry,
Chris Swan,
Chris Rogers,
Linda Jarvin
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--16000
Subject(s) - computer science , engineering design process , process (computing) , bridge (graph theory) , framing (construction) , task (project management) , interpretation (philosophy) , engineering education , management science , engineering , engineering management , systems engineering , civil engineering , mechanical engineering , medicine , programming language , operating system
This study used Verbal Protocol Analysis (VPA) to investigate the cognitive process of 8 undergraduate engineering students during a hands-on model building design task. The present paper will focus on one aspect that emerged from this research: the paramount importance of correctly interpreting the problem. Although this may seem simplistic, correctly framing or interpreting the problem (which is distinct from identifying the problem) was a crucial and pivotal point for these students. Without it, the developmental process stalled and the design path became more haphazard. Once students were able to correctly interpret the problem, their path to a viable solution progressed much more smoothly and efficiently.

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