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A New Assessment Model, Modified for Use in Dynamics
Author(s) -
Geoffrey Recktenwald,
Tamara Reid Bush,
Ron Averill
Publication year - 2020
Publication title -
2020 asee virtual annual conference content access proceedings
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--34024
Subject(s) - computer science , course (navigation) , dynamics (music) , mathematics education , artificial intelligence , engineering , psychology , pedagogy , aerospace engineering
This study builds on the development and implementation of a new assessment model called SMART. SMART was originally developed and studied in a Mechanics of Materials course at Michigan State University. The SMART method’s new approach has been demonstrated to have very positive effects on learning in Mechanics of Materials, including an increase in final exam mean scores of approximately 30 points (out of 100) compared to a more traditional assessment model. These results were measured by a common final exam. The second course to adopt the SMART assessment model is Introduction to Dynamics. This paper outlines the modifications to the assessment model and the course structure as well as student outcomes in this course. On a common, representative final exam problem, 68.5% of students in the SMART Assessment model met a rigorous level of minimum competency, while only 27.1% of students in the traditional model met minimum competency. The goal of this paper is to discuss modifications to the SMART approach necessary to adopt the method in Introduction to Dynamics and provide initial evidence that the SMART approach improves student outcomes.

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