Open Access
Information Technology Based Active Learning: A Pilot Study for Engineering Economy
Sigurdur Olafsson,Mary E. Huba,John K. Jackman,Frank E. Peters,Sarah M. Ryan +4 more
- 22 Jun 2003
Vol. 2003, pp 8929-8942
TL;DR: A computer-based module is successfully implemented and tested for an undergraduate engineering economy course that is designed to improve more general cognitive skills and specifically to enhance the metacognitive ability of the participating students.
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Abstract: We have recently designed a learning environment to add practical problem solving, increased information technology content, and active learning to industrial engineering courses. In particular, we have successfully implemented and tested a computer-based module for an undergraduate engineering economy course. In this module, students are required to formulate the problem, devise a plan of action, and derive a final solution using the domain knowledge acquired in class. In addition to improving understanding of the course material, the module is also designed to improve more general cognitive skills and specifically to enhance the metacognitive ability of the participating students. A prototype of the module is currently being used in a classroom setting and we report on our initial experiences and student outcomes. We also discuss how this will be extended to an active learning environment that uses information technology across the curriculum to integrate all required undergraduate courses.
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Citations
The Engineering Learning Portal for Problem Solving: Experience in a Large Engineering Economy Class
TL;DR: Experience in two successive semesters of a large introductory course indicates that information technology can be used effectively to create opportunities for students to collaboratively solve realistic engineering problems, thereby promoting deeper learning and higher order thinking.
27
Understanding student pathways in context-rich problems
Pavlo D. Antonenko,C. A. Ogilvie,Dale S. Niederhauser,John K. Jackman,Piyamart Kumsaikaew,Rahul R. Marathe,Sarah M. Ryan +6 more
TL;DR: As they gained more experience in solving context-rich physics problems, student groups showed some progression towards expert-like behavior as they completed qualitative analysis earlier and were more selective in their perusal of informational resources.
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Integrated Curriculum to Improve Engineering Problem Solving
John K. Jackman,Sigurdur Olafsson,Frank E. Peters,Sarah M. Ryan +3 more
- 01 Jan 2004
TL;DR: The results of the latest module used in a Manufacturing Systems Engineering course are detailed, which shows how students’ engineering problem solving will be enhanced by the challenge presented by more realistic open-ended problems incorporated into the modules.
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•Posted Content
Impact of Context-Rich, Multifaceted Problems on Students' Attitudes Towards Problem-Solving
TL;DR: This article found that 50% of physics students use Rolodex equation matching, i.e. they solve problems by searching for equations that have the same variables as the knowns and unknowns.
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