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Strategies For Engagement Of Non-Traditional Students In Engineering-Related Courses, Kimberly T. Luthi Dr., David Harvie, Keith Wilson, Monica Surrency
Strategies For Engagement Of Non-Traditional Students In Engineering-Related Courses, Kimberly T. Luthi Dr., David Harvie, Keith Wilson, Monica Surrency
Publications
Project Goals
Overview
- Goal #1: Increase students' commitment to engineering pathways.
- Goal #2: Increase academic performance and persistence in engineering.
- Goal #3: Increase persistence of Veterans in engineering pathways.
Research Questions
- How does students' participation in peer-led team learning activities in online engineering courses correlate to their a) commitment to engineering, b) engineering identity, and c) self-efficacy.
- How do students in peer-led team learning activities compare to students in non-PLTL groups in terms of a) academic performance and b) persistence in engineering pathways?
Identifying Sources Of Anxiety In An Introductory Online Undergraduate Chemistry Course, Emily Faulconer, John C. Griffith
Identifying Sources Of Anxiety In An Introductory Online Undergraduate Chemistry Course, Emily Faulconer, John C. Griffith
Publications
Learning chemistry in an online environment may have multiple sources of anxiety for students, including chemistry anxiety, math anxiety, computer anxiety, and trait anxiety (personality attribute of proneness to experience anxiety). While previous research has explored relationships between math and chemistry anxiety in a traditional setting, no studies have explored these anxieties in the online modality. Survey data were collected using existing scales (some with minor modifications), with a response rate of 31%. The scales used in this study demonstrated strong reliability. Highest sources of anxiety for each scale were presented. The perceived ease of use scale score was used …