SPIRAL integration of generative AI in an undergraduate creative media course: effects on self-efficacy and career outcome expectations
Journal:
arXiv
Published Date:
May 24, 2025
Abstract
Computing education and computing students are rapidly integrating generative
AI, but we know relatively little about how different pedagogical strategies
for intentionally integrating generative AI affect students' self-efficacy and
career interests. This study investigates a SPIRAL integration of generative AI
(Skills Practiced Independently, Revisited with AI Later), implemented in an
introductory undergraduate creative media and technology course in Fall 2023
(n=31). Students first developed domain skills for half the semester, then
revisited earlier material integrating using generative AI, with explicit
instruction on how to use it critically and ethically. We contribute a mixed
methods quantitative and qualitative analysis of changes in self-efficacy and
career interests over time, including longitudinal qualitative interviews (n=9)
and thematic analysis. We found positive changes in both students' creative
media self-efficacy and generative AI use self-efficacy, and mixed changes for
ethical generative AI use self-efficacy. We also found students experienced
demystification, transitioning from initial fear about generative AI taking
over their fields and jobs, to doubting AI capability to do so and/or that
society will push back against AI, through personal use of AI and observing
others' use of AI vicariously. For career interests, our SPIRAL integration of
generative AI use appeared to have either a neutral or positive influence on
students, including widening their perceived career options, depending on their
view of how AI would influence the career itself. These findings suggest that
careful pedagogical sequencing can mitigate some potential negative impacts of
AI, while promoting ethical and critical AI use that supports or has a neutral
effect on students' career formation. To our knowledge our SPIRAL integration
strategy applied to generative AI integration is novel.