“Doubts in one’s creative ability can be cured by guiding people through a series of small successes.” ~ Kelley & Kelley
Many learners mistake confusion for incompetence, assuming that difficulty means they lack ability. Kelley and Kelley argue that confidence develops when people are supported through manageable challenges that make progress visible and achievable. When educators intentionally design experiences that normalize uncertainty and emphasize small, meaningful milestones, students begin to see struggle as a natural part of learning rather than proof of inadequacy. This shift reduces the fear associated with risk-taking and reframes effort as productive. Over time, these steady gains gradually replace self-doubt with a stronger, more resilient sense of capability.
As learners build confidence through structured chances to grow, they also need space to show their thinking. Gal’s idea of “footholds for design” suggests that people understand ideas more deeply when they create something tangible and then revisit it as they gain new insights. When learners make drawings, build models, or write out their explanations, they make their thinking visible and open to change. In this sense, design is not a straight path toward one correct solution but an ongoing process where temporary solutions help move thinking forward. Trying out ideas becomes part of learning itself, encouraging curiosity, flexibility, and steady improvement rather than simply aiming to get it right the first time.
These principles directly inform the design of Coastal Motion which is structured to help learners build confidence by making their reasoning visible before it is refined. Instead of starting with formal terminology, the app invites learners to observe, document, and reflect on their own interpretations of natural processes. By encouraging students to externalize their thinking through voice notes, images, and written reflections, the design creates footholds that can later be revisited and revised. Feedback is positioned not as correction, but as an opportunity to extend and clarify emerging ideas. As Hokanson and Miller (2009) argue, creativity must be woven throughout design rather than added at the end. In this way, the artifact treats uncertainty as a productive stage of learning rather than as a problem to be eliminated.
Education shifts when students are invited to build meaning rather than simply repeat information. When they have room to question, experiment, and adjust their thinking, they begin to see ideas as something they actively shape instead of passively receive. Centering instruction on visible thinking and ongoing development moves the emphasis from proving what one knows to expanding insight over time. This approach is especially important in environmental science, where understanding deepens through sustained observation and returning to interpretations with fresh perspective. This same way of thinking guides the design of Coastal Motion, where feedback supports growth rather than focusing on errors and helps students strengthen their ideas while building confidence in their ability to interpret the world.
References:
Gal, S. (1996). Footholds for design. In T. Winograd (Ed.), Bringing design to software (pp. 215–227). Addison-Wesley.
Hokanson, B., & Miller, C. (2009). Role-based design: A contemporary framework for innovation and creativity in instructional design. Educational Technology, 49(2), 21–28.
Kelley, T., & Kelley, D. (2013). Creative confidence: Unleashing the creative potential within us all. Currency.
