Development of Scenario-based Mentor Lessons: An Iterative Design Process for Training at Scale

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Abstract

In this demonstration, we showcase the recent advancement of scenario-based tutor training with a focus to scale by applying the learn-by-doing approach to teaching strategies to provide socio-motivational support. These short (∼15 min.) self-paced lessons use the predict-observe-explain inquiry method to develop mentor capacity in bolstering student motivation (i.e., fostering growth mindset). These custom training modules are being created to provide supplemental mentor support within the Personalized Learning2 system, an app which combines human tutoring and student math software to improve mentoring efficiency by connecting mentors to personalized resources, such as scenario-based mentor lessons, based on individual needs. Enhancing mentor training will aid in better quality mentoring at low cost. Mentor training is most effective when scenario-based practice provides trainees with response-specific feedback. To achieve feedback at scale, we illustrate an iterative design effort toward creating selected-response tasks that maintain some of the authenticity benefits of constructed-response. These scenario-based mentor lessons will be used by national level mentoring organizations as part of our efforts to scale.

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Chine, D. R., Chhabra, P., Adeniran, A., Gupta, S., & Koedinger, K. R. (2022). Development of Scenario-based Mentor Lessons: An Iterative Design Process for Training at Scale. In L@S 2022 - Proceedings of the 9th ACM Conference on Learning @ Scale (pp. 469–471). Association for Computing Machinery, Inc. https://doi.org/10.1145/3491140.3528262

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