Social-emotional learning
Students don’t learn only during the school year, and academic growth trajectories can change as students move from kindergarten through high school. Academic growth patterns across time—both in school and during the summer—can differ for various groups of students, and those patterns can influence academic achievement gaps. Our research advances understanding of seasonal learning patterns, summer loss, and school and non-school contributions to student growth.
Self-efficacy and the ELL achievement gap
In this webinar, learn more about the relationship between self-efficacy and the achievement gap for English Language Learners (ELLs).
By: James Soland
Topics: Equity, English Language Learners, Social-emotional learning
Through a series of simulation and empirical studies, we produce scores in a single-cohort repeated measure design using sum scores as well as multiple IRT approaches and compare the recovery of growth estimates from longitudinal growth models using each set of scores.
By: Megan Kuhfeld, James Soland
Topics: Growth modeling, Social-emotional learning
In this study, we conducted empirical and simulation analyses in which we scored surveys using item response theory (IRT) models that do and do not account for response styles, and then used those different scores in growth models and compared results.
By: James Soland, Megan Kuhfeld
Topics: Measurement & scaling, Growth modeling, Social-emotional learning
Correlates of change in elementary students’ perceptions of interactions with their teacher
This study leveraged a racially/ethnically diverse sample of third and fourth grade students and teachers in a large, urban district to investigate whether stable student and teacher characteristics (e.g., sex) and observed quality of classroom interactions influenced change in students’ perceptions of interactions with their teacher.
By: Catherine Corbin, Erik Ruzek, Jason Downer, Amy Lowenstein, Joshua Brown
Topics: Equity, Social-emotional learning
This study explored how response style affects estimates of growth.
By: James Soland, Megan Kuhfeld
Topics: Measurement & scaling, Growth modeling, Social-emotional learning
A huge portion of what we know about how humans develop, learn, behave, and interact is based on survey data. Although there is great deal of guidance on scaling and linking IRT-based large-scale educational assessment to facilitate the estimation of examinee growth, little of this expertise is brought to bear in the scaling of psychological and social-emotional constructs. Through a series of simulation and empirical studies, we produce scores in a single-cohort repeated measure design using sum scores as well as multiple IRT approaches and compare the recovery of growth estimates from longitudinal growth models using each set of scores.
By: Megan Kuhfeld, James Soland
Topics: Measurement & scaling, Growth modeling, Social-emotional learning
A multi-rater latent growth curve model
To avoid the subjectivity of having a single person evaluate a construct of interest (e.g., a student’s self-efficacy in school), multiple raters are often used. This study provides a model for estimating growth in the presence of multiple raters.
By: James Soland, Megan Kuhfeld
Topics: Measurement & scaling, Growth modeling, Social-emotional learning