This paper – published in Educational Psychology – presents findings from an evaluation study of technology-based strategies for improving students’ self-directed learning (SDL), defined as motivation, metacognitive processes, and applied learning skills, in online college STEM courses.
This research brief reports findings from a pilot study of the Collaborative’s SDL Instructional Model, which found that faculty and students perceived the model as valuable and distinct from typical practice in online courses.
College students continue to sign up for online courses at increasing rates, but they also pass them at lower rates than face-to-face courses. To support better outcomes, this paper describes how the Postsecondary Teaching with Technology Collaborative research team leveraged self-directed learning (SDL) concepts to design, develop, and test three instructional strategies for online learning.
Self-regulated learning (SRL) is critical for student success in online postsecondary education. Many technology-based interventions have been studied to improve SRL skills, but few were situated in broad-access institutions that disproportionately serve systemically marginalized student populations in STEM fields.
This Postsecondary Teaching with Technology Collaborative brief discusses some of the challenges with online teaching reported by STEM instructors, describes a self-directed learning (SDL) framework to address these challenges, and highlights support strategies that can be integrated into teaching practices.