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Session Type: Roundtable Session
This collection of studies investigates how metacognitive knowledge, emotional regulation, and motivational beliefs shape learning and performance in STEM contexts. Findings reveal that confidence and reasoning orientation influence epistemic shifts in socioscientific thinking, while test anxiety and monitoring co-develop in distinct patterns. College students show uneven metacognitive knowledge across learning strategies, with gaps in understanding interleaving and retrieval practice. Emotion regulation profiles among engineering students relate to resilience and academic outcomes. A meta-analysis confirms that seductive details hinder learning via extraneous cognitive load. Together, these studies highlight the complex interplay between cognition, emotion, and motivation, offering theoretical insights and practical implications for designing interventions that support self-regulated learning and academic success in STEM education.
Investigating the Dynamic Interplay between Test Anxiety and Monitoring Using Mixture Multivariate Growth Curve Modeling - Yuyang Cai, Shanghai International Studies University; Qianwen Ge, Shanghai International Studies University
The Epistemic Engine: Examining Confidence and Reasoning as Relational Factors in Scientific Thinking - John Rolfe Robertson, University of Maryland; Melike Hanedar, University of Maryland; Teresa Garcia, University of Maryland; Doug Lombardi, University of Maryland
Emotion in Motion: Emotion Regulation Among Undergraduate Engineering Students in Their Most Challenging Courses - Juhee Kim, Florida State University; Jeannine E. Turner, Florida State University; Joseph Gerretz, Florida State University; Pia Rugel, Florida State University
Exploring the Complexity of Metacognitive Knowledge About Learning Strategies Among College Students - Rachel N. Smith-Peirce, Washington University in St. Louis; Madeleine M. M Sapra, Washington University in St. Louis; Andrew C. Butler, Washington University in St. Louis
Seductive Details, Cognitive Load, and Academic Achievements: A Multi-level Meta-analysis and MASEM - Yijun Wu, East China Normal University; Ruobing Wang, East China Normal University; Chao Cheng, East China Normal University; Zhe Wang, East China Normal University