Understanding experimental design (e.g. control of variable strategy or CVS) is foundational for scientific reasoning. Previous research has demonstrated that demonstrations with cognitive conflict (e.g. asking students to evaluate and explain different experimental designs) are effective in promoting children's scientific reasoning, however, the…

Theoretically framed by public pedagogy, the study explores teachers' use of public sites for undocumented migrant children. The findings demonstrate that teachers utilized various non-school, informal, and public spaces including libraries/museums, open marketplaces, and public parks/squares as powerful platforms to foster children's learning,…

This paper empirically explores the underlying factors influencing students' choice of private education providers in a developing country. Hence, this research aims to contribute to the existing literature by enhancing the understanding of university choice among students, satisfaction, and loyalty, particularly within the context of African…

We investigated the benefits of two ways to use flashcards to perform retrieval practice: alone versus with a partner. In three experiments, undergraduate students learned word-definition pairs using flashcards alone (Individual condition) or with another student (Paired condition). Participants then made global judgments of learning (gJOLs;…

Educators and researchers are becoming interested in cultivating computational thinking (CT). However, in the Hong Kong context, CT-related studies regarding young children are rarely found. The present study aimed to use an unplugged digital arts activity to examine the CT concepts that children performed and document their CT developmental…

This research explores the effect of mental model-based learning on understanding school chemistry. The learning activity included group discussion, presentation and class discussion. Pre-service chemistry teachers (PCT) analyzed school chemistry topics in relation to essential underlying concepts. The development of mental models was monitored…

This study presents a monocular approach for capturing students' prototyping activities and interactions in digital-fabrication-based makerspaces. The proposed method uses images from a single camera and applies object reidentification, tracking, and depth estimation algorithms to track and uniquely label participants in the space, extracting both…

School-based agricultural education offers a rich context to illuminate science, technology, engineering, and mathematics (STEM). Understanding and enhancing STEM learning within agricultural education requires a deep understanding of how agricultural educators currently illuminate STEM concepts within their curriculum. Building upon the work of…

This study revises and enhances a guided inquiry activity designed to introduce undergraduate and high school students to the physiological concepts of exercise fatigue during a 400-meter dash. This activity has been employed since 2016 in entry-level human physiology courses at the University of Minnesota and across 30 high schools. Using…

Community, inclusion, and perseverance are essential for student success in STEM. To promote these values, we developed two discussion-based activities for implementation in introductory college STEM courses. Both activities incorporate watching videos that portray scientists telling the stories of their career trajectory, in-class discussions,…

The aim of this study was to better understand Latinx adolescents' experiences in their transition to in-person schooling following the COVID-19 pandemic. The study focuses on the challenges and sources of support that Latinx adolescents faced as they pivoted to fully in-person learning. Participants were 40 Latinx high school students from…

This study aims to investigate the effects of an integrated Science, Technology, Engineering, and Mathematics (STEM) unit designed around the issue of sulfide mining on middle school students' socioscientific reasoning competencies (i.e., complexity, perspective taking, inquiry, skepticism, affordances of science). More specifically, students'…

Informal statistical reasoning, a fundamental aspect of statistical reasoning, involves students' logical processing of random data to extract meaningful insights. Enhancing this skill is crucial for helping students interpret and address statistical problems within their cultural and contextual frameworks. Activity-centered learning, particularly…

The rise in the number of young people disengaged from mainstream schooling is reaching critical proportions. This paper explores a child-framed participatory inquiry known as The Walking A/r/tography Project, which sought to challenge, empower and engage youth at risk in one Special Assistance Secondary School in Southeast Queensland through…

Get a deeper understanding of teaching functions, 9-12 with our concise and comprehensive Go-To Guide. Based on "Developing Essential Understanding of Functions 9-12" and "Putting Essential Understanding of Functions into Practice 9-12," this summary distills the key concepts and ideas into a quick-reference guide that's…