In recent years, when computational thinking (CT) has become increasingly important, utilizing machine learning (ML) techniques provides a revolutionary method for comprehending and improving cognitive skills for young students. However, few studies deepen the process of learning ML and CT. This exploratory study aims to investigate the impact of…

Computational thinking (CT) has been increasingly recognized as a vital skill for fostering students' problem-solving and digital literacy. Preparing and motivating preservice teachers (PSTs) to effectively teach CT is, therefore, essential. Grounded in expectancy-value theory, this mixed methods research explored the impact of a workshop using…

Effective pedagogy, when harnessed by educators, can empower students to become creative problem solvers, innovative thinkers, and lifelong learners capable of thriving in the dynamic and interconnected world of the 21st-century. This study explores the impact of the teachers' pivotal role in using Design and Technology (D&T) teaching and…

Unleash the transformative power of storytelling to build belonging, ignite critical consciousness, and amplify students' voices. This dynamic book equips educators who work with middle and high school aged youth to teach storytelling in their classrooms or community organizations. Through inspiring examples and hands-on teaching strategies, the…

Despite being recognised as complementary to formal learning, informal learning is not yet well understood. Using a qualitative synthesis approach, we systematically reviewed how students' informal learning interactions are represented in health professions education research. Thirty-five articles were identified. Our three-stage analysis…

This study explores the effectiveness of experiential learning in teaching generative AI to entrepreneurs and small business owners. The in-person training program, grounded in Kolb's Experiential Learning Theory, aimed to enhance participants' understanding, attitudes, and perceived benefits of AI adoption. Through a structured cycle of Concrete…

This study aimed to examine the instructional process of citizenship education in secondary schools in the Amhara state of Ethiopia. To that end, a mixed-method research approach with a concurrent triangulation design was employed. A total of 107 citizenship education teachers and 480 students were selected from 24 secondary schools.…

The adoption of STEM hands-on activities in classrooms should not only focus on artefact building but also aim at helping students construct conceptual knowledge. For achieving such goal through teachers' professional development, this study proposed a practice-based design. The design provided a dual-focused STEM hands-on activity which aimed at…

This co-authored case study shares student perspectives on the relationship between daily debriefs and their experiential learning during a 5-day regenerative tourism field study. The pedagogical goal of this partnership was to offer five MA in Tourism Management students the opportunity to develop knowledge, skills, attributes and appreciation of…

Experiential learning plays an important role in teaching business law. This paper builds upon prior research regarding the use of experiential learning activities to teach contract law, by adding the use of generative artificial intelligence to a contract simulation activity. As part of a multi-week, in-class simulation, students used generative…

Background: This study examined students' perceptions of STEM camp experience to gauge whether their participation in an industry-focused STEM camp fostered their familiarity with post-secondary education and facilitated an interest in pursuing STEM-related careers. Related literature points to a lack of experiential learning opportunities with…

Conceptual, emotional, and political challenges are entangled in environmental issues, yet science education often focuses exclusively on the conceptual dimension. To address this, we developed a design workshop to study how high-school youth could integrate all three in their creations. Specifically, we explored how youth negotiated visions of…

The authors describe Hexacago Health Academy (HHA) 2.0, a five-year summer intervention designed to increase interest in science, technology, engineering, and mathematics (STEM) among mostly Black high school students in Chicago. The program features public health fundamentals and game design using principles of systems thinking, social-cognitive…

Tinkering learning is a pedagogical strategy that emphasizes hands-on exploration, experimentation, and learning from mistakes in STEM education. It involves using personal fabrication tools, such as a 3D printer, to develop and improve ideas through interactive play. Design-based making activities have gained popularity in K-12 classrooms as they…

This study investigates the impact of a STEM field trip on engagement in STEM learning and interest in STEM among students at a Historically Black College and University (HBCU) in Texas. Using Kolb's (1984) experiential learning model as a theoretical framework, the research explores how engaging, hands-on activities during the field trip enhance…