STEM Education Research Articles

Toyota USA Foundation commits $8.6 million for STEM education

Toyota USA Foundation commits $8.6 million for STEM education

Using knowledge building and flipped learning to enhance students' learning performance in a hands‐on STEM activity

AbstractBackgroundSociety requires individuals to have the ability to synthesise knowledge from diverse sources, typically acquired through science, technology, engineering, and mathematics (STEM) education.Objectives and MethodsWe utilised a moderately rigorous design to investigate the effects of combining a hands‐on STEM activity with active learning approaches of knowledge building (KB) and flipped learning on the learning performance of 188 senior students. Students needed to work in groups to construct a remote‐controlled car using a remote‐control module and electrical circuit, followed by the task of putting balls into a basket.ResultsAfter the activity, all participants' STEM knowledge, learning motivation, and creativity improved. For STEM knowledge, students who received the integrated KB and flipped learning approach (E2 group) outscored those who received only KB (E1 group), whereas the E1 group outperformed those who received lectures (control group). For learning motivation, the E1 group outperformed the control group. The E2 group outperformed the control group on the post‐test only when the students' learning motivation pre‐test scores were lower, suggesting the effectiveness of both active learning approaches. For creativity, both E1 and E2 groups performed better than the control group.ConclusionsThe potential benefits of combining active learning approaches with hands‐on STEM activities were revealed in terms of STEM knowledge, learning motivation, and creativity. Surprisingly, the combination method was the most effective in energising unmotivated students for STEM education.

Understanding STEM Teachers’ Power Distance Values from a Sociocultural Perspective on Interdisciplinary Collaboration

Understanding STEM Teachers’ Power Distance Values from a Sociocultural Perspective on Interdisciplinary Collaboration

AI and Digital Technology: Gender Gaps in Higher Education

Abstract This article examines gender gaps in higher education in Spain in the context of technological advancements, particularly digitalization and artificial intelligence (AI). First, analyzing descriptive Spanish data we identify significant disparities, with women overrepresented in health-related fields and underrepresented in STEM (Science, Technology, Engineering and Mathematics) disciplines. This imbalance is concerning as STEM fields offer better employment prospects and higher salaries. Then, we analyze university degrees’ exposure to technological change through routine task intensity (RTI) and AI exposure indices, as well as a novel index of exposure to emerging digital technologies from 2015 to 2024. Our findings show that women are more enrolled in degrees with higher RTI, prone to automation, and less in degrees with higher AI exposure, likely to benefit from technological advancements. This suggests technological change could widen existing labor market gender gaps. To address this, we recommend policies to boost female participation in STEM fields and adapt educational curricula to reduce routine tasks and enhance AI complementarities, ensuring equitable labor market outcomes amid technological change. (JEL codes: I23, I26, J16, J24).

Designing Learning Centres that Facilitate Knowledge Construction on Science Process Skills in Early Childhood Classrooms

Science education is perceived to have the potential to develop 21st century competencies. In Zimbabwe, the teaching of science in early childhood by using learning centres is considered as a way of empowering young learners with scientific knowledge and skills to become productive citizens in future. To strengthen the initiative, resources are being channelled and policies crafted to support the teaching of STEM (science, technology, engineering and mathematics). Despite considerable efforts to introduce STEM in early childhood development (ECD), research concerning the benefits of developing science skills using learning centres is sparse. This study adopted an interpretive paradigm and multiple case study design for three schools and three purposively selected ECD teachers. Data was solicited through semi-structured interviews, document analysis and classroom observations. The variable nature of learning centres in ECD classrooms is an indication of shortcomings in policy on teaching using learning centres. At learning centres, learners construct scientific knowledge, ideas and skills through interaction with peers and developmentally appropriate materials. Teachers should be creative and innovative and create learning centres that enable learners to explore the world and construct scientific knowledge through active participation and sharing ideas. A policy to guide the teachers on constructing appropriate learning centres for effective teaching of science skills should be drafted.

Game-based Learning for Science Education in Institutional Care Settings in Northwestern Mexico

Play has been key to knowledge acquisition, creativity, and innovation. In education, game-based learning (GBL) is a physical and digital environment that enhances learning outcomes in students. This paper presents the results of observational research on game-based learning in science education as a motivation for young students from two institutional care settings in Northwestern Mexico, in the State of Sonora. The observational research touched on 1) game-based learning in science, technology, engineering, and mathematics (STEM) education, and 2) learning motivation in vulnerable student groups. This paper focuses on the authors' experiences, most of them early researchers focused on science education, their purpose of promoting game-based learning in STEM education, and interviews with representatives from both institutions. We found that game-based learning was seen as a novelty, innovative, and motivational way of engaging young students from institutional care settings to learn and become curious about the STEM field. We also designed and created games focused on STEM subjects in both institutions. Students living in institutional care settings face even greater obstacles regarding education. In some instances, the lack of mentorship or follow-up tutoring activities can determine their academic outcome or lack thereof. With the ever-changing world of technology, industries demand highly qualified people in STEM fields. Nonetheless, international organizations such as the United Nations Educational, Scientific and Cultural Organization (UNESCO) and the Organisation for Economic Co-operation and Development (OECD) have reported that school systems around the world are not equipped with the proper teaching methodologies for students to acquire basic skills such as mathematics nor critical thinking. In Mexico, public school systems and institutional care settings often lack teacher training or mentorship approaches to promote STEM education. This paper concludes with a reflection on the benefits of GBL in STEM education in such settings and suggestions for student-led collaborations with children and youth in such settings.

Exploring the Effect of Mathematics Skills on Student Performance in Physics Problem-Solving: A Structural Equation Modeling Analysis

AbstractStudents’ success in physics problem-solving extends beyond conceptual knowledge of physics, relying significantly on their mathematics skills. Understanding the specific contributions of different mathematics skills to physics problem-solving can offer valuable insights for enhancing physics education. Yet such studies are rare, particularly at the high school level. This study addresses the underexplored area of this topic in secondary education by investigating the associations between physics problem-solving performance using a robust methodological framework. We applied exploratory factor analysis (EFA) to identify latent sub-mathmetics skills relevant to physics problem-solving and employed structural equation modeling (SEM) to examine the causal impact of these skills on students’ performance in physics. The study analyzed data from a municipal-wide assessment involving 1,878 grade 12 students in Southern China. The results demonstrate that mathematics skills impacting high school students’ physics problem-solving performance can be categorized into two sub skills, algebraic skills and geometric skills. It also indicates that algebraic skills have a stronger direct effect on physics problem-solving performance compared to geometric skills in high school setting. These findings suggest that integrating focused algebraic training within physics education can significantly improve student outcomes in STEM fields. We recommend that educators design curricula and instructional strategies that emphasize the development of algebraic skills necessary for solving complex physics problems. Additionally, these findings have important implications for policymakers, who should consider integrating targeted mathematics training within physics curricula to foster interdisciplinary learning and better prepare students for challenges in STEM education.

Broadening Access and Inclusion: Democratization in STEM Education, Research, and Careers

Broadening Access and Inclusion: Democratization in STEM Education, Research, and Careers

Effects of Smart Classroom on Students' Learning Outcomes

This meta-analysis examines the influence of smart classrooms on students' learning outcome, synthesizing findings from 21 empirical studies. The results indicate a significant overall effect size (SMD = 1.10), suggesting that smart classrooms positively affect learning outcomes more than traditional settings. Cognitive development (SMD = 1.014) and behavioral development (SMD = 2.155) saw the most substantial impacts, while the effect on emotional development was minimal (SMD = -0.001). Moderator analyses revealed that primary school students benefited most, and STEM subjects showed greater improvement. Larger class sizes and specific teaching strategies, such as Problem-Based Learning, were associated with better outcomes. Despite the positive findings, limitations include study exclusions due to lacking statistical data and variability in smart classroom definitions and implementations. The study highlights the potential of smart classrooms to enhance educational experiences and calls for further research to optimize their use.

Innovating STEM education: Teacher reflections on challenges, strategies, and development

This study investigates the crucial role of teachers' perspectives in enhancing STEM education, specifically focusing on evaluating existing programs, identifying challenges, and proposing actionable improvements. A comprehensive survey was administered to gather detailed insights from teachers regarding the effectiveness of STEM educational materials and methodologies. The survey results reveal key areas requiring enhancement to better support student learning, particularly in the integration of science, technology, engineering, and mathematics within the curriculum. The findings indicate that incorporating teachers' feedback can lead to substantial improvements in teaching practices, professional development opportunities, and overall student outcomes. The study emphasizes the significance of inclusive education, the importance of hands-on and experiential learning, and the critical role of technology integration in modern STEM curricula. Additionally, it highlights the necessity for targeted professional development programs that are closely aligned with the specific needs and challenges identified by teachers. By applying the firsthand experiences and practical recommendations of teachers, this research aims to inform and influence curriculum development processes, ultimately fostering a more effective and equitable STEM education system. The practical implications of the study suggest that schools and educational institutions can overcome current barriers by adopting these recommendations, thereby improving the STEM learning experience and more effectively preparing students to face future challenges and seize opportunities in the rapidly evolving fields of science and technology.

Retraining professionals as STEM teachers: the potential and the challenges

ABSTRACT Israel suffers from a severe STEM teacher shortage. To mitigate it, two retraining projects were developed: one recruiting academic high-tech professionals and the other – practical engineers. This study evaluated both projects by exploring stakeholders’ perspectives and examining graduates’ retention. Applying a mixed-methods case study design, interviews were conducted with 35 graduates, 21 programme leaders and 6 school principals. Short demographic surveys were answered by 584 academic professionals and 356 practical engineers, and another 57 practical engineers answered a longer evaluation survey. The study found retention rates of 78% for academic professionals and 62% for practical engineers. To improve retention, both cohorts need better preparation in pedagogy, stronger support at school, higher wages and efficient administrative care. To realise their potential contribution, professional autonomy and principal’s support are necessary.

The Influence of the Sherman STEM Teacher Scholars Program on Persistence in Science, Technology, Engineering, and Mathematics: A Mixed-Methods Study

This sequential explanatory mixed-methods study investigated the differences in persistence between students from the Sherman STEM Teacher Scholars Program (STEP), a STEM teacher scholarship and career preparation program, and STEM majors not in the program. Quantitative results indicated that STEP participants had higher levels of academic integration, women scored higher on persistence factors than men, and White students had a higher degree commitment than students of color. Qualitative findings indicated that STEP provided a family atmosphere and connected their coursework to their career aspirations. Women of color felt stereotyped by White classmates in STEM courses, which impacted their degree of commitment, and students of color in STEP relied on the program as a counterspace to racially insensitive STEM classrooms.

Investigation of STEM Supported Engineering and Design Experiences of Students Participating in Design and Innovation Workshop in the Context of Situational Interest Theory

This study aims to examine the engineering and design-supported STEM (Science, Technology, Engineering, and Mathematics) experiences of students who participated in the "Design and Innovation Workshop" organized at the Science and Art Center (SAC) during the semester break. The experiences and perceptions of 17 students (10 males and 7 females) were analyzed in depth in this study, which was conducted using a phenomenology design from qualitative research methods. Semi-structured interview form, student diaries, field notes and STEM product drawing form were used as data collection tools. The research findings showed that students' participation in design and engineering-based STEM activities enhanced their problem-solving skills, creativity and teamwork. The theory accompanying the research suggests that these activities increase students' interest and motivation in STEM disciplines. The research results suggest that design and innovation workshops can positively influence students' attitudes and skills towards STEM fields.

Building the educational future: Exploring the dimensions of STEM education through 3D printing and platonic solids in university mathematics teaching

This essay addresses the convergence of STEM (Science, Technology, Engineering, and Mathematics) education, exploring the opportunities and challenges of this multidisciplinary integration in the context of university mathematics education. Focusing on Platonic solids, the study examines how 3D printing becomes a transformative vehicle for mathematical understanding by providing tangible representations of abstract concepts. The tangible dimensions of teaching and the intersection between science, mathematics, and art are highlighted as key factors that enrich the educational experience. Additionally, the technological, ethical, and pedagogical challenges associated with the implementation of 3D printing in STEM education are addressed. This analysis culminates in the conclusion that this integration not only prepares students for an interconnected world but also raises new questions about ethics and responsibility in the evolution of university mathematics education.

E-Module Flipbook based on STEM Approach to Renewable Energy Topics as Physics Learning Media

Abstract This research is a development that aims to produce a product and determine the validity of flipbook e-modules based on the STEM (Science, Technology, Engineering, and Mathematics) approach to learning the physics of renewable energy materials. The research procedure consists of stages: analysis, design, and development. This research involved two experts, namely, physics material and media, and one learning practitioner. The data collection instrument uses a questionnaire evaluation sheet. The evaluation results obtained a score of 0.87 in the very high validity category from physics subject experts and 0.85 in the very high validity category from media experts. From the results of this evaluation, the flipbook e-module based on the STEM approach to renewable energy topics is very highly valid for use as a physics learning medium.

Exploring ICT Integration Practices in STEM teaching of TVETMARA Malaysia

STEM education is gaining global recognition because of its crucial role in equipping students with the necessary skills for future professional opportunities. However, the proficiency and skill of educators, including their understanding of STEM disciplines and effective teaching methods, are key determinants of the success of STEM education. Therefore, ICT plays a crucial role in improving teaching and learning methods in STEM education within the TVET platform, ensuring the effectiveness of subject delivery and the relevance of STEM education. This study aims to explore TVETMARA educators' experiences in integrating ICT into STEM teaching through the lens of TPACK. Ten TVETMARA educators participated in semi-structured interviews. Thematic analysis generated five themes: ICT Selection, Organizational Support, Peer Collaboration, Pedagogical Practices, and Lesson Preparation. This study contributes valuable insights to STEM teaching with the inclusion of ICT in the context of TVET.

Pre-service Teachers’ Perceived Importance of and Performance on Sustainable Development Goals

This study aimed to examine the awareness and performance of pre-service teachers in Taiwan regarding the Sustainable Development Goals (SDGs). A mixed-methods research approach was employed, utilizing a questionnaire survey to obtain quantitative data on pre-service teachers’ perceived importance of and performance on SDGs. Qualitative data were supplemented through interviews with professors and pre-service teachers at a university that incorporated SDGs into its pre-service teacher education courses. The findings revealed that pre-service teachers perform best in “Quality Education” and “Gender Equality.” Men with STEM(Science, Technology, Engineering, Mathematics) fields demonstrated higher levels of awareness of sustainable development, and pre-service teachers majoring in STEM fields outperformed those in non-STEM fields in SDGs performance. Pre-service teachers identified “Good Health & Well-being,”“Life below Water,” and “Life on Land” as the indicators in most urgent need of improvement. Integrating the SDGs into teacher education programs can assist pre-service teachers in enhancing their awareness and performance regarding various SDG indicators.

Experience of conducting integrated irregular classes in robotics

Abstract In the modern world of electronic devices, a person can bring to life any projects that make their life more comfortable and safe. The basis for such solutions is robotics. Creating and programming a robot today is quite simple. We offer the experience of conducting long-term projects that can take place in summer camps, scientific studios, and extracurricular clubs. The uniqueness of such activities lies in the combination of various types of work that help explore the topic and conduct scientific and technological research. Mastering robotics technology and understanding the principles of their operation is an important aspect of preparing modern children for a safe life in a high-tech world and successful self-realization. The foundation for the study and effective application of these technologies is mathematics, physics, engineering, and programming. Therefore, STEM education, aimed at developing competencies demanded in society, increasing motivation to study traditionally challenging subjects of the natural-mathematical cycle, is of particular importance. The peculiarity of this approach to education is project activity and transdisciplinarity, contributing to the formation of teamwork skills, critical thinking, and a comprehensive understanding of the researched problem. The article presents the experience of a volunteer project to teach robotics to children from Ukraine. Organizational conditions for conducting classes, typical difficulties, examples of projects, and the lesson scenario are provided. The proposed approach to organizing education is based on years of practical experience and can be used by educational institutions and non-profit organizations.

Enhancing reflective thinking in STEM education through experiential learning: The role of generative AI as a learning aid

Enhancing reflective thinking in STEM education through experiential learning: The role of generative AI as a learning aid

Enhancing peer review efficiency: A mixed‐methods analysis of artificial intelligence‐assisted reviewer selection across academic disciplines

AbstractThis mixed‐methods study evaluates the efficacy of artificial intelligence (AI)‐assisted reviewer selection in academic publishing across diverse disciplines. Twenty journal editors assessed AI‐generated reviewer recommendations for a manuscript. The AI system achieved a 42% overlap with editors' selections and demonstrated a significant improvement in time efficiency, reducing selection time by 73%. Editors found that 37% of AI‐suggested reviewers who were not part of their initial selection were indeed suitable. The system's performance varied across disciplines, with higher accuracy in STEM fields (Cohen's d = 0.68). Qualitative feedback revealed an appreciation for the AI's ability to identify lesser‐known experts but concerns about its grasp of interdisciplinary work. Ethical considerations, including potential algorithmic bias and privacy issues, were highlighted. The study concludes that while AI shows promise in enhancing reviewer selection efficiency and broadening the reviewer pool, it requires human oversight to address limitations in understanding nuanced disciplinary contexts. Future research should focus on larger‐scale longitudinal studies and developing ethical frameworks for AI integration in peer‐review processes.