STEM Education Research Articles

Implementing Cooperative Learning for Sustainable STEM Education in Nigeria: Preservice Science Teachers’ Knowledge and Beliefs

The study investigated preservice science teachers’ (PST) knowledge and beliefs about the implementation of cooperative learning for sustainable science, technology, engineering, and mathematics (STEM) education in Nigeria given that evidence shows that several Nigerian teachers are still unskilled in 21st-century pedagogies. The study sought to determine PSTs’ competencies for implementing cooperative learning in science classrooms, as informed by their knowledge and beliefs about the effectiveness of applying cooperative learning to teach science concepts. Four research questions guided the study. The design of the study is a descriptive survey involving the collection of quantitative data via questionnaires. This research design is appropriate for the present study as it sought to determine the knowledge and beliefs PSTs have about cooperative learning (CL). The study sample was drawn from all the PSTs in the federal tertiary institution (Nnamdi Azikiwe University, Awka) in Anambra State, Nigeria using the convenience sampling technique. The data for this study were collected electronically using an adapted version of Bouas (1993). The scale’s reliability was determined using the Cronbach alpha technique (α=.73). Percentage, weighted mean, and standard deviation, and one sample t-test were used to analyse the data collected in this study. The study’s findings showed that PSTs in Nigeria were both knowledgeable and held positive beliefs about cooperative learning pedagogy. Based on the study’s findings, implications for the study were discussed.

Aligning With SDG 5: Addressing Barriers and Fostering Female Participation in Stem Education in India

Objective: This study investigates the barriers preventing female participation in STEM (Science, Technology, Engineering, and Mathematics) education in India, aligning with SDG 5 (Gender Equality). The research aims to identify demotivation factors faced by female students and develop participant-informed recommendations to foster greater female engagement in these disciplines. Method: A qualitative approach was employed, utilizing open-ended surveys, narrative interviews, and focus groups with female students across various educational levels in India. Thematic analysis was conducted to identify patterns and themes related to the barriers and potential solutions for increasing female participation in STEM. Results: The study reveals key barriers, including cultural expectations, gender discrimination, institutional biases, lack of female role models, and social pressures, which discourage women from pursuing STEM careers. Specific challenges such as safety concerns, biased judgments, and limited mentorship opportunities were also highlighted. Based on these findings, several recommendations emerged, including policy reforms, inclusive curricula, gender sensitization programs, mentorship initiatives, and early engagement activities. Contribution: The study contributes to the understanding of gender disparities in STEM education in India by offering actionable insights for policymakers, educators, and communities. It emphasizes a multifaceted approach combining cultural change, policy reform, institutional support, and targeted interventions to foster an inclusive environment for women in STEM. This research aligns with SDG 5 by advocating for strategies that promote gender equity and empower women in traditionally male-dominated fields. Future research should focus on evaluating the long-term effectiveness of these interventions across diverse contexts and disciplines.

THIẾT KẾ CHỦ ĐỀ GIÁO DỤC STEM “ĐÀN T’RƯNG TÂY NGUYÊN” TRONG DẠY HỌC MẠCH NỘI DUNG ÂM THANH MÔN KHOA HỌC LỚP 4 CHO HỌC SINH KHU VỰC TÂY NGUYÊN

In teaching science at the elementary level, applying STEM education not only reflects the appropriate content and integrated teaching perspective of the subject but also helps teachers organize lessons in a lively way that links theoretical content with students' real lives. Integrating local elements into the topic of STEM education brings great significance, including helping students achieve the quality and capacity requirements of the lesson, gain a deep awareness of the lesson, and be more aware of their culture and surroundings. This article presents the basis and conduct of designing the STEM educational theme “Tay Nguyen T' Rung” in teaching sound content in Science subject for grade 4 students in the Tay Nguyen region according to the design process. proposed includes 3 steps: Identifying STEM education topics; Analyzing the content of STEM education topics; and Designing the process of organizing activities on STEM education topics.

Science and Mathematics Teachers’ Integration of TPACK in STEM Subjects in Qatar: A Structural Equation Modeling Study

This study aimed to explore how secondary school science and mathematics teachers in Qatar integrate Technological Pedagogical Content Knowledge (TPACK) into their teaching practices. The study examined the relationships between the subcomponents of TPACK using structural equation modeling (SEM), complemented by an analysis of additional categorical variables. A total of 245 science and mathematics teachers from Qatar participated in the research. The model’s findings showed that the internal components—technological knowledge, pedagogical knowledge, and content knowledge—had a significant and positive direct effect on the external factors: technological pedagogical knowledge, technological content knowledge, and pedagogical content knowledge. However, these internal components did not directly impact TPACK itself. Together, these variables accounted for 77% of the variance in TPACK. Among the findings, Technological Content Knowledge (TCK) emerged as one of the most influential variables affecting TPACK, emphasizing its importance in teachers’ TPACK integration. On the other hand, it was found that Pedagogical Content Knowledge (PCK) did not have a direct and significant effect on TPACK. Categorical variables like certificates and postgraduate education significantly impact TPACK and its subcomponents, while gender, field of study, and teaching experience do not. This finding underscores the importance of structured training and postgraduate education in enhancing TPACK skills for science and mathematics teachers. Participation in technology-based certification programs and postgraduate studies in STEM is crucial for their TPACK development in teaching STEM subjects. Future studies could explore the long-term impact of structured, technology-based training programs on enhancing STEM teachers’ TPACK development and assess how this improvement influences student learning outcomes in science and mathematics classrooms. This would provide deeper insights into the effectiveness of such programs and their potential to transform teaching practices and student achievement in STEM education.

Review on pedagogical practices for computational thinking in teacher education

As computational thinking (CT) enters school curricula, and research on teaching of CT emerges, the time has come to spotlight CT in teacher education (TE). To this end, we conducted a literature review on CT in TE for STEM subjects with particular focus on research into pre-service teachers’ (PSTs) learning of pedagogical practices. We found 31 articles addressing CT in TE for STEM subjects between 2012 and 2023, applying qualitative, quantitative, and mixed methods, mainly with smaller sample sizes. Almost all describe teaching interventions with research on PSTs’ CT skills or attitudes. Only five articles include research questions explicitly addressing pedagogical practices for learning to teach CT. However, 13 articles explicitly describe such pedagogical practices and another seven implicitly do so. The review shows that the practices for teaching CT is an under-researched area, and the field lacks a common language and systematic research approaches. However, we do find that TE has clear ambitions for teaching PSTs about pedagogical practices as well as CT skills and attitudes.

Exploring programmatic elements that foster neurodiverse children and adolescents’ participation in informal STEM learning programs: a systematic review

AbstractInformal STEM settings offer valuable opportunities for students, including neurodiverse students, to engage and participate in STEM activities. However, there is a limited information on how to best engage and include neurodiverse students in informal STEM programming. This systematic review aimed to identify the programmatic elements that facilitated the inclusion of K-12 neurodiverse STEM learners in informal STEM programs. In this systematic review, an academic and grey literature search was conducted, where the search resulted in 2632 records and 18 records were included in the systematic review. Records that met inclusion criteria were independently reviewed and assessed for quality by two reviewers using the Mixed Methods Appraisal Tool (MMAT) or a project-based MMAT. This paper describes how informal STEM programs were designed and implemented to foster the participation of neurodiverse K-12 STEM learners. A qualitative synthesis approach was used to identify the programmatic elements that fostered neurodiverse learner participation. Most of the informal STEM programming for neurodiverse youth occurred in after-school settings and with students with autism. Programmatic elements that facilitated the participation of this population in informal STEM were grouped into three categories: (1) environment/learning structure, (2) learning supports, and (3) instructional strategies and tools. Future informal STEM programming and research should expand to include the neurodiverse population in already established informal STEM programs.

COMPARING TURKISH PRE-SERVICE STEM AND NON-STEM TEACHERS' ATTITUDES AND ANXIETY TOWARD ARTIFICIAL INTELLIGENCE

Identifying student teachers’ attitudes and anxiety toward artificial intelligence (AI) in regard to their field of study might be helpful in determining whether and how AI will be employed in their future classrooms. Hence, this study aims to compare pre-service STEM and non-STEM teachers’ attitudes and anxiety toward AI. In this quantitative research, the causal-comparative research design was adopted. The study involved 520 pre-service teachers from a faculty of education at a public university in Türkiye. Among all, 51.5% were pre-service non-STEM teachers while 48.5% were pre-service STEM teachers. Data were collected through the Turkish versions of “the General Attitudes toward Artificial Intelligence Scale” and “the Artificial Intelligence Anxiety Scale”. Diagnostic analytics were performed, and descriptive statistics and MANOVA were performed to analyse the data. As a result, pre-service teachers, in general, were mostly positive about AI, but undecided to be anxious about AI. STEM student teachers had more positive attitudes toward AI than non-STEM student teachers, and non-STEM student teachers were more anxious toward AI than STEM student teachers. The results imply that non-STEM teacher education curricula should be redesigned to be AI-integrated to better prepare teachers of the future as teachers with TPACK integrated with AI. Keywords: artificial intelligence, anxiety toward artificial intelligence, attitude toward artificial intelligence, pre-service STEM teacher, pre-service non-STEM teacher, pre-service teacher

STEAM LEARNING AS A BASE FOR DEVELOPING COMMUNICATION SKILLS IN INCLUSIVE SCHOOLS

This research addresses the problem of how to tackle STEM education and its transformation into STEAM education in an inclusive school. It highlights the need for communication competence in collaborative teaching supported by problem-based (PBL), project-based (PrBL) and game-based (GBL) learning. At the same time, it is necessary to highlight the importance of arts in all the listed innovative forms of learning and teaching, as teamwork and cooperation between the members of these teams are extremely important. The key competence of this participation in the mentioned forms of knowledge is communication competence, which is manifested in students' self-confidence/lack of self-confidence, in their level of well-being, collaboration, motivation, their active role and awareness. The empirical research was conducted on a sample of eleven classes from six Slovenian-inclusive schools, with at least one student with SEN in each class. The research focused on the differences between students with and without SEN regarding their perception of STEAM lessons supported by gamification elements. The results showed that using innovative teaching methods can connect and positively affect STEAM, which, with the help of technology, engineering and art, consequently, improves a deeper understanding of the field of Science and Mathematics (S-tea-M). Keywords: communication skills, collaboration-based learning, game-based learning, inclusive school, innovative learning environment, special educational needs (SEN)

Imagining anew: a narrative analysis of STEM teachers’ fictional educational futures

ABSTRACT High teacher attrition rates suggest the need for new methods of STEM teacher education to prepare teachers for fulfilling professional and personal lives. This design research study explores an approach to teacher learning within a US university-based teacher education course which centres projective agency as a key aspect of teacher learning, specifically to imagine transformative educational futures. Using thematic narrative analysis, this study presents evidence suggesting teachers can articulate their educational values by creating aligned possible futures. Drawing upon their experiences, these teachers envision futures that sometimes reimagine the constraints of the current educational system. By fostering projective agency, these envisioned pathways facilitate expansive action beyond teachers’ past experiences and present circumstances, fostering sustainable flourishing for both teachers and students.

Enhancing AR‐based learning environments for STEM education: A design‐based study on design features, kinematics learning and mathematics self‐efficacy

AbstractThis design‐based research project explored how various design features of AR‐based learning environments (ARLE) influence students' mathematics self‐efficacy and learning of kinematics. Specifically, five ARLEs with different design features were developed and implemented with 136 seventh‐grade students in two rounds. Data were gathered from pre‐ and post‐mathematics self‐efficacy tests, interviews, classroom observation records and reflective journals, to identify which design features promote or hinder students' learning and self‐efficacy. Results revealed that adopting a well‐designed ARLE is a viable way to promote students' learning and mathematics self‐efficacy, and the success of ARLE lies in (1) coherent tasks with proper time for self‐exploration, progressive levels, useful problem contexts and a certain degree of open‐endedness, and (2) sufficient technological affordances with strengthened authenticity, clarity and integrated media presentation, as well as engaging interactions with decent flexibility, embodied actions and feedback. These results validated the applicability of the proposed checklist for ARLE designers and practitioners in their design and implementation of ARLEs, within the domain of mathematics, physics and beyond. Practitioner notesWhat is already known about this topic AR‐based learning environments (ARLEs) have demonstrated substantial advantages in STEM education, but ARLEs can be a drawback if they are not adequately designed. ARLE may facilitate students' mathematics self‐efficacy, and relevant design features are underexplored. Design‐based research sustains interventions combining empirical research and theory‐driven design of innovative learning environments, for example, ARLEs. What this paper adds Demonstrates the potential of ARLEs that can be used in classrooms to support STEM learning. Identifies a collection of effective and ineffective design features of ARLEs that promote or hinder students' STEM learning and mathematics self‐efficacy. Tackles the challenges for the design of ARLEs for classrooms by taking AR technological affordances and the pedagogical perspective together. Implications for practice and/or policy Five ARLEs for STEM topics were developed and implemented in secondary schools. Evidence of positive impacts of ARLEs on students' learning and mathematics self‐efficacy. Our research produces useful guidelines for designers and practitioners in their development and implementation of ARLEs in real classrooms.

Enhancing stroke knowledge among youth: Insights from Stroke Busters

IntroductionCommunity stroke education has shown promising results with sustained stroke knowledge and behavioral changes; however less is known about the effects of targeted education towards youth. We developed an interactive educational program for high school students, Stroke Busters, that focuses on stroke prevention, recognizing warning signs, and the importance of seeking prompt care. MethodsThis is a prospective cohort study where students are offered a stroke education program, ‘Stroke Busters’, through the Yale Pathways to Science Program, a Science, Technology, Engineering and Math (STEM) pipeline program for high school students living near New Haven, Connecticut. Students filled out a stroke knowledge survey before, after, and 8-months-post program. Data from four separate sessions were collected (two 5-day programs and two 1-day programs) and scores were compared. Students who returned to help teach were also evaluated with an additional post-test. ResultsThe average pre-program score was 36.9% and post-program was 62.5% (N=67, p<0.001) across all sessions. Between sessions, scores were not significantly different. 8-month post-program scores (n=5) were not significantly different from immediate post-program scores. Students in the role of teaching-assistant had post-program scores of 85.7%. DiscussionHigh school students who participated in Stroke Busters retained stroke knowledge for up to 8 months. The 1-day program showed similar results to the 5-day program, which suggests providing shorter programs to high school students may represent a more feasible opportunity for community stroke prevention. Additionally, including students in a teaching role is a promising way to increase enthusiasm and stroke knowledge for youth. ConclusionStroke Busters was successfully able to educate high school youth about stroke and programs of both 1 and 5-day are equally effective.

Moving beyond cognition: an exploration into the metacognitive awareness of science teachers on STEM education

Moving beyond cognition: an exploration into the metacognitive awareness of science teachers on STEM education

Assessing the Information Needs and Seeking Behavior of Women Faculty Members in PU Colleges of Kalaburagi District, Karnataka: A Gendered Perspective

This study explores the information needs and seeking behaviors of women faculty members working in pre-university (PU) colleges in the Kalaburagi district of Karnataka, India. Utilizing a mixed-methods approach, the research investigates the primary sources of information, satisfaction levels with library services, and the impact of socio-demographic factors on information-seeking behaviors. The study reveals significant disparities in access to and use of digital resources, influenced by factors such as age, marital status, and educational background. The findings highlight the critical need for enhanced library services, tailored training programs, and policy interventions to support women faculty in their academic and research activities. These insights contribute to the broader discourse on gender and technology in educational settings, emphasizing the importance of equitable information access in promoting gender equality in STEM fields.

The Influence of Mobile Technology on STEM Education Student Learning Outcomes

The Influence of Mobile Technology on STEM Education Student Learning Outcomes

Can dynamic grouping improve students’ collaborative ability and learning performance in robotics education?

ABSTRACT While pair learning (PL) is considered a potential method in STEM education including robotics education (RE), the question of how to pair students for superior learning effects remains. Current grouping strategies for PL in RE are constrained by fixed grouping (FG) and short of attention to dynamic grouping (DG). Therefore, this study aims to introduce DG into RE, as well as exploring its effects on PL for college and primary students. To this end, a two-stage study was conducted. A pre-post-test design was performed in the pilot study. Based on the pilot study, the authors refined the research design and conducted a comparison experiment (DG vs. FG) for primary school students. Results indicated that: (a) there was no significant difference in collaborative ability between DG and FG, but DG outperformed FG in enhancing students’ contribution; (b) there was no significant difference between DG and FG in students’ learning performance.

Development and Validation of the TSTSIS Instrument to Measure Teachers’ Self-Efficacy to Teach Science Through Integrated STEM Approach

This study aimed to develop an instrument with acceptable validity and reliability for assessing two key aspects among science teachers: their self-efficacy in teaching science through an integrated STEM approach (STSIS) and their outcome expectancy when employing this approach (OETSIS), which we refer to as TSTSIS. We administered this tool to 109 science teachers in Phnom Penh city and various provinces in Cambodia. The results revealed that STSIS can be broken down into six essential latent factors. Among these factors, five are grouped under the theme of “Integrated STEM Instructional Self-Efficacy,” covering problem-based, robots-based, inquiry-based, engineering-based, and technology-based instructional self-efficacy. The sixth factor relates to teachers’ self-efficacy in terms of accessing materials. Author formulated the subscale “Expectations of High Students’ Achievement in Science” as the factor representing the OETSIS. Scores on the TSTSIS subscales offered evidence of its criterion validity, with significant differences observed across various teacher-related variables. These variables include teachers’ teaching qualifications, school types, teachers from schools where STEM education and an integrated STEM approach are part of the school’s objectives, and correlation with instructors’ teaching experience. The TSTSIS subscale lays the groundwork for designing STEM training programs tailored to the needs of science instructors.

Bridging Gaps in STEM Education: The Case for Dedicated Learning Centres in South African Townships and Rural Areas

This article explores the critical need for improved Mathematics, Science, Engineering and Technology (STEM) education in South African townships and rural areas, where persistent challenges in teaching methods and resource accessibility have hindered the development of these crucial subjects. The perception of Mathematics and Science as complex subjects, coupled with societal pressures to prioritise less ‘challenging’ subjects, has resulted in a quantity-over-quality approach to education. This article argues for establishing dedicated Mathematics, Science, Engineering, and technology centres in these underserved regions, drawing upon global research findings that underscore the importance of continuous improvement in STEM subjects for individual and national advancement. The proposed centres aim to address educational disparities by providing innovative teaching methods, resource access, and mentorship programs. These proposed centres intend to rectify educational disparities by offering innovative teaching methods, improved resource access, and mentorship programs. Through examining successful case studies and potential challenges, this article calls for a comprehensive approach to reshape the STEM education landscape in South African townships and rural areas, contributing to a more equitable and robust educational system.

The lack of STEM vocations and gender gap in secondary education students

The gender gap in STEM vocations among high school students still remains a troubling reality. Several studies indicate that students in general have less interest in science and technology subjects, and this disparity is even more distinguishable among female students. In fact, the aforementioned gender gap in STEM begins to manifest itself at an early age and worsens during adolescence. Some of the multiple causes include cultural factors, gender stereotypes, and lack of female role models. Therefore, it is essential to promote gender equality and encourage inclusion and diversity in the educational environment as a key measure to reduce the gap. This is why in this study comprehensive research was carried out to analyse the factors that contribute to the gender gap in STEM careers. To this end, a survey was conducted of approximately 1,000 secondary education students from a range of centres in the Canary Islands. The survey yielded insights into the direct influence of close references on students and the lack of female role models. This allowed the identification of effective measures to increase women’s participation in these fields. One of the suggested solutions is the implementation of practical workshops, in which female figures play a key role. These workshops are used to demonstrate to students that there are numerous role models nearby who can motivate and encourage them to explore and develop their interest in the field of science and technology. By providing said opportunities and role models, our aim is to build their confidence and provide them with the necessary tools to take advantage of all the opportunities that the STEM field has to offer.

Challenging Educational Inequities in Early STEM Instruction

Challenging Educational Inequities in Early STEM Instruction

Interdisciplinary STEM education foundational concepts: Implementation for knowledge creation

Interdisciplinary thinking is essential to understanding and solving real-life problems and requires multiple disciplinary viewpoints. Research into STEM education highlights that it promotes an interdisciplinary learning process integrating science, mathematics, engineering, and mathematics knowledge and skills. However, STEM definitions are varied, and implementation recommendations are scant, resulting in diversity in the development and implementation of the learning process. This study critically analyses the literature to determine the fundamental concepts of STEM education and STEM discipline integration. Our analysis discovers six key components of STEM education, encompassing the integration of discipline, utilization of multiple representations, engagement with realistic and relevant problems, application of the engineering design process, encouragement of active collaboration, and emphasis on student-centered learning approaches. Then, we transform these key components to a practical learning process. The STEM-DTaM (STEM with Design Thinking and Makerspace) learning model consists of seven steps. We then unfold how this proposed learning could facilitate interdisciplinary thinking construction.