The CTEM represents a comprehensive overhaul of Türkiye’s centralized education system, designed to shift instruction away from rote memorization and toward skill-based, student-centered learning. But as any education researcher knows, the gap between curriculum design and classroom implementation can be enormous. Curriculum reforms in centralized systems worldwide—from Korea to Singapore to Chile—have repeatedly demonstrated that the success of a reform depends less on its philosophical elegance than on the practical realities of its enactment. Kazu and Kuvvetli designed their study to capture precisely those realities, gathering data through four anonymised questionnaires targeting different stakeholder groups and dimensions of the implementation experience.

The methodological architecture of the study is notable for its breadth. The researchers administered a student implementation experience questionnaire to 93 students (57 female, 35 male), a teacher implementation experience questionnaire to 30 teachers (13 female, 17 male), a teacher opinions questionnaire to 75 teachers (21 female, 54 male), and a student opinions questionnaire to 92 students (56 female, 36 male). This four-instrument design allowed the team to triangulate perceptions across multiple groups, comparing how teachers experience the model with how students perceive it, and contrasting implementation experiences with broader opinions about the reform. The descriptive qualitative approach is well suited to capturing the texture of stakeholder experience during early implementation, when the model is still being negotiated in practice rather than established as routine.

The findings on what works are genuinely encouraging for reform advocates. The study demonstrates that CTEM effectively promotes active learning methodologies and skill-based instruction, with particular success in fostering collaborative learning environments. This is no small achievement. Collaborative learning requires students to work together in structured ways that build understanding through social interaction, and it demands that teachers relinquish some control over the flow of instruction. The fact that both teachers and students identified this as a strength suggests the model’s design principles are translating into observable classroom practices. The emphasis on skill-based instruction also aligns with international research on 21st-century competencies, which consistently identifies collaboration, critical thinking, and self-directed learning as essential outcomes for contemporary education systems.

Yet the study’s identification of implementation challenges is where its real value lies. The researchers found disparities in resource distribution across schools, meaning that the model’s success varies significantly depending on institutional context. This is a familiar pattern in education reform: when a new model demands more from teachers and students—more materials, more technology, more flexible use of space—schools with fewer resources struggle disproportionately. The finding has direct implications for policymakers, who must decide whether to standardize resource provision or allow local variation to persist. The study also identified difficulties in adapting assessment methods to the new model, a challenge that resonates with decades of research on the tension between progressive pedagogy and traditional examination culture. When teachers are asked to teach differently but assess the same way, the assessment system tends to pull instruction back toward familiar patterns.

Teacher responses in the study highlighted the need for additional professional development, particularly in differentiated instruction strategies. Differentiated instruction requires teachers to adapt content, process, and products to the varying needs of individual learners, and it is among the most demanding pedagogical skills to develop. The finding suggests that the CTEM’s emphasis on meeting diverse student needs has outpaced the capacity of current professional development provision. This is consistent with Turkish research on curriculum adaptation, which has shown that teachers’ ability to implement new models depends heavily on the quality and continuity of support they receive. The study’s implication is clear: without sustained investment in teacher learning, the model’s ambitions will be constrained by the pedagogical repertoire of the workforce.

Student feedback revealed a more nuanced picture of adaptation. The study found varying levels of student adaptation to the model’s increased emphasis on self-directed learning. Self-directed learning asks students to take responsibility for setting goals, monitoring progress, and evaluating outcomes—cognitive demands that many students have never been explicitly taught to meet. The variation in adaptation levels suggests that some students arrive in CTEM classrooms with well-developed metacognitive skills while others lack them, potentially widening achievement gaps if teachers do not provide scaffolding. This finding connects to international research on learner autonomy, which has repeatedly shown that self-directed learning is not a natural consequence of being told to learn independently but a capability that must be systematically developed.

The study’s subject-area disparities deserve particular attention. The researchers note that the implementation experience varies across subject areas, suggesting that the model’s design principles are not uniformly applicable across the curriculum. This is a recurring theme in curriculum reform research: models that work well in subjects with established traditions of inquiry-based learning may require significant adaptation in subjects where content coverage has historically dominated. The finding has implications for how the Ministry of National Education sequences and supports implementation, potentially requiring subject-specific guidance rather than generic directives. It also suggests that professional development should be differentiated not only by pedagogical skill but by disciplinary context.

As one of the first empirical studies on CTEM’s classroom enactment, the research provides evidence to inform ongoing refinement of the model. The timing matters enormously. Curriculum reforms in centralized systems are often evaluated only after full implementation, when course corrections are politically and logistically difficult. By capturing perceptions during early enactment, Kazu and Kuvvetli have created a feedback loop that can inform adjustments before patterns become entrenched. The study also offers insights for other centralized education systems implementing comprehensive reforms, a population that includes most countries in the world. The lesson from Türkiye’s experience is that reform success depends on three interlocking factors: equitable resource provision, aligned assessment systems, and sustained professional development that builds the pedagogical capacity the model demands.

The research ultimately tells a story that will be familiar to anyone who has followed education reform globally: the vision is sound, the early classroom evidence is promising, and the structural challenges are formidable. The CTEM’s success in promoting collaborative learning environments demonstrates that its design principles can translate into practice. Its exposure of resource disparities, assessment misalignment, and professional development gaps reveals the work that remains. For Türkiye, the study arrives at a critical juncture, offering the kind of granular, stakeholder-grounded evidence that can distinguish between a reform that transforms learning and one that merely reorganizes it. For the international education research community, it adds a valuable case study to the growing literature on how centralized systems negotiate the tension between ambitious reform visions and the stubborn realities of classroom life.

Subject of Research: Teachers’ and students’ perceptions of the Century of Türkiye Education Model: a qualitative study on classroom implementation challenges and opportunities

Article Title: Teachers’ and students’ perceptions of the Century of Türkiye Education Model: a qualitative study on classroom implementation challenges and opportunities

Article References: Kazu, İ. Y., & Kuvvetli, M. (2026). Teachers’ and students’ perceptions of the Century of Türkiye Education Model: a qualitative study on classroom implementation challenges and opportunities. SN Social Sciences, 6(8), Article 344. https://doi.org/10.1007/s43545-026-01626-y

Image Credits: AI Generated

DOI: 10.1007/s43545-026-01626-y

Keywords: education reform, Türkiye Education Model, qualitative research, teacher perceptions, student perceptions, classroom implementation, Teachers, students, perceptions, Century, rkiye, Education

The review, conducted by researchers at The Education University of Hong Kong and Dezhou University, set out to resolve a question that has divided the field: are embodied social robots, or ESRs, genuine social catalysts that stimulate children’s interpersonal growth, or merely scripted tutors that deliver adult-designed content in an engaging package? Social-emotional competence, often abbreviated as SEC, encompasses a child’s ability to understand and manage emotions, show empathy, build relationships, and navigate social conflicts. It is widely regarded as a foundation for later academic success and mental health, which is precisely why the prospect of robot-assisted SEL, or social-emotional learning, has attracted such intense interest from educators, technologists, and investors alike.

Methodologically, the review followed established scoping review frameworks, including the Arksey and O’Malley methodological tradition and the PRISMA extension for scoping reviews, to identify, screen, and chart the relevant literature. The authors organized the eighty-six child-level findings they extracted into six condensed domains of social-emotional competence and then examined how those outcomes varied according to measurement approaches, robot and intervention characteristics, and the practical conditions under which the interventions were implemented. This multi-layered mapping matters because, as the authors demonstrate, the apparent effectiveness of a robot intervention depends heavily on how researchers choose to measure its impact and how the technology is actually deployed in real classrooms.

The headline finding is one of mixed evidence. Positive results clustered most consistently around what the authors call proximal indicators of social-emotional functioning: children’s participation, engagement, and communication during robot-mediated activities. Preschoolers in the reviewed studies frequently interacted readily with robots, sustained attention during structured tasks, and showed increased verbal or behavioral engagement compared with baseline conditions. By contrast, broader or more complex SEC-related outcomes, such as durable gains in empathy, emotion regulation, or generalized prosocial behavior across settings, far more often showed no effect or inconsistent patterns. In other words, robots reliably captured children’s attention and got them talking, but the evidence that they durably reshaped deeper social-emotional capacities remains thin.

A particularly striking technical insight from the review concerns the role of measurement methodology itself. Behavioral observation and structured experimental tasks were substantially more likely to detect positive change than interviews or indicators extracted automatically from robot system logs. The authors also flag a serious psychometric problem: only about one-third of the reported findings were backed by documented reliability or validation procedures for the instruments used. Interviews and system-recorded data, in particular, were rarely supported by evidence that they actually measured what they claimed to measure. This means that some of the more enthusiastic claims in the literature may reflect measurement artifacts rather than genuine developmental change, a caution that applies well beyond robotics to the broader field of educational technology evaluation.

The review also paints a sobering picture of the technology as it currently exists in classrooms. Most interventions relied on low-autonomy, non-personalized robots embedded in adult-guided activities. In practical terms, the robots were typically scripted or remotely operated devices with limited capacity to perceive a child’s emotional state, adapt their behavior, or personalize interactions over time. This is consistent with a well-known issue in human-robot interaction research: many celebrated demonstrations involve hidden human control, the so-called Wizard of Oz paradigm, whose influence is often underreported. Far from being independent social agents, most classroom robots today function as animated props within a teacher-orchestrated lesson, and the review argues that acknowledging this reality is essential for honest interpretation of the evidence.

Implementation conditions emerged as another weak point. Reporting of technical stability, implementation fidelity, and teacher preparedness or involvement was uneven across the twenty-five studies. The authors note that when a robot malfunctioned mid-session, when an intervention deviated from its intended script, or when teachers received inadequate training, these details frequently went unrecorded, making it difficult to judge whether null results reflected genuine ineffectiveness or simply poor execution. This gap has practical consequences: schools considering robot investments currently have little reliable guidance about the staffing, training, and technical infrastructure required to replicate the conditions of successful trials. The review’s call for ecologically grounded classroom research, conducted in ordinary settings rather than carefully staged laboratory-like conditions, is a direct response to this problem.

What should educators and parents take away from all this? The authors recommend a cautious but not dismissive interpretation. The evidence supports using embodied social robots as bounded, teacher-mediated supports, tools that can enrich adult-guided activities, motivate engagement, and possibly create structured opportunities for practicing communication and cooperation, particularly for children who may find human-only interactions intimidating. Indeed, some prior work reviewed by the authors suggests that shy preschoolers may interact differently, and sometimes more openly, when learning with a robot rather than a human instructor. But the review firmly rejects the notion of robots as stand-alone solutions for social-emotional development. A machine that cannot reliably read a child’s frustration, model authentic empathy, or repair a social rupture cannot substitute for the responsive human relationships that developmental science identifies as central to early social-emotional growth.

The review also points toward clearer ethical safeguards as the field matures. Young children are uniquely vulnerable research participants and technology users, and questions about attachment to machines, data collected by robot sensors, and the appropriate framing of robots as social versus mechanical entities remain actively debated in the literature. The authors argue that future studies must pair stronger measurement reporting with explicit ethical frameworks, ensuring that enthusiasm for innovative technology does not outrun the field’s obligations to the children involved. Their conclusion is ultimately a call for scientific maturity: more rigorous and validated measurement, honest reporting of implementation realities, research grounded in genuine classroom ecologies, and a realistic framing of what robots can and cannot contribute. For now, the most defensible role for embodied social robots in early childhood education is that of a well-supervised assistant to human teachers, not their replacement, and the research community is only beginning to map, carefully and skeptically, where that assistance genuinely helps preschoolers flourish.

Subject of Research: The effects of embodied social robots on preschool children's social-emotional competence

Article Title: Social Catalysts or Social Tutors? Embodied Social Robots and Preschoolers’ Social-Emotional Competence: a Scoping Review

Article References: Qin, L., Wu, Y., & Li, H. (2026). Social Catalysts or Social Tutors? Embodied Social Robots and Preschoolers’ Social-Emotional Competence: a Scoping Review. Early Childhood Education Journal. https://doi.org/10.1007/s10643-026-02347-w

Image Credits: AI Generated

DOI: 10.1007/s10643-026-02347-w

Keywords: embodied social robots, social-emotional competence, preschool children, scoping review, early childhood education, social-emotional learning, human-robot interaction, educational robotics, measurement validity, classroom implementation, teacher-mediated learning, research ethics