This week’s digest spans education, technology, and social science research relevant to African scholarship.
📊 This week at a glance
🌍 African-led research
An Azanian perspective critiques both revisionist Marxism and the Decoloniality School for failing to center Black South African liberation.
Thabang Dladla argues that both frameworks overlook the primacy of Azanian thought—a radical Black consciousness tradition. This challenges scholars to reconsider decolonial theory’s foundations. For African scholarship, it demands engagement with indigenous liberation philosophies rather than imported critiques.
Physics laboratories at two Ethiopian universities are underutilized by both students and faculty.
Getnet M. Meheretu surveyed Bahir Dar and Wollo universities, finding low lab usage despite available facilities. This suggests a gap between resource provision and actual teaching practice. For African STEM education, it highlights the need to integrate practical work into curricula and train faculty in lab-based pedagogy.
Parental involvement significantly influences how senior secondary students manage pre-class tasks in flipped mathematics instruction.
Adebayo Omoniyi et al. found that socioeconomic conditions shape the support students receive at home, affecting flipped classroom success. This changes the assumption that flipped learning works uniformly across contexts. For African educators, it means designing pre-class activities that account for varied home environments.
Digital leadership capabilities and organizational innovation climate predict AI adoption intention among Nigerian SMEs.
Ayodeji Idowu and Yemisi Babalola show that beyond capital and infrastructure, leadership competencies are key drivers of AI uptake. This shifts focus from external barriers to internal managerial factors. For African SMEs, it implies investing in digital leadership training to accelerate technology adoption.
Frequent caregiver smartphone use in a child’s presence is associated with lower motor skills and executive function in preschoolers.
Marcelo Toledo-Vargas et al. analyzed data from the SUNRISE International Study, finding negative associations across multiple countries including African sites. This adds evidence that digital distraction undermines early childhood development. For African parents and policymakers, it underscores the need for screen-use guidelines during caregiving.
Mathematics achievement among Ghanaian senior high school students is influenced by curriculum reform, digital learning platforms, and socioeconomic status.
Isaac Davor et al. analyzed performance patterns from 785 students, identifying these three factors as key contributors to inconsistent achievement. This provides empirical grounding for interventions. For Ghanaian education policy, it suggests targeting support to low-SES students and integrating digital tools thoughtfully.
🔬 Global breakthroughs
Interview sample sizes in qualitative management research vary widely, with no single rule determining the ‘right’ number.
Kasper Elmholdt et al. reviewed 562 studies and found that sample size depends on multiple factors like research question and saturation. This challenges one-size-fits-all guidelines. For African researchers, it means justifying sample size based on study context rather than arbitrary benchmarks.
Pre-service teachers hold idealized imaginaries of their upcoming practicum that may clash with classroom realities.
Stelios Pantazidis found that early childhood education students anticipate practicum through a ‘schoolized mind’ shaped by their own schooling. This can lead to disappointment or resistance. For teacher training programs in Africa, it suggests preparing students for the gap between expectation and practice.
Preservice mathematics teachers use large language models (LLMs) to solve modeling problems but have mixed trust in AI-generated outputs.
Mustafa Çevikbaş and Gabriele Kaiser found that PSTs perceive LLMs as useful for generating ideas but question accuracy and reliability. This highlights the need for critical AI literacy. For African math education, it implies training teachers to evaluate AI tools rather than accept outputs uncritically.
Teaching enjoyment and vitality mediate the link between cognitive flexibility and reflective teaching among EFL teachers.
Lili Qin et al. used mixed methods to show that teachers who are cognitively flexible experience more enjoyment and vitality, which in turn enhances their reflectivity. This changes the view of reflection as purely cognitive. For African language teaching, it suggests fostering positive emotions to improve teaching quality.
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