| dc.description.abstract | This Community-Based Participatory Action Research (CBPAR) study investigated strategies
for enhancing primary school completion rates in Kakooga Cell, Nyantonzi Ward, Kyaterekera
Town Council in Kagadi District. Guided by Bronfenbrenner’s Ecological Systems Theory and
Human Capital Theory, the research explored how household, school, and community
environments influence pupils’ ability to complete primary education. A descriptive mixed-
methods design was employed, integrating quantitative and qualitative approaches. Data were
collected from 129 respondents comprising of pupils, parents, teachers and community leaders.
Methods included questionnaire surveys, focus group discussions, key informant interviews, and
document reviews. Quantitative data were analyzed using descriptive statistics and spearman’s
rho correlation analysis while qualitative data were thematically analyzed.
Findings revealed statistically significant relationships between socioeconomic factors,
particularly low parental education, food insecurity, poverty, low household income and primary
school dropout frequency. Major contributors to dropout included household poverty, lack of
scholastic materials, food insecurity, parental negligence, domestic violence, child labor, poor
academic performance, and negative peer influence. School-related factors such as teacher
absenteeism, harsh punishment, and inadequate infrastructure further weakened retention.
Through participatory engagement, community stakeholders generated strategies such as school
feeding programs, strengthening parental involvement, improving guidance and counseling
services, reducing child labor, enhancing community sensitization, and promoting supportive
school environments.
The study concludes that improving completion rates requires coordinated, community-driven
interventions addressing economic, social, and school-based factors. It recommends
strengthening collaboration among families, schools, and local leadership to ensure sustainable
educational outcomes in Kakooga Cell. | en_US |