The evaluation of secondary school systems in Uganda is crucial for understanding their effectiveness in improving educational outcomes. However, methodological challenges arise when attempting to measure cost-effectiveness and impact over extended periods. The DiD model will be employed to evaluate changes in Physics education outcomes pre- and post-intervention across schools. This method compares treated groups (affected by reforms) with control groups not exposed to the intervention, allowing for causal inference. The DiD model provides a robust method for measuring cost-effectiveness and impact in Uganda's secondary education system, particularly for Physics curricula. Future research should explore scalability and broader application. Implementers and policymakers should consider leveraging the DiD model to inform future educational reforms and resource allocation decisions aimed at enhancing Physics education outcomes. The empirical specification follows Y=₀+^ X+, and inference is reported with uncertainty-aware statistical criteria.
Joseph Okello (Wed,) studied this question.
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