Abstract
In Malawi, more than 80% of students at the end of grade 4 are unable to read a single familiar word (World Bank, 2018). High pupil-teacher ratios and limited resources constrain teachers’ ability to provide individualised instruction, contributing to the learning crisis in foundational literacy and numeracy. Digital solutions like personalised adaptive learning (PAL) can deliver high-quality, differentiated instruction at scale, but infrastructure and fixed costs have historically limited their reach in low-resource settings. The BEFIT program addresses infrastructure challenges by providing a comprehensive package that includes solar energy, tablets, and training, thereby lowering these fixed costs to support scalable implementation.
The Building Education Foundations through Innovation & Technology (BEFIT) Program will evaluate the large-scale implementation of onebillion’s onecourse software in Malawian primary schools. Implemented in partnership with Imagine Worldwide, the program aims to strengthen foundational literacy and numeracy skills. Evidence from nine small-scale trials in Malawi demonstrates the software’s effectiveness in improving early learning outcomes.
Using a randomised controlled trial with 348 schools in 11 districts of Malawi (surveyed at baseline) and then followed up with 250 schools at the first followup, the evaluation will assess the program’s effects on learning outcomes, cost-effectiveness, and long-term sustainability as management transitions from Imagine to the government. Specifically, we will test for the following:
Can BEFIT improve literacy and numeracy test scores for children in standards 1-4 at scale?
Can it improve student grade promotion, attendance, psychosocial indicators, and attention?
Can it enhance teacher practices, job satisfaction, and self-efficacy?
Additionally, if the study shows learning gains in numeracy and literacy from BEFIT, we will also examine the program’s cost-effectiveness compared to other experimentally evaluated education interventions in Malawi using the framework of Angrist et al. 2025.
Schools will be randomly assigned to one of three conditions: (i) control, (ii) standard dosage (150 minutes per week), or (iii) high dosage (300 minutes per week). This represents the first large-scale evaluation of a personalized adaptive learning (PAL) program in primary schools in Africa.