A new study, titled Starlink Early Impact, conducted by edtech platform Grow X and the Centre for Mathematics, Science and Technology Education in Africa under Kenya’s Ministry of Education, reveals that while satellite internet is improving teaching outcomes, a significant gap remains in actual student access.
The study assessed the introduction of Starlink, the SpaceX-owned low-Earth orbit satellite internet service, following its commercial launch in Kenya in July 2023.
Since then, the service has been deployed to 30 distinct districts, reaching more than 32 000 students and approximately 1 000 teachers.
The most prominent change, the report notes, is the availability of reliable internet access for roughly 75% of respondents, allowing 70% of schools to enhance their access to digital content and learning materials.
Classroom dynamics have shifted rapidly as a result. Most institutions (64%) observed a notable increase in digital participation, with 55% noting that learning has become more interactive.
“These improvements have contributed to more effective teaching practices, with around 60% of responses indicating that teachers are better equipped to prepare lessons, access relevant materials, and deliver content more effectively,” notes the study.
Furthermore, about 35% of schools saw an increase in collaborative learning, while 25% noted a distinct rise in student confidence when using ICT tools.
However, despite this infrastructure progress, actual student usage remains startlingly low. More than half of the surveyed schools (54%) estimate that less than 10% of their learners access online resources on a weekly basis.
Just 11% of institutions report regular use by more than half of their student body. The report identifies a lack of access to devices as the primary challenge.
“High learner-to-device ratios continue to restrict equitable participation in digital learning, even in the presence of strong connectivity,” says the report.
Additionally, some schools have cited implementation challenges, including power instability, equipment set-up, and network configuration.
While challenges such as signal obstructions, suboptimal dish alignment, or ineffective node placement can exist, the analysis emphasises that these factors are largely technical and can be readily mitigated through targeted onboarding, ongoing training, and continued technical support.
Ultimately, the study’s findings reinforce a key insight; connectivity alone is not enough to bridge the digital divide, without adequate devices and implementation support, the full benefits of digital education cannot be realised.
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