Allo Alphabet
Technology-based Literacy Intervention for Rural Cote d'Ivoire: Scalable Solutions
CONTEXT
With 42% of its population under 14 years of age, Côte d’Ivoire has an opportunity to improve access to quality of education. The number of out-of-school children has steadily decreased in the past 10 years to 240,000 children (including 197,000 girls), yet the literacy rate is stagnant at around 50% for people 15 and older. Literacy rates are poorest in rural areas of the country, where only 14% of sixth-grade students attain sufficient competency in both math and language. Access to quality education in rural communities can be a challenge, particularly when many children are managing the dual demands of school and working on family farms.
In this context, the public authorities have developed ambitious education plans to bring (and retain) children to school even in the most remote parts of the countries. However, learning to read depends not only on having access to education, but on having access to quality education. Age and level differences, learning disabilities, overload of classes, poor equipment and training of educators are all elements hindering literacy development in children.
Ed-Tech tools can thus be useful instruments to complement traditional education, in particular in rural and remote communities. Easy to use, engaging, and cheap Ed-Tech tools, based on equipment that are readily available to families can provide effective support to children in their literacy development. The design of Allo Alphabet is based on previous research on literacy development in rural communities (led by K. Jasinska), and tailored to the rural Ivorian context. Allo Alphabet is (1) designed to be used after-school at home, enabling children who miss school due to agricultural activities to continue to receive literacy instruction and practice, (2) leverages children’s local language knowledge to bootstrap into reading in French by incorporating local language phonological structures, (3) builds phonemic decoding skills in a developmentally-appropriate manner (i.e. following saliency of phonological grain sizes), (4) is adaptive, and (5) provides a voice-based parent access platform accessible to non-literate parents that engages parents in children’s learning. As shown by recent evidence, the larger effect sizes in programs that implement EdTech are however highly dependent on adult interaction (family or teachers/tutors). It is thus crucial that such Ed-Tech programs encompass the whole family in order to provide children with structure, engagement and support throughout their literacy development.
No existing literacy intervention programs in Côte d’Ivoire currently offer scalable solutions to quickly address the problems of widespread student literacy failures.
For more information
Madaio, M.A., Kamath, V., Yarzebinski, E., Zasacky, S., Tanoh, F. , Hannon-Cropp, J., Cassell, J., Jasińska, K. and Ogan, A. (2019, July). “You Give a Little of Yourself”: Family Support for Children’s Use of an IVR Literacy System. In Proceedings of the Conference on Computing Sustainable Societies (Compass’19) (pp. 86-98). ACM. Best Paper Award
Madaio, M.A., Tanoh, F. , Blahoua, A. , Jasińska, K. & Ogan, A.* (2019). Everyone Brings Their Grain of Salt”: Designing for Low-Literate Parental Support for a Mobile-Based Literacy Technology in Côte d’Ivoire.
Madaio, M.A., Yarzebinski, E., Zinszer, B., Kamath, K., Akpe, H., Seri, A.B., Tanoh, F., Hannon-Cropp, J., Cassell, J., Jasinska, K., and Ogan, A. (2020). Collective Support and Independent Learning with a Voice-Based Literacy Technology in Rural Communities. To appear in the 2020 ACM Conference on Human Factors in Computing Systems (ACM SIGCHI).
OBJECTIVES
This project thus aims at developing a technology-based literacy intervention program in order to:
- Objective 1: Develop quality, evidence-based educational programming (Allo Alphabet) to complement the school curriculum in remote, rural communities of Côte d’Ivoire;
- Objective 2: Evaluate the impact of Allo Alphabet on children's literacy outcomes using a longitudinal randomized control trial. This will serve the goal of finding an optimal and scalable strategy for literacy intervention that can be adopted in Côte d'Ivoire and throughout sub-Saharan Africa.
ACTIVITIES
- Objective 1
- Activity 1: Development of a literacy intervention adapted to the Côte d’Ivoire and sub-Saharan Africa context based on combination of multiple research tools from the learning sciences (language, cognitive, and literacy assessment, longitudinal neuroimaging of the brain’s reading networks, and evaluation of technology use and integration into the community);
- Activity 2: Implementation of the literacy intervention into Allo Alphabet, an interactive voice response (IVR) system for literacy, designed and developed for low literate users in low-resource contexts;
- Activity 3: Pilot study of Allo Alphabet in the 2018-2019 school year, including qualitative interviews with parents, platform usage reports, and language, cognitive and literacy assessments. 60 children also completed functional neuroimaging tasks that measured language, reading and cognitive functions using portable functional Near Infrared Spectroscopy (fNIRS).
- Objective 2
- Activity 4: Distribution of Allo Alphabet to 1200 (800 treatment, 400 control) children in remote, rural communities of Côte d’Ivoire for the 2019-2020 school year;
- Activity 5: Assessment of the impact of Allo Alphabet on literacy development. Includes comprehensive measures of children’s language (Attié and French) and cognitive abilities, socioeconomic factors. About 120 children also completed fNIRS neuroimaging tasks that measured language, reading and cognitive functions. This neuroimaging component allow us to track changes in neural networks that support reading in response to our Allo Alphabet reading intervention (See video of mobile neuroimaging lab set up).
- Activity 6: Update of Allo Alphabet based on the assessment.
Partners
Eneza Education
Eneza Education is an edtech company that offers revision and learning material via basic feature phones