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Sistemas de Alerta Temprana — AI Dropout-Risk Alerts in Mendoza and Entre Ríos, Argentina

Argentina · Mendoza · See the Argentina profile

Mendoza and Entre Ríos, Argentina, built AI early-warning systems — with UBA's AI Lab, CIPPEC and CAF — flagging dropout-risk students from attendance, grades and family data. In year one, 4,300 Mendoza and 650 Entre Ríos students identified as high-risk stayed enrolled.

4300 students
Mendoza students flagged high-risk who remained enrolled (first reported year (2022–2023))
650 students
Entre Ríos students flagged high-risk who remained enrolled (first reported year (2022–2023))
80 secondary schools
Entre Ríos pilot schools (2022–2023 pilot)
30 %
Argentina 20–22 year-olds who have not completed secondary school
53 per 100
Students nationally reaching final year of secondary school on schedule
Sistemas de Alerta Temprana — AI Dropout-Risk Alerts in Mendoza and Entre Ríos, Argentina

Details

Maturity
Scaling
Promoter
Dirección General de Escuelas de Mendoza / Consejo General de Educación de Entre Ríos / Laboratorio de IA (UBA) / CIPPEC / CAF
Period
2022–present (first-year results reported June 2023)
Keywords
school dropout prevention, artificial intelligence, early-warning system, education management, student retention

Context

Argentina has one of Latin America's more persistent secondary-dropout problems, with around 30% of 20–22 year-olds not having completed secondary school and only 53 of 100 students reaching their final year on schedule. Starting in 2022–2023, the provinces of Mendoza and Entre Ríos built AI-based early-warning systems (Sistemas de Alerta Temprana, SAT) to identify students at risk of dropping out before it happens. The systems were developed with the Universidad de Buenos Aires's Artificial Intelligence Laboratory, the public-policy think tank CIPPEC, and financing and technical support from the regional development bank CAF.

Objectives

The programs aim to identify secondary students at risk of dropping out early enough for schools to intervene, using AI models built on school-management data rather than relying only on informal teacher judgment.

Activities

Both systems mine school-management data — attendance, grades (especially in Language and Mathematics), parental education level, and age-grade discrepancy — to assign each student a risk level. Mendoza's model, trained on historical student trajectories, uses a “traffic light” (green/amber/red) classification and was rolled out to all secondary schools in the province in 2023. Entre Ríos ran a parallel pilot in 80 secondary schools using a high/medium/low risk ranking. CIPPEC directly accompanied schools in designing the follow-up intervention side of the system alongside the detection model.

Results

In their first reported year, 4,300 students in Mendoza and 650 in Entre Ríos who were flagged as high-risk remained enrolled rather than dropping out, according to CIPPEC and Infobae reporting on provincial education-ministry data. These figures describe students retained after being flagged, not a comparison against a control group of similar students who were not exposed to the system.

Conclusions

The programs' own architects and evaluators are candid about their limits: Mendoza's success rested on the province having built a solid, individually-identified (“nominalized”) student database since 2018, infrastructure most of Argentina's other provinces still lack, since the country has no single national student-information system. CIPPEC's own assessment called the first year of implementation a learning process, flagging the need for better data quality and coverage, stronger technical capacity to run the systems, and better coordination between the detection algorithm and the follow-up interventions meant to keep flagged students in school.

Implementation

Indicative cost
Medium (€50k–€500k)
Time to results
Long (> 3 years)
Staffing & skills
Provincial education ministries (Dirección General de Escuelas de Mendoza; Consejo General de Educación de Entre Ríos) operating the systems within schools, Universidad de Buenos Aires's Artificial Intelligence Laboratory, providing technical/algorithm development, CIPPEC, providing policy design support and direct accompaniment of schools on the follow-up intervention side, CAF (Latin American development bank), providing financing and technical support

Conditions for success

  • A solid, individually-identified ("nominalized") student-level administrative database, which Mendoza had built since 2018
  • Sufficient data quality and coverage of attendance, grades, and family/background data feeding the risk model
  • Technical capacity within the provincial education ministry to run and maintain the detection system
  • Coordination between the algorithm's risk flags and the follow-up interventions meant to keep flagged students enrolled

Common failure modes

  • Provinces without a nominalized, individually-identified student-data system cannot easily replicate the model, and most of Argentina's provinces lack one
  • Weak data quality or coverage undermines the accuracy of the risk classification
  • A disconnect between the algorithm's risk flags and actual follow-up interventions limits the system's effect on retention

Where it fits

Governance type
subnational/provincial government, in partnership with a university lab, a policy think tank, and a regional development bank
Scale
two Argentine provinces (Mendoza province-wide; Entre Ríos pilot in 80 secondary schools)
Income level
upper-middle-income country context (Argentina)

Data sources

Where this practice's information was retrieved from, and when.

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