The Foundational Learning Skills Module:  Leveraging child-centric surveys to measure learning outcomes 

March 11, 2026

Why measuring learning matters

Over the past decades, access to education has expanded globally. Yet many children who are enrolled in school are still not acquiring basic literacy and numeracy skills. Large disparities persist, and being in school does not always translate into meaningful learning. 

This challenge is especially critical in the early years of a child’s life. Foundational reading and numeracy skills are essential building blocks for future learning and long-term educational success. Without these skills, children risk falling behind early and remaining excluded from learning opportunities later on. However, while data on school attendance are widely available, comparable data on learning outcomes remain limited, particularly across countries and over time. Demand is growing for data that reflect the quality of education and children’s actual learning experiences. 

Addressing the data gap on learning

To respond to this gap, UNICEF developed the Foundational Learning Skills Module, a standardized data collection tool designed to measure basic literacy and numeracy skills. The module is implemented as part of the child-centric Multiple Indicator Cluster Survey (MICS) programme, which is the largest source of statistically sound and internationally comparable data on children and women. MICS generates approximately 200 indicators per survey, including 40 SDG indicators and does so in a highly cost-efficient manner by leveraging a single, integrated household survey tool.

In the household context, the Foundational Learning Skills Module directly assesses whether children have acquired essential reading and mathematics skills at the early primary level. It focuses on children aged 7 to 14 and captures learning outcomes at grades 2 and 3. 

The module leverages existing MICS infrastructure, including trained interviewers, representative samples, and proven data protocols. It assesses reading proficiency through oral accuracy and comprehension tasks, and numeracy proficiency through number identification, discrimination, addition, and pattern recognition. Notably, in the sixth round of MICS, the FLS module has reached 46 countries and territories, assessing approximately 230,000 children across more than 10 languages.  

What the Foundational Learning Skills Module measures

The Foundational Learning Skills Module addresses this need by directly assessing foundational literacy and numeracy skills that children are expected to acquire in the early years of primary education. 

Foundational reading skills
Reading skills are assessed through a sequence of tasks that capture both accuracy and understanding:

  • Oral Reading Accuracy
    The child reads a short story aloud while the interviewer records words that are missed or read incorrectly.
  • Literal Comprehension
    The child answers three questions based on information explicitly stated in the text.
  • Inferential Comprehension
    The child answers two questions that require drawing meaning from information that is implied rather than directly stated

Together, these components provide insight into whether children can not only read words, but also understand what they read.

Foundational numeracy skills
Numeracy skills are assessed through tasks that reflect essential mathematical concepts introduced in the early grades:

  • Number Identification
    The child identifies numbers ranging from single-digit to three-digit values.
  • Quantitative Comparison
    The child compares pairs of numbers and identifies which is larger.
  • Addition
    The child solves a set of basic addition problems, including both single-digit and one two-digit calculation.
  • Pattern Recognition
    The child identifies missing numbers in numerical sequences or patterns.

These tasks assess whether children have developed the basic number sense and problem-solving skills that underpin more advanced mathematics.

Explore the Foundational Learning Skills Module further through the following lenses: