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What can a 17-year-old in rural India actually do with the maths they learned in school? Can they read a medicine label, apply a discount, or work out a loan repayment? ASER 2023, called "Beyond Basics", set out to find out. This post explains the survey, its main findings and how to read them.
What did ASER 2023 set out to measure?
ASER is a household survey facilitated by Pratham. Most ASER rounds test children aged 5 to 16 on basic reading and arithmetic. The 2023 round focused on youth aged 14 to 18 and looked at three areas: what they are doing (study, training or work), their ability to use reading and maths in everyday tasks, and their access to and skills with digital devices.
According to the ASER 2023 press release, the survey was conducted in 28 districts across 26 states and reached 34,745 youth aged 14-18. The main findings add that it covered 1,664 villages and 30,074 households, with a random sample of 60 villages in each district.
Because the sample covered only one or two rural districts per state, the results describe those districts, not all of rural India.
What are 14-18 year olds doing?
86.8% were enrolled in an educational institution. The share not enrolled rose from 3.9% at age 14 to 32.6% at age 18.
In Std XI or higher, more than half (55.7%) were in the arts or humanities stream. Females were less likely to be in the STEM stream (28.1%) than males (36.3%).
Only 5.6% were doing vocational training, mostly short courses of six months or less.
Can they do basic reading and maths?
About 25% could not read a Std II level text fluently in their regional language.
Only 43.3% could do a 3-digit by 1-digit division, a skill usually expected in Std III or IV.
57.3% could read sentences in English; of those, 73.5% could explain the meaning.
Can they use maths in daily life?
This is where the survey goes "beyond basics":
Measuring with a ruler: nearly 85% could measure an object when it started at 0 cm. When the object was moved so it did not start at zero, this dropped to 39%.
Reading instructions: among youth who could read at least a Std I text, about two-thirds could answer at least three of four questions about an ORS packet.
Money: among youth who could at least subtract, over 60% could manage a simple budget, about 37% could apply a discount, and only about 10% could calculate a loan repayment.
The main findings note that youth who could do division were much more likely to solve the everyday tasks. For example, 63% of those who could divide solved the chlorine tablet question correctly, compared with 37% of those who could not.
What about smartphones?
Close to 90% had a smartphone in the household and knew how to use it. But among those who could use one, males (43.7%) were more than twice as likely as females (19.8%) to own one. In the reference week, 66% of those who could use a smartphone reported some education-related activity online, such as watching study videos or solving doubts. About half of social media users knew the online safety settings asked about.
What does the survey not show?
It is not nationally representative. One or two rural districts per state were surveyed.
Stream data describe enrolment, not ability. The survey does not tell us why students chose arts over science.
Some answers are self-reported, especially on phone use.
Tasks were short and one-on-one. They measure whether a skill is there on the day, not how well a student performs over a full exam.
What does it mean for students and parents?
The ruler and discount questions are a warning for every student, rural or urban. Many students can follow a procedure they practised, but stumble when the problem looks slightly different. That gap matters in physics, where reading a scale from a non-zero mark, using percentages and rearranging a formula come up all the time.
For families, the stream data are a reminder that girls were less likely than boys to be in STEM streams. If a daughter is interested in science, it is worth asking early what support she needs; our post on building girls' confidence in maths and physics has practical ideas. For the full national picture of younger children, see what ASER 2024 found.
How to read a survey like this
Check who was sampled before you generalise. "Most youth" here means most youth in 28 rural districts, not all of India. Then check the base: "37% can apply a discount" is a share of youth who could at least subtract, not of everyone.
If a familiar method stops working when a problem changes shape, the Fermi Problem Library has worked problems with a step-by-step solver that explains the reasoning behind each step, not just the answer.
Try the ruler test at home: measure a pencil starting from the 3 cm mark, and explain how you got the length.
