RETIREMENT TOOL

Child Education Planning Calculator

Find the monthly saving needed for a future course. Change the inputs to explore a scenario.

Last reviewed: September 4, 2026

Education costs have historically outpaced general inflation. Treat this as an assumption to stress-test, not a fact.
Required monthly investment
₹10,249
Results are illustrative; verify key decisions independently.
Cost today₹15,00,000
Cost in 15 years₹62,65,872
Existing savings, grown to then₹10,94,713
Remaining gap to fund₹51,71,159

Future cost of the goal

  • Existing savings, grown₹10,94,71317.5%
  • Gap the monthly investment covers₹51,71,15982.5%

FULL BREAKDOWN

Saving towards the goal

How the numbers move, month by month and year by year.

₹0₹15.7L₹31.3L₹47L₹62.7L0y2y4y6y8y10y12y14y
Savings for the goal Cost of the goal
Saving towards the goal by year
YearInvestedReturnsSavingsCost of the goal
1₹1,22,982₹32,294₹3,55,277₹16,50,000
2₹1,22,982₹51,824₹5,30,083₹18,15,000
3₹1,22,982₹73,810₹7,26,875₹19,96,500
4₹1,22,982₹98,563₹9,48,420₹21,96,150
5₹1,22,982₹1,26,430₹11,97,832₹24,15,765
6₹1,22,982₹1,57,804₹14,78,618₹26,57,342
7₹1,22,982₹1,93,126₹17,94,726₹29,23,076
8₹1,22,982₹2,32,893₹21,50,601₹32,15,383
9₹1,22,982₹2,77,665₹25,51,249₹35,36,922
10₹1,22,982₹3,28,071₹30,02,302₹38,90,614
11₹1,22,982₹3,84,822₹35,10,106₹42,79,675
12₹1,22,982₹4,48,716₹40,81,804₹47,07,643
13₹1,22,982₹5,20,651₹47,25,438₹51,78,407
14₹1,22,982₹6,01,642₹54,50,062₹56,96,248
15₹1,22,982₹6,92,828₹62,65,872₹62,65,872

What is the Child Education Planning Calculator?

Education costs are one of the few major life expenses that reliably rise faster than general prices, which means a course that looks affordable today can become a stretch by the time a child is actually old enough to need it. Planning against today's cost, rather than the inflated cost you will actually face, is the single most common reason education savings fall short.

This calculator projects a specific goal — a course, a degree, a school — forward by your chosen number of years at an education-specific inflation rate, grows whatever you have already saved at your expected return, and works out the monthly investment needed to close whatever gap remains.

What each input means

Cost of the goal today
What the specific course or level of education actually costs now. A vague target produces a vague plan — price an actual, named goal if you can.
Years until you need the money
How far away the goal is. This drives both how much the cost inflates and how long your new contributions have to grow.
Assumed education inflation
Education costs have historically risen faster than general consumer inflation in many places. Treat this figure as an assumption worth testing at a few different levels, not a fact.
Already saved toward this goal
Any amount already set aside specifically for this goal — this is grown forward to the target date before the gap is calculated.
Expected annual return on new savings
The return assumption for money you invest from here on. A long horizon can typically carry more growth-oriented assumptions than a horizon of only a few years.

How this calculation works

The cost is projected forward using ordinary compound growth at the education inflation rate you enter — the same mechanism as general inflation, applied specifically to a cost that tends to rise faster. Whatever you have already saved is grown separately, at your expected investment return rather than the inflation rate, since it is sitting in an investment, not in cash tracking prices.

The gap is the future cost minus what your existing savings will have become by then. If that gap is positive, the calculator works out the monthly investment — using the same annuity mathematics behind a SIP calculation, solved in reverse — that would close it by the target date, assuming that new money earns your expected return the whole way.

Two assumptions do almost all the work here: the inflation rate, because it compounds against you for the whole period, and the return rate, because it compounds in your favour on both the existing savings and every new contribution. Small changes to either move the required monthly figure by more than intuition suggests.

Formula: Required SIP = (future cost - grown savings) / annuity factor

Getting the most out of the result

  • Price a real, specific goal rather than a round number picked out of the air. "Engineering degree at a particular type of institution" gives you a defensible cost estimate; "some future education cost" does not.
  • Run the calculation at two or three inflation assumptions a few points apart. The gap between the required monthly figures tells you how much of this plan rests on one uncertain number.
  • If the required monthly figure looks unaffordable, changing the return assumption rarely closes a large gap on its own — a longer horizon or a larger existing base usually matters more than reaching for a more optimistic return.
  • Revisit this every year or two rather than once. The actual cost of specific courses and institutions is discoverable well before you need the money, and a real figure should replace the original inflation-based estimate as soon as you have one.
  • If you are saving for more than one child, run this separately for each rather than combining them into one lump target — different ages mean different horizons, and collapsing them into an average horizon understates what the nearer goal actually needs.

Common mistakes to avoid

The most common mistake is budgeting against today's cost of education rather than its cost on the date it is actually needed, which understates the target by a wide and growing margin over a long horizon. A second is applying general inflation rather than an education-specific rate, when the categories driving education costs have frequently outpaced broader price indices. People also grow existing savings at the inflation rate instead of the investment return, or vice versa — the two are different numbers doing different jobs in this calculation and should not be swapped. And a genuinely common error is treating a single projection as certain rather than as one scenario among several worth testing at different assumptions.

Frequently asked questions

Why use a separate inflation rate for education instead of general inflation?

Because education costs — tuition, especially — have historically risen faster than broad consumer price inflation in many markets, driven by different pressures than groceries or fuel. Using a general inflation figure for an education goal typically understates what the goal will actually cost.

How far in advance should I start planning for a child's education?

As early as the goal is identifiable, because the required monthly figure falls sharply as the horizon lengthens — compounding needs time to do most of the work. A goal ten years away typically requires a much smaller monthly commitment than the same goal five years away, even after accounting for a shorter inflation runway.

What if I already have enough saved?

The calculator will show a gap of zero and tell you no further monthly saving is required for this goal. That does not mean stop entirely — it means this specific goal is funded, and any further saving toward it is a buffer rather than a necessity.

Should I use a conservative or optimistic return assumption?

Conservative, generally, and more so the closer the goal gets. A shortfall discovered a decade out can be corrected by saving more; a shortfall discovered a year out cannot be, which is why the assumption should get more cautious as the deadline approaches, not stay fixed.

Does this account for scholarships, loans, or family contributions?

No — it projects the full cost against your own savings and new contributions only. If you realistically expect a loan or another contribution to cover part of the goal, reduce the "cost of the goal today" figure to reflect only the portion you intend to fund yourself.

What if the required monthly amount is more than I can save?

That is a real answer, not a calculator failure — it tells you the current plan, as specified, is not fully achievable and something has to give: a longer horizon, a less expensive goal, a higher return assumption tested honestly, or accepting a partially funded goal supplemented from other sources.

Should each child have a separate calculation?

Yes. Different children have different horizons and often different goals, and averaging them into one combined figure understates what the nearer goal needs while overstating what the more distant one does. Run this once per child, per goal.

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