Math Olympiad Syllabus 2026: Complete Class-Wise Guide

Every year, lakhs of students across classes 1 to 12 sit for one Math Olympiad or another, hoping to sharpen their problem solving and maybe walk away with a medal or scholarship. But before any of that happens, there’s one document that quietly decides how prepared a student actually is on exam day: the syllabus. Knowing exactly what’s being tested, and how it changes as a student moves up a class, makes the difference between random practice and focused preparation.

This guide breaks down the Math Olympiad syllabus for 2026, class by class, using the SOF International Mathematics Olympiad (IMO) as the primary reference point, since it’s one of the largest and most widely taken school-level Math Olympiads today.

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What Exactly Is a Math Olympiad Syllabus?

A Math Olympiad syllabus is simply the list of topics and concepts a student’s exam questions will be drawn from. It’s not meant to introduce new material the way a school textbook does. Instead, it takes concepts students are already learning in school and tests them at a slightly higher level, focusing on logical reasoning and application rather than straightforward calculation.

It’s worth clearing up a common mix-up here. The SOF IMO is a school-level exam and is different from the International Mathematical Olympiad, which is the elite competition where national teams compete, with the 2026 edition set to take place in Shanghai,. Most students preparing at the school level, especially anyone searching for a “class-wise syllabus,” are referring to the SOF IMO, not the international team competition, so that’s the focus of this guide.

Who Can Take It, and How the Levels Work

Before getting into class-wise topics, it helps to understand how the paper itself is structured, since the syllabus is organized around these same sections.

The exam is broken into four sections: Logical Reasoning, Mathematical Reasoning, Everyday Mathematics, and an Achievers Section made up of higher-order thinking questions The Everyday Mathematics section covers the same topics as Mathematical Reasoning, just framed around practical, real-life scenarios rather than abstract reasoning, and the Achievers Section also draws from the same syllabus but at a noticeably tougher difficulty level.

Within Level 1, 60% of questions typically come from the student’s current class syllabus and 40% from the previous class, though the Achievers Section only draws from the current class. This is a detail students often miss, and it’s exactly why revising the previous year’s concepts alongside the current year’s matters.

The paper is entirely multiple-choice with four options per question, marked on an OMR sheet, and there’s no negative marking, which means guessing carries no real penalty Achievers Section questions carry double the marks for Classes 1 to 4, and from Class 5 onward they’re worth triple the standard marks, which is a big reason that section tends to decide final rankings.

The Exam Pattern Behind the Syllabus

Before getting into class-wise topics, it helps to understand how the paper itself is structured, since the syllabus is organized around these same sections.

The exam is broken into four sections: Logical Reasoning, Mathematical Reasoning, Everyday Mathematics, and an Achievers Section made up of higher-order thinking questions. The Everyday Mathematics section covers the same topics as Mathematical Reasoning, just framed around practical, real-life scenarios rather than abstract reasoning, and the Achievers Section also draws from the same syllabus but at a noticeably tougher difficulty level.

The paper is entirely multiple-choice with four options per question, marked on an OMR sheet, and there’s no negative marking, which means guessing carries no real penalty. Achievers Section questions carry double the marks for Classes 1 to 4, and from Class 5 onward they’re worth triple the standard marks, which is a big reason that section tends to decide final rankings.

Class-Wise Syllabus Breakdown

Classes 1 and 2

At this stage, the syllabus stays close to foundational number sense and visual reasoning rather than anything abstract. Logical Reasoning at this level covers patterns, odd one out questions, measuring units, geometrical shapes, spatial understanding, grouping of figures, analogies, and ranking tests. Mathematical Reasoning focuses on numerals, number names, basic number sense up to two-digit numbers, addition, subtraction, lengths, weights, comparisons, time, and money.

Classes 3 and 4

The reasoning section gets a bit more layered here. Topics include patterns, analogy and classification, alphabet tests, coding-decoding, ranking tests, grouping of figures and figure matrices, mirror images, geometrical shapes, embedded figures, possible combinations, and clock and calendar problems. On the math side, students work with number sense up to four-digit numbers, computation operations, fractions, length, weight, capacity, temperature, time, money, geometry, and data handling.

Classes 5 and 6

By this point, the syllabus starts overlapping more closely with what’s taught in school math and adds a layer of applied reasoning on top. Students are expected to be comfortable with all the reasoning categories introduced in earlier classes, alongside deeper number operations, fractions and decimals, geometry, measurement, and early data handling concepts, all pushed slightly harder through the Everyday Mathematics and Achievers sections.

Classes 7 and 8

At this stage, topics start moving toward pre-algebra territory: integers, rational numbers, simple equations, percentages, ratio and proportion, basic geometry involving angles and triangles, and an introduction to data interpretation. The logical reasoning section continues alongside this, now often including slightly more complex pattern and combination-based questions.

Classes 9 and 10

This is where the syllabus starts closely tracking board-level math. Students are expected to be comfortable with concepts from their NCERT Class 9 and Class 10 textbooks, which typically means polynomials, linear equations, quadratic equations, coordinate geometry, triangles, circles, trigonometry basics, surface areas and volumes, statistics, and probability. The exam itself for these classes runs one hour and includes 50 questions worth a total of 60 marks, split across the same four sections described earlier.

Classes 11 and 12

The syllabus at this level naturally becomes the most advanced, covering algebra, trigonometry, geometry, linear equations, and introduces concepts like differential equations, limits and derivatives, and probability, alongside deeper coordinate geometry and sequences. For Classes 11 and 12 specifically, the paper includes 25 Mathematics questions, 20 questions from Mathematical Reasoning or Applied Mathematics, and 5 Achievers Section questions, all within the same one-hour format.

Why the Class-Wise Structure Matters for Preparation

The biggest mistake students make when preparing for a Math Olympiad is treating it like an extension of their regular school exam. It isn’t quite that. Since a good chunk of Level 1 questions come from the previous class’s syllabus too, a student jumping straight into current-year practice papers without revisiting last year’s concepts is leaving easy marks on the table.

It also helps to prepare the four sections differently rather than treating the whole paper as one block. Logical Reasoning rewards pattern recognition and can genuinely be trained through repeated practice, almost like a separate skill from math itself. Mathematical Reasoning and Everyday Mathematics share the same syllabus, so strengthening core concepts covers both sections at once. The Achievers Section, given its higher weightage, deserves dedicated attention once the basics feel solid, since this is usually where top ranks are decided.

A Quick Note on Staying Updated

Olympiad syllabi don’t change dramatically year to year, but small updates in question patterns, marking schemes, or exam dates do happen. Since official IMO results, answer keys, and syllabus pages are updated directly by SOF each session, it’s worth checking the official SOF website or your school’s Olympiad coordinator closer to exam time rather than relying only on last year’s information.

Conclusion

A Math Olympiad syllabus might look intimidating at first glance, especially with four sections and a mix of reasoning and math topics stacked together. But once it’s broken down class by class, the pattern becomes clear: foundational number and shape sense in the early years, gradually building toward applied reasoning, board-level math, and finally higher-order thinking by the senior classes. Preparing with that structure in mind, rather than cramming random practice papers, is what actually turns a good student into a confident Olympiad performer.

Frequently Asked Questions

Is the SOF IMO syllabus the same as the school syllabus?

Not exactly. It overlaps heavily with what’s taught in school for that class, but it’s tested at a higher level of application and reasoning rather than straightforward calculation. That’s why regular textbook study alone usually isn’t enough for a strong Olympiad rank.

Does the syllabus change every year?

The core topics and chapters generally stay consistent year to year, with only minor updates in question patterns or marking schemes. It’s still a good idea to check the official SOF website closer to the exam, just to confirm nothing’s changed for that specific session.

How much of the previous class's syllabus should a student revise?

Since a significant portion of Level 1 questions come from the previous class’s syllabus, it’s worth spending real time revising last year’s concepts, not just the current year’s. Skipping this is one of the most common reasons students lose easy marks.

Which section of the exam is the hardest to prepare for?

Most students find the Achievers Section the toughest, since it covers the same topics as the rest of the paper but at a noticeably higher difficulty level. Because it also carries higher marks per question, it’s usually the section that ends up deciding final rankings.