KooBits is an online learning platform primarily known for its KooBits Math program, which builds problem-solving skills for elementary and middle school students (typically Grades 1–6). While KooBits doesn’t run its own Math Olympiad competition, it offers a Math Olympiad preparation module inside its platform. This module helps students train for international competitions like:


The default mode is untimed. For authentic Olympiad prep:

This paper reviews the Koobits Math Olympiad (KMO) — an online math competition and learning initiative — covering its history, structure, pedagogical approach, problem taxonomy, sample problems with solutions, impact on student learning, and recommendations for improvement. Assumptions: KMO refers to the Koobits platform’s math contest program (online/problem-driven, targeting middle–high school students). If you meant a different event, specify and I will adapt.

Once a week, pick 10–15 un-timed questions, then eventually move to 60 minutes for 20–25 questions (typical Olympiad format).


The Math Olympiad is not a test of speed or memorization. It is a test of resourcefulness. Unlike a school exam where 80% of problems are direct applications of a formula, an Olympiad problem often looks like a riddle.

For example: "A snail climbs 3 meters up a wall each day but slips back 2 meters each night. How many days will it take to reach a 10-meter top?"

A typical student might answer 10 days; an Olympiad student recognizes the trick (on day 7, the snail reaches 3 meters and is out before slipping).

KooBits has hundreds of these "trick" problems disguised as games. Therefore, preparing for KooBits Math Olympiad means using the platform as a digital dojo for mental martial arts.

Unlike a physical assessment book where you flip to the back for an answer key (which just says "Ans: 24"), KooBits provides animated step-by-step solutions. For an Olympiad question involving "chicken and rabbits in a cage," the platform draws the rabbits and chickens, showing you exactly why you subtract the legs. This visual learning is critical for young mathletes.