Bocconi Test

It is a multiple-choice admissions test organised around five reasoning areas: reading comprehension, critical reasoning, numerical reasoning, mathematical reasoning, and logical/abstract reasoning. The exact number of questions, the split between sections, and whether sections are separately timed could not be confirmed from the official pages retrieved for this profile, so verify those details on Bocconi's current admissions pages before you build a practice plan around them.

Difficulty comes less from advanced content than from pace and precision. The mathematics stays at school level, but questions are worded densely and must be answered quickly, so most candidates lose marks to misreading and to slow arithmetic rather than to topics they never studied. Practising under realistic time pressure is the single best way to calibrate how hard it will feel on the day.

Retake rules, the number of attempts allowed and whether the best or most recent score counts are not stated in the pages retrieved for this profile, which returned error pages. Do not assume a second attempt is available when you plan. Confirm the current policy directly with Bocconi admissions before your first sitting, and prepare as though it is your only opportunity.

Total duration and reporting time are not confirmed in the retrieved source material, so check them on the official admissions pages and in your registration confirmation. Whatever the published length, add buffer for identification checks and instructions. In practice, rehearse full papers in one sitting rather than section by section, because endurance over a long block is part of what is being tested.

Start with one full timed diagnostic to get a baseline per area. Then spend most of your time on the one or two areas with the largest gap between your accuracy and your target, working untimed until the method is automatic. Only after accuracy stabilises should you reintroduce the clock, and finish with mixed full-length papers so you practise switching between question types.

Four recur: running out of time on multi-step numerical questions because of slow mental arithmetic; misreading quantifiers such as 'some', 'only' and 'unless' in critical reasoning; careless algebra and unit slips in mathematical reasoning; and guessing immediately instead of eliminating two options first. Keep an error log that records the cause of each mistake, not just the correct answer, and review it weekly.

Permitted aids are not confirmed in the retrieved source, so check the official rules before test day and never rely on a device you have not been explicitly allowed to bring. Regardless of the answer, train to do the arithmetic by hand: rounding, estimating and cancelling fractions quickly will save more time in a multiple-choice format than any tool will.

Six to twelve weeks of steady work suits most candidates: roughly two weeks of diagnostic and method-building, four to six weeks of targeted drilling in weak areas, then two to three weeks of full timed papers with error review. If your quantitative background is weak, start earlier. Consistency matters more than total hours, so three or four short sessions a week beat one long weekend cram.

The test score is one input into a wider evaluation that also considers your school record and application materials, though the precise weighting is not confirmed in the retrieved source. Because you cannot know how the components combine, treat every part of the application as capable of moving the decision, and do not let a strong practice score justify a weak academic record.