Find the rule, not the answer
The failure mode in pattern questions is instantly recognisable: the candidate stares at the sequence waiting for the answer to announce itself, then starts comparing options against the last figure, then runs out of clock. The answer never announces itself. What you are looking for is not the next picture — it is the rule that produced the ones you can see, and rules are found by checking, not by staring.
The checklist, in order
Almost every visual pattern runs on one of about six rules, or two of them combined. Run the list rather than waiting for insight.
Rotation. Is something turning by a constant angle each step? Look for a single feature and read its angle.
Count. Is a number changing — sides, dots, lines? Count them. This is the most common rule and the most commonly missed, because counting feels too simple to be the answer.
Position. Is something moving around the figure — clockwise, into the next corner, one step each time?
Addition or subtraction. Is an element appearing or disappearing each step?
Shading. Is a fill alternating, spreading, or moving?
Size. Is something growing or shrinking monotonically?
Run them in that order, and check each one across at least three figures before accepting it. Two figures will support almost any rule you like — that is the trap, and it is how candidates commit confidently to a rule the third figure disproves.
Two rules at once is the standard difficulty jump
The way these questions get hard is not exotic. It is two simple rules running simultaneously.
A shape rotates 90 degrees each step and gains a dot. A figure moves clockwise and alternates shading. Each rule alone is trivial; together they defeat people, because candidates find the first rule, feel relieved, and stop looking.
So build the discipline: when you find a rule, keep going. Ask what else changed. If a rule accounts for some of the difference between figures but not all of it, there is a second rule and you have not found it yet.
This also explains a specific failure: an option that satisfies the rule you found but not the one you missed. It looks right. You will feel confident about it. It is the distractor built precisely for someone who stopped at one rule.
Rules against the clock
Two more habits, and they are about time rather than pattern.
Work from the options backwards when you are stuck. If twenty seconds of rule-hunting has produced nothing, invert the problem: look at what makes the options differ from each other. Question-setters build distractors that vary along the dimension the rule governs — so the axis on which the options disagree is usually the axis the rule is about. That is a genuine shortcut and it costs nothing.
Know when to leave. Pattern questions have a distinctive shape: either you find the rule and it takes fifteen seconds, or you do not and it takes three minutes and you still get it wrong. There is very little middle ground. So if you are at sixty seconds with no rule in sight, take your best elimination and commit — the marginal minute here is worth more on the next question, and on a one-way test that minute is not recoverable.
That is the whole of Part B strategy applied to one area: decide fast, commit, move.
The rules behind this
Sourced to the official brochure rather than restated here, so there is one place to correct when the Council revises it.
Part B examines six named areas: Visual Reasoning, Logical Derivation, General Knowledge/Architecture and Design, Language Interpretation, Design Sensitivity and Thinking, and Numerical Ability.
Visual Reasoning — understanding and reconstructing 2D and 3D composition. Logical Derivation — decoding a situation or context and drawing conclusions. General Knowledge, Architecture and Design — current issues, important buildings, historical progression, innovation in materials and construction. Language Interpretation — meaning of words and sentences, English grammar. Design Sensitivity and Thinking — observing and analysing people, space, product, environment; semantics, metaphor, problem identification. Numerical Ability — basic mathematics and its association with creative thinking; unfolding space using geometry.
Source · verified 2026-07-16
Part B allows 108 seconds per question, presented one after another, on an adaptive engine.
90 minutes across 50 questions. The adaptive structure dates to NATA 2025 per the President's foreword in V2.0, which states that NATA 2026 continues it.
Source · verified 2026-07-16
Part B questions appear one after another at 108 seconds each. There is no evidence of a review screen.
The skip-flag-and-return habit that works in JEE does not transfer. Budget the 108 seconds and commit.
Source · verified 2026-07-16
What almost everyone believes
“If I look at the sequence long enough, the pattern will become obvious.”
Rules are found by checking a list, not by waiting. Staring produces nothing and consumes the whole budget.
Pattern questions feel like they should yield to attention, so candidates give them attention — and attention is exactly what does not work, because the rule is a specific transformation and you either test for it or you do not. Almost all visual patterns run on rotation, count, position, addition, shading or size, or two combined. Running that list takes twenty seconds and finds the rule most of the time. Staring takes three minutes and finds it rarely, and on a one-way test those three minutes come out of the questions after it.
Depending on how long you have
Foundation
Understand the skill. Months out, or starting from zero.
Drill the checklist until it is reflex rather than a list you consult. The aim is that rotation-count-position-add-shade-size runs automatically the moment you see a sequence, so no time goes on deciding how to look. That takes weeks of short daily sessions and nothing else.
Drill
The practice protocol. What to repeat, how often, how to score it.
Two rules per session. First: verify every candidate rule across at least three figures, never two. Second: when you find a rule, keep looking — ask what else changed. Track how often a second rule was hiding; for most people it is more often than they expect, and that number is the training target.
Exam-Day
What to actually do under the constraint — 108 seconds, no instruments, one pass.
Run the checklist immediately, do not stare. Verify across three figures. When you find a rule, ask what else changed. If you are stuck at twenty seconds, look at how the options differ from each other — that axis is usually the rule. At sixty seconds with nothing, eliminate and commit.
Try it
Fifteen minutes. The discipline is verifying across three, not two.
- 01Take any pattern sequence you have not seen. Do not look for the answer — run the checklist out loud: rotation? count? position? addition? shading? size?
- 02When you find a candidate rule, check it against three figures. Not two. Two will support almost anything.
- 03Now ask the second question: what else changed? Keep going even though you found a rule.
- 04Only now look at the options. Note how many you can eliminate with the rule alone.
- 05Time yourself. If it took under thirty seconds, that is the target. If you were still staring at sixty, you skipped the checklist — everyone does, at first.
The short version
The answer never announces itself, so stop staring and run the list: rotation, count, position, addition, shading, size. Verify across three figures, because two support any rule you like. When you find a rule, ask what else changed — two simple rules at once is the standard difficulty jump, and the distractor is built for someone who stopped at one. If stuck at twenty seconds, read how the options differ; if stuck at sixty, eliminate and commit.
That completes Visual Reasoning — the most trainable area in Part B. Take it to the mock, where the clock is real.
Questions people actually ask
- What rules do NATA pattern questions use?
- Almost all visual patterns run on one of six: rotation, count, position, addition or subtraction of an element, shading, and size — or two of them combined. Running that list is faster and more reliable than waiting for the pattern to become obvious, which is the standard failure mode.
- Why do I keep getting pattern questions wrong when I was sure?
- Usually because two rules were running at once and you stopped after finding the first. The distractor is built precisely for that candidate: it satisfies the rule you found and violates the one you missed, so it looks right and feels certain. When you find a rule, always ask what else changed.
- How long should I spend on a pattern question?
- They tend to be bimodal: either the rule appears within about fifteen seconds or it does not appear at all. There is little middle ground. If you are at sixty seconds with no rule, take your best elimination and commit — on a one-way test the extra minute comes straight out of the questions after it.