NNAT3 study plan

NNAT3 · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Pattern Completion & Spatial Visualization

Map the four NNAT3 question types and identify which visual features (shading, rotation, overlay, counting) each one tests
Practice Pattern Completion by isolating the missing region and describing the pattern rule aloud before choosing an answer
Build a personal error log that records the rule you missed for every wrong item
Set a timed baseline of 20 mixed items to measure accuracy and pace

Completed error log with at least 25 logged items and a written baseline score

Week 2

Drill Pattern Completion items where the missing piece sits at a corner, edge, and center to compare difficulty
Identify the four most common pattern rules (repeat, mirror, rotate, grow) and label each practice item by rule
Reduce average time per Pattern Completion item to under 45 seconds without losing accuracy
Re-attempt every item from the week 1 error log and confirm the rule is now recognized

A one-page rule cheat sheet with a worked example for each of the four pattern rules

Week 3

Break each analogy into its A-to-B transformation and apply that same transformation to C
Practice separating the relationship type (size, rotation, color, count, position) from surface detail
Work mixed analogy sets under a 40-second-per-item cap
Explain aloud why each distractor fails for 15 analogy items

A table of 20 analogy pairs, each annotated with its transformation and the reason the closest wrong option is wrong

Week 4

Run a timed 30-item set mixing Pattern Completion and Analogy items
Compare accuracy per domain and identify which domain still leaks the most points
Re-teach yourself the weakest rule type using three fresh examples
Cut careless errors by re-checking the transformation once before answering

Midpoint score report showing per-domain accuracy and a written plan for the remaining four weeks

Week 5

Track how a sequence evolves step by step rather than guessing the next frame
Distinguish constant-step sequences from accelerating or alternating-step sequences
Practice sequences that combine two changing features at once (shape plus shading, position plus count)
Verify each predicted next figure by extending the sequence one extra step mentally

Ten solved sequence puzzles, each with the step rule written out and the predicted frame drawn

Week 6

Practice Spatial Visualization by mentally rotating, folding, and reflecting figures before checking options
Use a paper-folding or grid-sketching strategy to verify hard spatial items
Rotate a single figure through 90, 180, and 270 degrees and record which features stay fixed
Combine serial and spatial rules in mixed sets to build switching stamina

A rotation and reflection reference sheet plus 15 spatial items solved with the verification method shown

Week 7

Drill Spatial Visualization items that involve mirror images versus rotations, the most common confusion
Practice folding and unfolding patterns with a sketched grid to eliminate guesswork
Run a timed 40-item mixed set across all four domains
Log only the errors that came from rule confusion, not from time pressure

Full-length timed practice test completed with a per-domain accuracy breakdown

Week 8

Review the complete error log and re-solve every missed item from scratch
Simulate test conditions with two timed full sets on separate days
Finalize a per-domain pacing plan with target seconds per item
Confirm the three highest-frequency rule types for each domain are recognized instantly

Final readiness summary with two timed scores, remaining weak spots, and a one-page pacing card

Week 2: Pattern Completion accuracy at or above 80% on a timed 20-item set, with average time under 45 seconds per item

Week 4: Combined Pattern Completion and Analogy accuracy at or above 75% on a timed 30-item set

Week 6: Serial Reasoning and Spatial Visualization accuracy each at or above 70%, with rotation and reflection errors halved versus week 1

Week 8: Two full timed sets completed with overall accuracy at or above 80% and steady pacing across all four domains