The first step is to stop guessing and identify specific features.

For a shape, examine:

Rotation | Reflection | Position | Size | Number of sides | Shading | Direction

For a sequence, ask:

What changes between each step?

Does the change alternate?

Is something rotating, increasing or moving?

Are two patterns operating simultaneously?

Multiple-choice options can provide additional clues. Eliminate options that violate the identified rule.

For example, if a shape rotates 90 degrees clockwise at each step, an option showing a different rotation direction can immediately be removed.

Practice should move from simple patterns towards combined transformations.

Students should also explain their reasoning after solving a question.

Instead of saying:

“I guessed option C.”

ask:

“What rule makes C correct?”

This distinction develops transferable reasoning skills.

A useful process is:

Observe → Compare → Identify transformation → Test rule → Eliminate → Confirm.

Avoid introducing too many shortcuts before the student understands the underlying patterns.

With regular exposure, students become faster at noticing common transformations.

The goal is not to memorise hundreds of pattern types. It is to develop the ability to decompose unfamiliar visual information into smaller, recognisable relationships.