BRAINAPPS / Skills tree

Spatial memory: meaning, examples and exercises

Spatial memory concerns locations and relationships: where objects were and how they were arranged. Some exercises also require remembering the order of positions.

Locations and relationships

Remembering a set of places differs from reproducing the sequence in which they appeared. A task may require one or both. Define the reference frame too: left and right depend on the chosen orientation.

Where versus what

An object’s appearance can be remembered while its location is forgotten, or the reverse. A matrix combines these demands when its rule requires both. Describe the actual response instead of assigning every visual task to one memory category.

Reconstruct a position pattern

Try spatial span for positions in order or a memory matrix for occupied cells. On paper, view a simple object plan, hide it and mark positions on a blank template. Keep orientation, scale and delay consistent when comparing attempts.

Reconstruct positions on a grid

Step-by-step worked example

What to prepare

Draw an empty 3×3 grid with the same orientation. Letters represent objects. Recall their locations; presentation order is not required.

Task sample
A · · · B · · · C

What to do, step by step

  1. View the arrangement for ten seconds. Count rows from the top and columns from the left.

  2. Close the sample and place A, B and C on your grid without rotating the paper.

  3. Complete all three placements before revealing the model.

  4. Check every letter’s location rather than only whether all three letters are present.

How to check your result

A is at row 1, column 1; B at row 2, column 2; C at row 3, column 3. The correct result has three correct locations without extra marks. A letter in another cell is a position error even if its name is remembered.

Your next attempt

Rearrange the three letters for a new sample while retaining grid size and viewing time. Rotation or sequence requirements add a different task.

Examples in everyday tasks

  • Reconstruct a desktop layout

    A notebook is left of a laptop, a cup is on the right and a phone is above the notebook. View the arrangement, turn away and mark the objects on an empty desk plan. Positions and relationships matter here even if you cannot recall the cup’s color.

  • Repeat a route through stops

    A plan shows a route from the entrance to reception, then the stairs and a meeting room. Remove the route and draw it on an identical plan. If stop order is required, check both locations and sequence. Keep the plan’s orientation unchanged when comparing attempts.

  • Recall a table position

    A target symbol was on the right in the second row of a table. After hiding the model, indicate its position on an empty grid of the same size. The task concerns where it appeared, not its meaning. Rotating the grid adds a transformation and changes the conditions.

BRAINAPPS / SCIENCE

Exercises and scientific tasks

Choose a task and learn its rule. Your result measures performance on that task; transfer to other skills needs a separate assessment.

Games for practice

All trainers ↗

Continue learning with a course

Memory Development Course

This course brings together the best proven methods and practical exercises to improve your memory. You will learn how to quickly memorize information, enhance long-term memory, and increase concentration in everyday life.

Explore the course ↗

Frequently asked questions

Is order always part of spatial memory tasks?

No. Some ask for locations only; others require a sequence. Read the instruction.

Why keep the template orientation fixed?

Rotating it adds a transformation demand and changes the comparison.

Does a matrix train only spatial memory?

Its demands depend on the rule and can also involve visual pattern information.

Explore the science behind the skills

Discover how the tasks work, what research shows and how cognitive training developed.

BRAINAPPS

Start with one task

Choose an exercise, learn the rule and compare attempts under the same conditions. An account gives you access to BrainApps practice.