Supporting Executive Functioning

Mathematics classrooms place heavy demands on executive functioning.

Students are often expected to independently:

• organize information,

• begin tasks,

• remember instructions,

• manage time,

• sustain attention,

• monitor mistakes,

• switch between representations,

• and keep track of multiple steps at once.

These skills are frequently treated as separate from mathematics itself, but they strongly influence whether students are able to access mathematical thinking.

A student may understand a mathematical concept deeply while still struggling with the executive functioning demands surrounding the task.

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Executive functioning refers to a group of mental processes involved in managing thoughts, actions, attention, and behavior.

In mathematics classrooms, executive functioning can affect a student’s ability to:

• start tasks,

• organize work,

• follow multi-step procedures,

• hold information in working memory,

• shift attention between ideas,

• manage pacing,

• and monitor progress.

When these demands become too high, students may:

• lose track of steps,

• skip information unintentionally,

• restart repeatedly,

• appear inattentive,

• struggle to begin,

• or feel overwhelmed by tasks that seem manageable to others.

The difficulty is often not a lack of mathematical understanding. It is the accumulation of competing cognitive demands.

One commonly misunderstood challenge is task initiation: the ability to begin a task.

Students may know exactly what they need to do but still feel unable to start.

This can happen when tasks:

• feel overwhelming,

• lack a clear starting point,

• contain too much information at once,

• or require significant mental organization before beginning.

In mathematics classrooms, students are often expected to immediately begin independent work after brief instructions. If the entry point is unclear, students may hesitate or appear disengaged even when they want to participate.

Providing a clear “first step” can significantly reduce this barrier.

Working memory plays a major role in mathematics learning. 

Students may need to:

• remember previous steps while solving,

• hold numbers in mind during calculations,

• connect multiple representations,

• recall directions,

• or track where they are within a problem.

When working memory becomes overloaded, students may lose track of information even when they understand the mathematics itself.

This can look like:

• forgetting what the question asked,

• skipping steps,

• repeatedly rereading directions,

• losing place during calculations,

• or struggling to explain thinking while solving.

External supports can help reduce the amount of information students are expected to hold mentally all at once.

Students rarely experience mathematical tasks in isolation.

A single activity may require students to:

• decode language,

• organize materials,

• remember verbal instructions,

• ignore distractions,

• monitor errors,

• and manage time pressure simultaneously.

As these demands build, cognitive overload can occur.

When cognitive load becomes too high, students may shut down, lose focus, or become frustrated even if they understand the mathematical ideas involved.

Reducing unnecessary demands allows students to direct more mental energy toward reasoning and problem-solving.

Many students struggle not only with completing work, but with managing time itself.

Students may have difficulty:

• estimating how long tasks will take,

• recognizing when too much time has passed,

• prioritizing steps,

• or pacing themselves effectively.

Simply giving more time is not always enough if students still feel overwhelmed by organization, planning, or task management demands.

Students often benefit from:

• intermediate checkpoints,

• visual timers,

• structured pacing supports,

• and clear expectations about priorities.

Teachers can support executive functioning by making classroom structures more visible, manageable, and predictable.

Some examples include:

• breaking large tasks into smaller sections,

• providing clear starting points,

• writing directions where students can revisit them,

• modeling organization strategies,

• reducing unnecessary distractions,

• using visual schedules or checklists,

• encouraging students to externalize thinking through writing or diagrams,

• and building predictable classroom routines.

These supports are not meant to eliminate independence. They are meant to help students develop the skills needed to become more independent over time.

Executive functioning supports often benefit many learners, not only students with ADHD or formal accommodations.

Clear structure, predictable routines, organized materials, and manageable task design can improve:

• focus,

• participation,

• confidence,

• and persistence for many students.

When classrooms become more intentional about executive functioning demands, more students are able to fully engage with mathematical thinking.

Sometimes students are not struggling because they do not understand the mathematics. They are struggling because they are trying to manage everything surrounding the mathematics at the same time.