and the Executive Function Skills That Make It Possible
If your teen is having a hard time focusing on math homework, the issue might not be motivation or laziness. It could be a gap in executive function. These are the skills that help students stay organized, start tasks, plan their study time, and manage frustration. This post explains how executive function challenges show up in math class and offers strategies to help your teen stay focused, reduce stress, and build confidence.
You may be wondering why your teen can’t seem to stay on task:
“If they’d just be more disciplined, they’d get their studying done.”
But the question of “how to focus on math homework” can’t just be chalked up to good old-fashioned discipline. Sustained attention is just one piece of the puzzle. Other skills like organization, planning, and task initiation all work together to support meaningful progress.
Sometimes what looks like laziness or lack of motivation is really a gap in executive function, the mental skills that make discipline possible in the first place.
Executive what? Ah yes, executive function is term that has been gaining serious traction lately. And for good reason.
Trouble staying organized? That’s executive function.
Chronically late starting homework? Executive function again.
Boiling with frustration over math? Yep, still executive function.
In simple terms, executive function is a set of mental skills that help us plan, focus, remember, and follow through on tasks. As math becomes more advanced, strong executive function skills become even more critical.
Let’s unpack the specific executive function challenges that show up in math class and why even bright students can feel like they’re sinking.
| Executive Function Skill | Signs of Weakness in this Skill |
|---|---|
| Organization | Can’t reliably find information when they forget. Forgets test dates and what topics are to be tested. |
| Working Memory | Loses track of steps in multi-part problems and struggles to hold the end goal in mind while working through the process. |
| Task Initiation | Procrastinates on getting started on unpleasant tasks, off-task behaviour during study or homework time |
| Planning & Prioritizing | Forgets to bring home materials for study due to not planning ahead. Has to redo work after skipping steps or rushing, due to lack of planning. |
| Sustained Attention | Zoning out, easily distracted during study time. |
| Response Inhibition | Rushes through math problems, makes careless errors, skips instructions, or answers without thinking. Doesn’t pause to check their work or reconsider a mistake. |
| Goal-Directed Persistence | Gives up when the work is challenging, says “I’ll do it later,” jumps between assignments without finishing. |
| Emotional Control | Gets frustrated easily with hard problems, shuts down after small mistakes or confusion. |
| Metacognition | Struggles to recognize what they do and don’t understand, repeats the same mistakes without reflecting on why. |
In math, there’s a lot of information and materials to manage. Students are expected to:
When students lack organizational skills, you might see them constantly Googling formulas they already have in their notes (somewhere), or submitting homework without showing any of the work.
Messy work makes it hard to spot errors, track progress, or even understand what they were trying to do. It slows everything down.
Partition one section of your binder for math. Keep all notes, homework, and tests in the same place so nothing gets lost.
Do a quick weekly cleanup. Spend five minutes filing loose papers and throwing out unnecessary papers.
Keep a running formula sheet. Add new formulas after each unit so review time is faster and less stressful.
Working memory is like your brain’s erasable whiteboard. Most people can hold about 3 to 5 chunks of information at a time on that whiteboard.
Imagine trying to add 27 and 46 in your head. You would need to juggle:
The two numbers
The sum of the ones digits (7 + 6)
Whether you need to carry a ten
The sum of the tens digits (2 + 4, plus any carry)
That’s 4 working memory slots there just for “basic” mental math. Now imagine solving a multi-step high school problem where you need to interpret a word problem, recall the relevant formulas, use your algebra skills to solve the problem, and decide whether or not your final answer makes sense.
Research shows a moderate link between working memory and math performance, especially for multi-step problems. If your teen struggles to keep track of steps in their head, it could be a working memory issue.
Writing steps down lightens mental load.
A 2024 study published in Applied Cognitive Psychology found that students with lower working memory performed better on math problems when they were allowed to offload information by writing it down.
Visuals like graphs or diagrams make abstract math more concrete.
Drawing things out helps teens process and remember what they’re learning.
Breaking big problems into smaller parts prevents overwhelm.
This simple shift can help your teen stay calm and confident, especially on tests.
You see your teen come home, drop their backpack, flop on the couch, and scroll their phone for the next hour.
You think, “Why can’t they just start their math homework and get it over with?”
Turns out task initiation is hard! It taps into a whole stack of executive skills: emotional control, planning, working memory, and self-regulation.
Peg Dawson, a leading expert in the executive function space, defines task initiation as the ability to begin a task in a timely and efficient manner, especially when it’s unpleasant or boring.
She has Some Thoughts for Teachers on Helping Teenagers Develop Task Initiation. Thankfully, this is a skill that can be improved.
Confusion or overload: They don’t understand the assignment or feel overwhelmed by too much to do.
Emotional avoidance: The task feels stressful, mentally exhausting, or tied to other worries.
Low motivation: They see the work as boring, pointless, or irrelevant, especially if it doesn’t affect their grade.
Time anxiety: They think it will take too long or wait for the “perfect” time to begin.
Perfectionism: They fear doing it wrong or not meeting high expectations.
Exhaustion or burnout: They’re too physically, mentally, or emotionally tired to begin.
Pair tasks with something neutral or positive.
Letting your teen sip a favorite drink, listen to instrumental music, or sit in a cozy spot can reduce the emotional resistance to getting started.
Use “If-Then” planning.
A cue-based plan like “If it’s 6:00 PM, then I’ll sit at the kitchen table and start math” helps turn intention into action.
Help them track their start times.
Using a simple checklist or tracker builds self-awareness and reinforces the habit of starting, even if the task isn’t completed right away.
Planning and prioritization is what helps students create a strategy, figure out what needs the most attention, and estimate how long each part will take. Without this skill, studying becomes scattered or misdirected.
Have you witnessed the following scenario?
Planning and prioritization is an advanced executive function skill. It depends on:
It also depends on content knowledge. If students have been falling behind for weeks, they often can’t estimate how long studying will take or what topics will need the most review.
Skim the worked examples from your textbook or teacher to get a sense of what skills are tested before diving in.
Mark which types of problems they know how to do and which ones they don’t. Start with a few “known” questions to build confidence.
Help them learn to gauge time realistically based on difficulty.
Break it into chunks: “Today I’ll review graphing quadratics. Tomorrow I’ll do factoring.”
What worked? What needs adjusting?
Sustained attention is the ability to stay focused over time, even when the task is unstimulating.
External distractions: phones buzzing, noisy siblings, cluttered desks
Internal distractions: hunger, anxiety, racing thoughts, perfectionism.
For students with ADHD, focus can be even harder. Low dopamine levels mean boring or repetitive tasks (like factoring yet another trinomial) just don’t register as worth sticking with.
Time how long your teen can focus, and work in blocks that match that attention span. Take a break to reset. Then go for another short burst. Use those bursts strategically.
Response inhibition is the ability to pause and think before acting.
Students who struggle with this may:
Goal-directed persistence is the ability to stick with a task and follow through, even when the task gets difficult, boring, or frustrating. Peg Dawson defines it as the capacity to pursue a goal without getting derailed by distractions or competing interests.
Goal-directed persistence is the ability to stick with a task and follow through, even when the task gets difficult, boring, or frustrating. Peg Dawson defines it as the capacity to pursue a goal without getting derailed by distractions or competing interests.
Metacognition is the ability to think about your own thinking. In math, it helps students recognize what they understand, where they’re still confused, and what they need to do next. When students lack metacognitive skills, they struggle to accurately judge their own understanding. This can lead to a mismatch between what they think they know and what they actually know.
overestimation about their own test preparedness
They struggle to identify where they need help
They skip studying because they think they already know the material
Sort “known vs. unknown” problems
After reviewing, have your teen label what they understand and what still feels shaky. This helps them study smarter, not longer.
Reflect on mistakes, not just correct them
Instead of just fixing errors, encourage them to ask why the mistake happened and what they’ll do differently next time.
Do quick post-quiz/test reflections
After a test or assignment, have them jot down what worked, what didn’t, and what they’ll try next time.
If your teen is struggling with math, it’s not necessarily a sign of laziness or lack of effort. More often, it’s a challenge with executive function, a collection of mental skills that help students stay organized, focused, and persistent.
These skills become even more important as math gets harder in high school. The good news is that executive function can be strengthened. With the right support and strategies, your teen can build confidence, reduce stress, and make steady progress.
Ready to help your teen thrive in math? Contact me for a free consultation today.
Clara Tong is a high school math tutor in Burnaby, BC. She has 10 years of experience helping high school students build confidence and mastery, especially in precalculus.
When she first started tutoring, she believed students struggled mainly because math is inherently hard. Over time, she realized that many students face challenges beyond just the subject itself.
Through her work with students and her own personal exploration, Clara developed a strong interest in executive functioning and how it affects learning.
She now takes a thoughtful, whole-student approach that considers how skills like organization, memory, and focus can shape a student’s experience with math.
