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When your child finds maths too easy: how to help at home
Your child finishes maths in two minutes and says it is boring. What Australian schools can adjust, and how to add depth at home without racing ahead.
Read the guideKey points
A lack of challenge is one recognised cause of underachievement at school, so a child who finds maths easy still needs attention [3].
Schools can adjust work in three overlapping ways: a faster pace (acceleration or compacting), greater breadth (enrichment) and more depth (extension) [1].
Depth and breadth are the usual starting point. The Australian Curriculum notes that gifted and talented students are generally placed at the year level appropriate for their age [1].
At home, harder thinking beats more of the same. Give fewer questions with more in them, and expect some struggle.
What can a school actually adjust?
Plenty of parents hear the same sentence after school: maths was easy, and it was boring. It is awkward to raise, because nothing is obviously going wrong.
It is still worth raising: the New South Wales Department of Education lists a lack of challenge among the causes of underachievement, and says "every child should be given the opportunity to be engaged and challenged at school so they can grow" [3].
The same department states that "approximately 10% of students may be considered gifted" [2]. A child does not need that label, though, to be under-challenged in one strand of maths for a term.
The Australian Curriculum sets out three broad and overlapping strategies. Adjustments "should comprise elements of any or all of the following: faster pace (acceleration, compacting), greater breadth (enrichment), more depth (extension)" [1].
More depth (extension): going further into the same idea, with harder problems, several steps, or explaining why a method works.
Greater breadth (enrichment): related material the class is not covering, such as investigations or applications of the concept.
Faster pace (acceleration or compacting): moving through content more quickly, or skipping what is already mastered.
The Australian Curriculum adds that the balance between the three "should reflect the particular needs of each gifted learner at the relevant point of their schooling", and that the process of making adjustments "always starts with learning area content that aligns with students' chronological age" [1].
Queensland's Department of Education describes the same order: state schools provide the Prep to Year 10 Australian Curriculum to all students, and this "includes the provision of extension (more depth) and enrichment (greater breadth) of the student's year level curriculum" [5]. Where that is documented as not meeting a student's needs, an Individual Curriculum Plan may follow, which the department notes "is different to acceleration" [5].
Why not simply move the child up a year in maths?
Acceleration sits in the list above, but it is rarely the first option tried. Curriculum adjustments are designed to start from the child's own year level [1], and moving faster can leave gaps that surface later, when topics build on each other. Queensland's guidance says that where an Individual Curriculum Plan is considered, the student, parents and school "will need to consider the long term implications for the student's academic growth and success leading to their future pathways" [5].
On who decides, the Australian Curriculum states that "the student and parent must be consulted as part of the process to personalise learning" [1]. A formal change of placement still rests with the school and its system.
What does the research say about harder tasks?
Two studies by Australian university researchers, presented at the Mathematics Education Research Group of Australasia conference, are useful here. Both are small, and neither states where its schools were.
Jane Hubbard, of Monash University, studied Year 2 students learning through sequences of connected, cumulative and challenging tasks over nine months, with 59 students in the quantitative phase. The study reported that the approach "had positive benefits for Year 2 students" and that "the majority of students demonstrated improved problem-solving skills". It notes its findings "are representative of only a single study conducted within a single context" [6].
Maggie Feng, Janette Bobis, Jennifer Way and Bronwyn Reid O'Connor worked with 18 students from two composite Year 3 and 4 classes over four weeks. They found "similar enjoyment response patterns to the different lesson structures and the challenging tasks regardless of differences in student enjoyment and achievement levels" [7].
Neither study tells us what to do with one child, and neither examined acceleration. Together they suggest demanding tasks are not only for children already ahead, and that children do not necessarily dislike them.
The Mathematics Hub puts the teaching principle as planning to "support students who need it and challenge those who are ready" [8]. It also notes that "research has shown that flexible grouping, depending on topic and task, is more effective than fixed-ability grouping" [9].
How to add depth at home
The instinct is to buy the next year level's workbook. Try these instead.
Fewer questions, more thinking. One problem that takes ten minutes is worth more than twenty that take ten seconds. Ask for the reasoning: how do you know, and is there another way.
Open the question up. Instead of asking what 48 divided by 6 is, ask which numbers divide evenly into 48, and why some have more factors than others.
Use real situations with messy numbers. The cost per hundred grams, or the area of an odd-shaped garden bed, has several steps and no clean answer in the book.
Expect some struggle. The Mathematics Hub describes productive investigation as students being "prepared to struggle and make mistakes in order to make progress in their learning" [10]. A child who has never found maths hard has not yet learned how to be stuck.
Keep sessions short. Depth is not duration; our guide to short daily practice (/learn/short-daily-practice-spaced-retrieval-research) explains why brief, regular practice works better.
Do not drop the basics. New South Wales guidance suggests working "on areas of strength without ignoring those areas which also need support" [4].
Before deciding the work is too easy, compare it with what the curriculum expects in each year (/learn/is-my-child-on-track). Our free printable maths worksheets (/worksheets/maths) include topics that reward depth, such as number properties (/worksheets/maths/topic/number-properties), fractions (/worksheets/maths/topic/fractions) and area and volume (/worksheets/maths/topic/area-and-volume).
What to say to the teacher
New South Wales guidance for families is that if you observe your child is more advanced than their peers, "it is recommended that you discuss this with your child's teacher or other professional" [2].
Useful questions: what is the class working on this term, how is my child being extended within that, and what does my child find hard. The third is the most revealing, and the answer is often not what parents expect.
How Noooli can help
Noooli offers short daily maths practice, about ten minutes a day, for Kindergarten to Year 6, aligned to the Australian Curriculum, with progress parents can see. Free printable maths worksheets with answer keys are at /worksheets/maths, with no sign-up. Noooli is also on the App Store and Google Play: get the app (/free/app).
References
1. Australian Curriculum, Assessment and Reporting Authority, "Gifted and talented students", Australian Curriculum (undated; accessed 5 November 2026). https://www.australiancurriculum.edu.au/resources/student-diversity/gifted-and-talented-students/
2. NSW Department of Education, "Supporting parents and carers", last updated 6 May 2026. https://education.nsw.gov.au/teaching-and-learning/high-potential-and-gifted-education/supporting-parents-and-carers
3. NSW Department of Education, "Supporting your child at school", last updated 8 May 2026. https://education.nsw.gov.au/teaching-and-learning/high-potential-and-gifted-education/supporting-parents-and-carers/supporting-your-child-at-school
4. NSW Department of Education, "Supporting your child at home", last updated 29 September 2026. https://education.nsw.gov.au/teaching-and-learning/high-potential-and-gifted-education/supporting-parents-and-carers/supporting-your-child-at-home
5. Queensland Department of Education, "Gifted and talented education", last updated 29 July 2026. https://education.qld.gov.au/students/gifted-and-talented-education
6. Jane Hubbard, "Learning Mathematics Through Sequences of Connected, Cumulative, and Challenging Tasks: A Self-Determination Theory Perspective", in J. Višňovská, E. Ross and S. Getenet (eds), Surfing the waves of mathematics education: Proceedings of the 46th annual conference of the Mathematics Education Research Group of Australasia, Gold Coast, 2024, pages 279 to 286. http://merga.net.au/wp-content/uploads/2024/07/MERGA46_2024_Hubbard_RP458_2024-06-29-01.pdf
7. Maggie Feng, Janette Bobis, Jennifer Way and Bronwyn Reid O'Connor, "Students of Different Engagement and Achievement Levels Responses to Mathematics Lessons Involving Challenging Tasks", short communication, in Proceedings of the 46th annual conference of the Mathematics Education Research Group of Australasia, Gold Coast, 2024, page 579. http://merga.net.au/wp-content/uploads/2024/07/MERGA46_2024_Feng_SC462_2024-06-29-01.pdf
8. Mathematics Hub, "Teaching strategies", Education Services Australia (undated; accessed 5 November 2026). https://www.mathematicshub.edu.au/plan-teach-and-assess/teaching/teaching-strategies/
9. Mathematics Hub, "Differentiated teaching", Education Services Australia (undated; accessed 5 November 2026). https://www.mathematicshub.edu.au/plan-teach-and-assess/teaching/teaching-strategies/differentiated-teaching/
10. Mathematics Hub, "Mathematics investigation", Education Services Australia (undated; accessed 5 November 2026). https://www.mathematicshub.edu.au/plan-teach-and-assess/teaching/teaching-strategies/mathematics-investigation/
Common questions
My child finishes maths work in two minutes and says it is boring. What should I do?
Start with the teacher rather than with extra worksheets. A lack of challenge is one recognised cause of underachievement, and schools can adjust the depth, breadth or pace of work. Ask what the class is working on and how your child is being extended within it.
Should my child skip ahead to the next year level in maths?
Not as a first step. The Australian Curriculum notes that gifted and talented students are generally placed at the year level appropriate for their age, with adjustments starting from that year's content. Greater depth and breadth are usually tried before a faster pace.
Is it better to give harder maths questions or more questions?
Harder, generally. Extra pages of work your child already finds easy add time without adding learning. Australian research on sequences of connected, cumulative and challenging tasks in the early years reported benefits for problem solving, though it comes from small studies in single settings.
