Fun Math Activities and Books to Keep Kids Engaged All Summer Long


  • Over the summer months, students who are not exposed to math lose an average of 2.6 months of learning due to a lack of exposure and practice.


  1. Turning Math into Storybooks: Children are less likely to experience a reading slide because they are encouraged and likely to continue reading books throughout the summer. A similar approach can be taken with math. When math is turned into a story with a beginning, middle, and end, children will place it in context and assign more meaning to the conceptual information being presented. In sections below we have provided a variety of books that appeal to different interests and encourage students to continue mathematical thinking throughout the summer months.

  2. Fun Real-World Math Activities: Summertime is perfect for helping your children see how math can relate to their life and surroundings outside of school. Involving them in activities that bring out the math in their environment help place challenging abstract concepts into concrete and familiar contexts. This can make math much more manageable and relatable, preparing them for a more successful year of math learning in September.

  3. FogStone Isle – The Online Virtual Game Based on Mathematical Thinking and Learning: During their down-time, children can play a video game that will actually help them maintain the math skills learned throughout the year and learn new ones in preparation for the following year. Studies conducted during the past two years show that students who played FogStone Isle regularly (2x per week) showed significant gains in their math textbook exam scores as well as summative assessment problems. Students wanting to get a head-start for 5th grade showed an average 31% improvement on their fractions test scores after playing the game during a summer program.

Neuroscience-Based Methods of Engaging Children’s Interest in Math

Daily drills of things that can be counted, added, subtracted, multiplied, and divided can be useful, but can also be “a drag”.   Not many children will want to do math during their time off.  Here are some ways of making math more fun:

1. Engage Intrinsic Motivation

A great way to ensure that math activities are not seen as “homework” is to make children think that it was their own idea to engage in the math activity.  If the activity is interesting enough, they will come.  They will come today, they will come tomorrow, and they will happily come the day after tomorrow.   Intrinsic motivation is an internal drive to want to complete an activity because it is fun and interesting and inherently satisfying.  This phenomenon works on an individual’s natural curiosity and interest, and research shows that it can significantly increase performance and creativity and optimize learning.

Drill and kill exercises are repetitive, monotonous, and cognitively taxing.  This combination does not work well to increase intrinsic motivation. According to psychological research (self-determination theory; Deci and Ryan, 2000), there are several factors that can contribute to intrinsic motivation:

1. Autonomy – having a sense of free will control over an activity. In other words, feeling that it is their own idea to participate, they are not being forced to participate, and they can stop when they want to.  When this criterion is met and the task is within an individual’s realm of interests they are less likely to stop performing the activity and continue willingly with great interest for longer periods of time.  Having choices within the task can also contribute to a sense of autonomy (e.g., opportunities for strategizing or progressing according to one’s own decisions).

2. Competence – a desire to control the outcome of a situation and gain mastery. There must be a great match between the individual’s ability and what the task needs them to do, and this needs to update as abilities improve such that they are always slightly challenged but the requirements do not exceed their abilities (the sweet spot that can lead to “flow”;  Csikszentmihalyi, 1988).  If a task is too easy children will soon lose interest and if it is too complex children will give up.

1. Autonomy:

FogStone Isle is a sand box game that allows children to make their own choices about what they want to build, where they will build it, and what they want it to look like, allowing children to exercise their creative freedom and make choices as they are learning and practicing math.  Allowing children to make their own choices within the game and strategize according to their decisions can be a very powerful way to increase a sense of autonomy.  Besides the fact that many children find video games intrinsically rewarding, Fog Stone Isle allows for customization and personalization to make students feel more connected to the game and find it internally gratifying.

2. Competence:

Sophisticated algorithms are used to identify and match the player’s ability with in-game challenges that are continuously updated as the player’s performance improves or if they have an “off day”.

A great way to ensure that a task is intrinsically rewarding to find an activity that children are already interested in and find inherently satisfying, and build math into it.  For example, if they like playing with Lego, you can help them sketch out the blueprints for a city, monument, or structure  (an airplane, a fire station, pyramids, a castle, Machu Picchu, the Eiffel Tower, etc.) that would be fun to build.  Planning the outline ahead of time helps children visualize in 3D the dimensions and number of blocks that would be required for a structure, helping strengthen principles of calculating area, perimeter, geometry, and simultaneously strengthen visuospatial reasoning skills.  These activities would inherently review mathematical operations of addition, subtraction, multiplication, and division as children calculate ahead of time how many pieces of are required for a given structure.   Assuming they don’t have an endless supply of each Lego size, the will also need to use math to figure out how to make the structure work with the pieces they have.  These fun activities are also great for fostering an interest in engineering as a part of STEM.

Sample Activities:

LEGO Eiffel Tower


Reading List: Legos Books

If your child is interested in building with LEGO, check your local library for books that illustrate images of LEGO builds to ignite their imagination and help them think about how math relates to LEGO structures.  Here are a few suggestions:

Reading List: Relating Math to Topics that Interest Students

Depending on your child’s interests, the following books (available in most libraries) can help them understand mathematical concepts within a framework they find intrinsically motivating.  Since your children already love these topics, they are likely to find the books highly engaging (while learning math!).  However, the real benefit comes in after the book is finished when they begin to see the math each time they think about these topics in the future.  These are lessons that keep on giving as students begin to uncover how math relates to their world.

You do the Math Series:

This wonderful book series takes 8 to 11-year-old readers through adventures as they learn about how math relates to interesting careers.  If your child is interested in one of these topics, these books can be great way to practice math over the summer.  Math problems are integrated within the context of the story as children are encouraged to think through different ways that math relates to each topic.

Reading List: Comic Books

Beast Academy Books: (8-10 years)

If your child likes comic books, they are also likely to enjoy learning math with Beast Academy.  This comic story integrates the fifth-grade curriculum by introducing various math topics through the story as the monsters at Beast Academy experience different adventures.  The math guides introduce and explain math concepts while the practice guides act as a workbook where students can practice what they learned.

Reading List: Math Riddles and Logic Puzzles

While puzzles and games generally do not introduce new concepts, they are a good way of getting children to think about math and enjoy practicing mental computation over the summer.  An added benefit is that they can practice critical thinking and logical problem solving, valuable skills for future academic success.

2. Engage Emotional Arousal

Finding activities that can take students on an emotional rollercoaster can be a great way to capture their attention and interest and tap into the brain’s memory systems.

The memory systems of the brain are very tightly interconnected with the emotion systems of the brain.  We can practice a boring task over and over again and not remember it, but experience an emotional situation once and recall it vividly for the rest of our lives.  This is because the brain wants us to remember information that is emotionally relevant because of the consequences that it can have for us – whether that is something that can make us very happy, excited, scared, nervous, or sad.  Emotions can “tag” memories with an importance value.  This can be used in teaching by ensuring that the information that needs to be learned is associated with emotional arousal.

FogStone Isle is a large island where many things can happen based on decisions made by the player.  There are elements placed into the game to ensure that players experience emotional arousal during critical moments of learning when new concepts are introduced.  This process increases the likelihood that the information learned with be stamped as “high importance” in the brain.  Parts of the game will make players laugh, feel anticipation and excitement, disappointment and loss, a sense of accomplishment, arousal due to uncertainty of outcome, and a sense of connection and belonging to a larger purpose.

Science experiments that involve a climactic situation are great for inducing anticipation, excitement, followed by feelings of disappointment, surprise, or pride.  This is particularly effective with experiments where students make decisions and examine the outcome of the choices they made.  The feelings of disappointment when the project didn’t end up exactly how they wanted it to can lead them to make meaningful changes for the next attempt.

Reading List: Paper Airplanes

If your child is interested in paper airplanes, the following are great books for summertime airplane modeling:

Reading List: Novels and Stories that Integrate Math

The following books incorporate math as a primary theme throughout the book:

Sir Cumference Math Series

By Cindy Neuschwander

This series of books uses puns and wordplay to introduce math topics in an engaging and fun atmosphere set around a knight and his family and how various math topics guide their daily adventures.

For the next set of books, math is a secondary element of the novel, often used for enhancing character development or enriching the story.

 3.  Gamify It! Use Extrinsic Rewards Wisely

While we hope that math can be intrinsically rewarding, there are some tedious exercises that are not intrinsically rewarding but still need to be practiced.  In these cases, one effective strategy may be to gamify them by offering extrinsic rewards for their completion.

There are different ways that the brain responds to extrinsic rewards depending on how predictable they are and how badly they are wanted.  Extrinsic rewards may be offered according to the following schedules:

Fixed Ratio – you get a reward after completing a known number of problems (i.e., every 5th problem)

Variable Ratio – you get a reward after completing an unknown number of problems (i.e., sometimes after the 3rd, sometimes after the 5th, etc.)

Fixed Interval – you get a reward after working for a known amount of time (i.e., every 5 minutes)

Variable Interval – you get a reward after working for an unknown amount of time (i.e., sometimes after 3 minutes, sometimes after 5 minutes, etc.)

Research shows that interval schedules can be more effective in increasing output.  Knowing that a desirable reward is coming, but not knowing when it will come and what it will be can create a situation with the highest output.  This is similar to the way that slot machines work.  The reason for this is that the unpredictability of a desirable outcome can lead to dopamine release in the brain.  This chemical is released in the brain to motivate behavior towards a goal, and can be significantly increased when uncertainty and anticipation are high.  This chemical is particularly important for learning because it’s presence can make a significant contribution to how well information gets stored in the brain.  In other words, its abundance during information encoding can significantly facilitate memory consolidation and subsequent recall of that information.

FogStone Isle incorporates variable ratio rewards in different ways throughout the game carefully paired with moments of conceptual learning to increase the likelihood that dopamine is abundantly available when new concepts are introduced to facilitate and strengthen information consolidation into long-term memory.

This component is very easy to implement.   Parents can either vary when a reward will be delivered or how much of the reward will be delivered at a given time.   For example, if tokens are being used as a reward that can be traded in for a desirable item:

  1. Every time 100 problems are completed the student can get a reward. This reward could be 2 tokens or 10 tokens.

The same strategy can be implemented towards a recall quiz, such that parents can ask a question about the material that was learned and if there is a correct response the student would receive tokens.

  1. Every time a varying number of problems are completed (could be 20, 40, 55, 70, etc.), 10 tokens are received.

Tip: A fun activity may be for students to try to determine whether there is a pattern to their reward schedule.  Perhaps if they can figure out the pattern they get an extra reward. Although parents would need to change the pattern once it has been revealed!)

4. Engage the Brain’s Predictive Power with Risks and Updates

Our brains are prediction machines.  Over our lives, we have formulated schemas of how events will unfold and are constantly updating the schemas based on whether our predictions of the environment are correct or incorrect.  If these prediction systems are associated with something that we find rewarding, the dopamine systems of the brain will be engaged to ensure that the new information is “stamped in” and consolidated into long-term memory.

A second powerful phenomenon for motivating behavior is receiving “updates”.  This refers to things that an individual cares about that provide new information in the form of notifications (e.g., emails, Facebook, Twitter, etc.).  Individuals check these frequently because they don’t know when a new item will present itself and each item could be interesting and rewarding.

A powerful way of engaging the brain’s dopamine systems is by anticipating a positive or negative outcome with high stakes.  Activities that incorporate outcomes with gains or losses of an unpredictable amount can be very powerful in terms of motivating further behavior but also increasing dopamine release, which can be important for consolidating the information that was learned into long term memory.

This is particularly relevant when outcomes are at least partly dependent on choices made by the individual and involve some of form of risk for loss.

FogStone Isle provide a number of opportunities for students to take risks that can have unpredictable outcomes to stir a sense of anticipation based on choices made by the player that can lead to relatively unpredictable positive or negative outcomes.

A fun math activity that can engage students all summer and introduce them to the world of finances can be to have children “invest” money in mock stocks.  They can start by borrowing certain amount of money and be given an opportunity to “invest” some or all of it in mock stocks that they are familiar with (e.g., Disney, CocaCola, McDonalds, etc.).  They can then follow the market data daily to see how well their stocks are doing.  Each day they can calculate how much their investment has fluctuated and once they have calculated the gain or loss, either get that amount from their parents or pay their parents for the loss.  Students who are eager to maximize their investments may wish to examine trends and do additional research to switch to a different stock.  This can help them make more informed decisions about when to buy or sell and set up a fun introduction into topics in finance.  If students have a lot of gains they may wish to purchase additional stocks.  The great part of this task is that students may be eager to wake up in the morning and check how their stocks are doing since this is something that is updated on a regular basis.

Sample Activity:

Stocks Activity

Stocks activity

Reading List:

The following novels are a great introduction to the relationships between math and finances, economics, and stocks.

Reading List: Math Mysteries

Reading List: Math Games

5.  Provide A Larger Goal

Reading is a great at home activity for kids to escape and have fun while learning. Why not apply the same logic to math? Reading is fun because there is a beginning, a developing story that involves a build-up, uncertainty, and anticipation, and an end. This keeps children on their toes and coming back for more. Reading would be less exciting if we took the story out of books and turned them into repetitive drills that were cognitively taxing. But if we can make math more like a story, we may be on to something. Developing a project with a foreseeable end-goal can allow for motivation to build up each day and have the children want to come back to the activity on a regular basis. This puts math in the same category as an interesting story with a beginning, several potential outcomes, and a hopefully satisfying ending.

Project based learning is an excellent way of encoding and retaining information.  Creating an outline of what is to come and the larger goals of the project can help establish a framework within which information will be encoded.  Each day that the project takes place some new information is added while previous information is recalled and reviewed.  This process of regular recall provides an invaluable opportunity to strengthen neural connections that represent a phenomenon and integrate it with newly acquired information each day.  This is considered to be one of the best ways of learning and retaining information.

FogStone Isle allows children to build projects that they can come back to on a daily basis.  For example, students first think about a design that they would like to implement taking into consideration a number of factors.  This strategizing and global thinking is important for developing better planning skills and integrating knowledge from different sources.    Players then work towards accomplishing their larger goal by working on a number of subgoals each day.  This task gets them more involved and connected to the bigger picture while giving them an opportunity to review the material on a daily basis, and slowly expand their conceptual knowledge framework as they learn new relevant items each day and practice old material.

Science experiments can be a great way to practice math skills everyday as a part of a larger project. A fun activity could be to plant herbs, vegetables, or legumes under different conditions (e.g., no water, no sunlight, no soil, “soda” instead of water, adding salt to the soil, overwatering, etc.). Once seeds are planted children can use a ruler to measure growth at regular intervals.  Numerical values can then be plotted in a chart and converted to different types of graphs varying from simple to more complex depending on age and ability levels (e.g., bar graphs, line graphs, etc.) to demonstrate the rate of growth of plants in each condition.  These tasks will reinforce graphing skills and allow children to see how math can be used to visualize data relevant to their environment. These fun activities can help ignite and nourish scientific thinking in addition to reinforcing math skills.

Reading List: Math Magic

6. Math as a Secondary Element of a Project

For children who are not big fan of the subject, math can be hidden in a more elaborate project.  A second major benefit of this approach is that students can see the ways in which math can be incorporated into the real world to solve real problems.

Math anxiety can over-activate the brain’s emotion and arousal regions such that children find it difficult to focus their attention and apply cognitive skills to solve math problems.  Research shows that when the same problems are presented under the guise of another subject or topic, individuals who have math anxiety perform just as well as those who don’t, suggesting that it was their emotion/arousal systems that interfered with the process but not their abilities.

FogStone Isle deals with math anxiety in a number of ways:

  • Where ever possible math is integrated and hidden in the game such that players can learn mathematical concepts (through their environmental applications) without realizing that they are doing math
  • The game allows players to proceed without overexerting themselves with mathematical calculations but the more math they choose to engage in the better the outcome will be for them.
  • The game incorporates numerous visual manipulatives to translate numerical information into visual and spatial representations to help students understand concepts in different ways and engage different learning styles.
  • The game can detect when a student is struggling with a problem and an in-game tutor appears at that point to take students through a step-by-step interactive lesson about the concept that is not clear to the student.
  • The game is designed to understand and adapt to the student’s abilities and can detect and identify where their strengths and weaknesses are and specifically which conceptual problems they are having difficulty understanding.

The best way to disguise math is to introduce it gently in an activity that the child enjoys doing.  This could involve cooking or baking, arts and crafts, science experiments, games, etc.  Please see below for examples.

Reading List: Relating Math to Everyday Activities and Surroundings

Reading List: Books About Mathematicians

7. Use Visuospatial Tasks

Math involves manipulations of abstract concepts.  Individuals with advanced understanding of a topic can work well with abstract ideas, but students who are just beginning to understand a topic will find this process more challenging.  The more that we can translate abstract concepts into concrete elements the better that students can make sense of them.  Using visual tools that translate abstract concepts into visual and spatial elements can be very helpful for establishing a foundation for what a concept represents.

When information about a concept is stored through multiple sources (e.g., visual, spatial, numerical, auditory, etc.), multiple pathways converge in a network to represent a topic in the brain.  This process is extremely effective for enhancing the storage life of that concept and increases the ease with which it can be recalled since activation of any of the pathways can potentially lead to retrieval of the concept.  Topics stored this way in the brain have a strong foundation and it will be easier to build on them by adding more information into the network.  For this reason, using visuospatial manipulatives can be a great way to apply concrete examples to demonstrate an abstract concept and create additional pathways to represent the same information in the brain.

FogStone Isle simplifies complex and abstract math concepts by demonstrating their environmental applications and through a variety of visual and spatial manipulatives.  Students have a chance to interact and “play around” with the manipulatives in the game to examine how the outcomes change accordingly.  This is a part of strategy development in the game as they learn to optimize the outcomes.  All numerical information is carefully paired with visuospatial representations to ensure that multiple brain systems are working simultaneously to process the same conceptual information as it is being learned and when it is practiced.

Engaging multiple visual and spatial sources to convey the same information is a great way of enriching the neural networks that represent a topic.  Here are a couple of different ways to get kids thinking about the spatial relationships in math:

Reading List: Arts and Crafts Relating to Math

8. Consider the Cognitive Load

For each activity parents should consider whether their children’s cognitive capacity is being overloaded, in which case they are likely to “burn out” more quickly and not want to continue with the activity.  Cognitive capacity refers to working memory, or the amount of information they can hold and manipulate in their mind.

Our brain have a limited number of slots available for holding new information in mind as it is being manipulated and processed for performing a task.  There is often a large difference in children’s working memory abilities even if they are the same age.  This is important to consider as children are learning new skills.  If their working memory is being overloaded, it is likely that they will not be able to process incoming information, especially if it is abstract and needs mental manipulations.  Providing supports that can help students free up their working memory loads (e.g., by writing information down rather than holding it in their head, using manipulatives to keep track of information while it is being manipulated, etc.) can be very useful when a new concept needs to be learned.
FogStone Isle provides a number of in-game supports to act as a mental sketchpad and help students keep track of the information they need to understand a concept or solve a problem.  The availability of this mental sketchpad is linked with the students abilities such that if a student is learning a concept they are not yet familiar with, the sketchpad will become available to allow them to focus their mental resources on learning the conceptual information rather than having to keep extraneous information “online”.  Once a concept is mastered the sketchpad is removed so that students can optimize their efficiency with calculating the mental tasks and simultaneously exercise their working memory capacity.
Detailed note-taking or the use of manipulatives can be helpful in freeing up working memory slots when performing mental computation at home, particularly if a new concept is being introduced.

Reading List: Math Topics Presented in an Engaging Way

Csikszentmihalyi, M. (1988) The flow experience and its significance for human psychology. In: Csikszentmihalyi, M., Csikszentmihalyi, I., editors. Optimal Experience: Psychological Studies of Flow in Consciousness. Cambridge: Cambridge University Press.
Deci, E. L. and Ryan, M. (2000) The “what” and “why” of goal pursuits: Human needs and the self-determination of behavior. Psychological Inquiry. Vol 11 (4) 227-268.

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