Classroom Stars

Ten ‘Creative’ Maths Activities to Explore with Key Stage 2 Children

Key Stage 2 Creative Maths Activities to do in the Classroom
Discover a realm where KS2 maths meets creativity! From crafting masterpieces to composing symphonies, we explore captivating primary activities that blend maths with the colourful imagination of the primary classroom.

Welcome to the wonderful world of mathematics, where creativity knows no bounds! In this guide, we embark on a journey beyond traditional arithmetic drills and mathematical reasoning, into a realm where maths intertwines seamlessly with creativity and imagination. As primary school educators, we understand the importance of fostering not only mathematical proficiency but also a love for the subject that transcends just numbers. That’s why we’ve curated a collection of ten captivating primary maths activities, specifically for key stage 2. These activities are designed to ignite curiosity, inspire ingenuity, and unlock the artistic potential within each KS2 child.

So, whether you’re a seasoned educator seeking fresh inspiration or a curious newly qualified teacher, exploring the limitless possibilities of key stage 2 maths, check out these KS2 maths activities where numbers dance, shapes sing, and imagination knows no bounds.

Mathematical Story Writing
Encourage children to write stories that incorporate math concepts such as shapes, measurements, or fractions. They can create characters who use maths to solve problems or embark on mathematical adventures.

This unique activity offers a captivating avenue for pupils to explore the rich tapestry of mathematics through the lens of narrative creativity. By encouraging learners to weave mathematical concepts seamlessly into their storytelling, educators unlock a world where characters navigate mathematical landscapes, solving problems and embarking on thrilling adventures fueled by numerical ingenuity.

In these stories, pupils have the opportunity to breathe life into characters who grapple with mathematical challenges, whether it’s a brave adventurer calculating the dimensions of a mysterious artefact, a clever inventor devising a machine powered by fractions, or a daring detective unravelling a numerical mystery. Through their characters’ journeys, children not only engage with mathematical concepts in a meaningful context but also develop empathy, imagination, and narrative skills.

This activity fosters a deep understanding of mathematical principles as pupils explore how shapes, measurements, and fractions influence the narrative arc. They learn to visualise geometric landscapes, calculate distances, and manipulate fractions to drive their stories forward. This hands-on exploration of math in action enhances their problem-solving abilities and reinforces their mathematical fluency in a way that transcends mere rote memorisation.

This activity empowers learners to become creators of knowledge, as they construct worlds where mathematics is not just a subject to be studied but a dynamic force that shapes their characters’ destinies. By infusing their stories with mathematical concepts, pupils discover the inherent beauty and versatility of mathematics, transforming abstract ideas into tangible, relatable experiences.

This primary activity is a gateway to a deeper appreciation of mathematics and its profound impact on the world around us. Through storytelling, learners become mathematicians of their own making, forging connections between the realms of imagination and calculation. As they craft their tales of mathematical discovery and adventure, they embark on a journey of exploration, inspiration, and boundless creativity.

Mathematical Art Gallery
Have pupils create artwork inspired by mathematical concepts like symmetry, tessellations, or geometric shapes. Display their creations in a gallery setting where they explain the math behind their art.

This primary activity transcends traditional notions of art by inviting children to explore the elegant intersections between mathematics and creativity. Through this immersive experience, pupils unleash their imaginations to create stunning works of art inspired by mathematical concepts such as symmetry, tessellations, and geometric shapes. By engaging with these mathematical principles, learners not only produce visually captivating artwork but also gain a deeper understanding of the underlying mathematical concepts.

In this activity, learners embark on a journey of exploration and experimentation, using mathematical principles as their guiding stars. They delve into the world of symmetry, exploring its various forms such as reflectional, rotational, and translational symmetry. Guided by their understanding of these concepts, pupils create intricate designs that exhibit balance, harmony, and aesthetic beauty.

Learners explore the mesmerising world of tessellations, where shapes fit together seamlessly to cover a surface without overlapping or leaving gaps. Armed with geometric knowledge, children experiment with different shapes and arrangements to produce mesmerising patterns that mesmerise the eye and captivate the mind.

Geometric shapes serve as the building blocks of learners’ artistic endeavours, providing them with a versatile toolkit for expressing their creativity. Whether it’s exploring the properties of triangles, circles, or polygons, learners use these shapes as the foundation for their artistic visions, transforming abstract mathematical concepts into tangible works of art.

Once their artwork is complete, pupils step into the role of curator, preparing their pieces for display in the art gallery. As visitors admire their creations, children take pride in explaining the mathematical principles behind their artwork, illuminating the hidden connections between math and art.

Through the experience of this activity, learners not only develop their artistic skills but also cultivate a deeper appreciation for the beauty and relevance of mathematics in the world around them. By bridging the gap between art and math, this immersive experience empowers pupils to see the world through a new lens—one where creativity and logic intertwine to create something truly extraordinary.

Mathematical Cooking
Integrate math into cooking activities by having pupils measure ingredients, adjust recipes based on proportions, and calculate cooking times. They can also explore fractions and percentages while dividing portions.

This KS2 activity transforms the kitchen into a vibrant classroom where learners explore the fascinating relationship between mathematics and culinary arts. Through this hands-on experience, children not only develop practical cooking skills but also deepen their understanding of mathematical concepts such as measurement, proportion, fractions, and percentages.

At the centre of this activity lies the art of measurement. Learners learn to wield measuring cups, spoons, and scales with precision as they carefully portion out ingredients according to recipes. Through this process, they gain valuable experience in estimating quantities, comparing measurements, and understanding the importance of accuracy in cooking—a skill that translates seamlessly into the realm of mathematics.

Children embark on a culinary journey of proportionality, learning how ingredients interact with one another to create harmonious flavours and textures. They explore the concept of ratios and proportions as they adjust recipes to serve different numbers of people or scale up quantities for larger gatherings. By applying mathematical reasoning to cooking, pupils develop a keen intuition for balancing ingredients and optimising recipe yields.

Fraction and percentage skills take centre stage as learners divide portions and calculate ingredient quantities. They learn to convert measurements between fractions and decimals, ensuring that each dish is prepared with meticulous precision. Whether dividing a recipe in half, doubling its yield, or adjusting ingredient proportions, pupils engage with fractions and percentages in a real-world context, reinforcing their mathematical fluency in a practical and meaningful way.

As learners immerse themselves in this activity, they discover the joy of experimentation and the thrill of discovery in the kitchen. They develop problem-solving skills as they troubleshoot culinary challenges, adapt recipes to dietary preferences, and innovate with new flavour combinations. Through trial and error, they learn resilience, perseverance, and the importance of iteration—a mindset that serves them well both in the kitchen and in the classroom.

This activity encourages children to see mathematics in the world around them. By bridging the gap between math and cooking, this interdisciplinary approach inspires a lifelong love of learning, nurtures creativity, and cultivates essential life skills that pupils will carry with them far beyond the walls of the kitchen.

Mathematical Music
Explore the mathematical patterns in music by having learners create rhythms, melodies, or songs using mathematical concepts like patterns, sequences, or fractions. They can use simple instruments or digital music tools.

This activity opens a gateway to a world where numbers dance to the beat of creativity and melody. In this innovative exploration, learners venture beyond traditional mathematical realms into the realm of sound, rhythm, and harmony. By infusing their musical compositions with mathematical concepts like patterns, sequences, and fractions, pupils embark on a symphonic journey where mathematics and music converge in perfect harmony.

At the centre of this activity lies the exploration of patterns and sequences. Children discover the rhythmic heartbeat of music as they identify and create repeating patterns in melodies, beats, and chords. Through this process, they develop a keen ear for structure and form, recognising the intricate interplay of mathematical patterns that underpin musical compositions.

Learners delve into the mathematical realm of fractions as they explore the division of time and space within musical compositions. They learn to dissect rhythms into fractions of beats, mastering the art of timing and synchronisation. Through this rhythmic exploration, children develop a deep understanding of fractions as they divide musical measures into equal parts, creating intricate rhythms that pulse with mathematical precision.

In addition to patterns and fractions, pupils engage with mathematical concepts such as symmetry, proportion, and symmetry. They explore the geometric shapes of musical intervals and chords, discovering the symmetrical beauty that lies within harmonic structures. By applying mathematical reasoning to musical composition, learners unlock a treasure trove of creative possibilities, blending mathematical precision with artistic expression.

Learners experiment with digital music tools and software, leveraging technology to enhance their musical creations. Whether using digital synthesisers, sequencers, or music notation software, pupils harness the power of technology to bring their mathematical compositions to life. Through hands-on experimentation, they gain valuable experience in digital music production, learning to manipulate sound waves, arrange musical elements, and produce professional-quality compositions.

This activity transcends the boundaries of mathematics and music. By exploring the mathematical patterns and principles that underpin musical compositions, children develop a deeper appreciation for the intrinsic connections between mathematics and the arts. Through this interdisciplinary exploration, they discover the limitless potential of mathematics as a creative tool for expression, innovation, and exploration.

Mathematical Fashion Design
Task pupils with designing clothing or accessories using geometric shapes, symmetry, or patterns. They can sketch their designs, calculate measurements, and even create prototypes using materials like paper or fabric.

This hands-on activity invites learners to merge the worlds of geometry and style, transforming mathematical concepts into wearable works of art. In this innovative exploration, pupils embark on a journey where creativity and precision intersect, as they craft clothing and accessories that showcase the beauty of mathematical principles.

At the core of this activity lies the exploration of geometric shapes, symmetry, and patterns. Learners delve into the rich tapestry of geometric forms, discovering how shapes such as circles, triangles, and polygons can be arranged to create visually captivating designs. Through experimentation with symmetry, pupils learn to balance elements within their designs, exploring mirror images, rotational symmetry, and tessellations to achieve harmonious compositions.

Children engage in the art of pattern-making, where mathematical precision meets artistic expression. They explore the intricacies of repeating motifs and sequences, applying mathematical reasoning to create dynamic patterns that adorn their designs. Whether inspired by fractals, Fibonacci sequences, or geometric tessellations, learners harness the power of patterns to infuse their creations with depth, texture, and visual interest.

In addition to designing, pupils apply mathematical principles to the practical aspects of fashion production. They calculate measurements, ensuring that their designs fit the human form with precision and accuracy. Through meticulous attention to detail, learners learn to translate mathematical concepts into tangible garments, gaining valuable skills in measurement, proportion, and scale.

Learners have the opportunity to bring their designs to life through prototyping and fabrication. Whether working with paper, fabric, or other materials, learners experiment with construction techniques, draping, and tailoring to realise their vision. They refine their designs through iterative processes, applying mathematical problem-solving skills to overcome challenges and achieve their desired aesthetic.

This activity bridges the worlds of mathematics and fashion. By infusing their designs with mathematical principles, children develop a deeper understanding of geometry, symmetry, and pattern-making, while also honing their artistic sensibilities and design skills. Through this interdisciplinary approach, pupils discover the boundless potential of mathematics as a creative tool for self-expression, innovation, and exploration in the world of fashion.

Mathematical Sculpture
Provide materials like clay, paper, or recycled materials for learners to create mathematical sculptures. They can explore concepts such as volume, symmetry, or spatial reasoning as they design their sculptures.

This activity transforms the classroom into a dynamic studio where children explore the intricate interplay between mathematics and three-dimensional art. Through this hands-on exploration, learners unleash their creativity and hone their spatial reasoning skills as they sculpt captivating forms inspired by mathematical concepts such as volume, symmetry, and spatial relationships.

At the heart of this activity lies the exploration of volume and shape. Pupils delve into the world of three-dimensional geometry, experimenting with solids such as cubes, spheres, cylinders, and prisms. They explore how changes in dimensions, angles, and proportions affect the overall volume and appearance of their sculptures, gaining a deeper understanding of geometric principles through tactile exploration.

Learners engage with the concept of symmetry as they design and sculpt their creations. They explore mirror symmetry, rotational symmetry, and translational symmetry, discovering how symmetrical arrangements of shapes and forms create visual harmony and balance. By applying mathematical reasoning to their sculptures, children learn to manipulate symmetry to enhance the aesthetic appeal and structural integrity of their designs.

In addition to exploring volume and symmetry, pupils develop their spatial reasoning skills as they conceptualise and construct their sculptures. They experiment with composition, scale, and perspective, considering how different elements interact within the three-dimensional space. Through hands-on manipulation of materials such as clay, paper, or recycled materials, learners gain valuable experience in spatial visualisation, problem-solving, and critical thinking.

Learners have the opportunity to explore mathematical concepts in a tangible, kinesthetic way as they manipulate materials and shapes to bring their sculptures to life. Whether working collaboratively or independently, pupils engage in a process of discovery and experimentation, pushing the boundaries of their creativity and exploring the limitless possibilities of mathematical sculpture.

This activity bridges the worlds of mathematics and sculpture. By infusing their creations with mathematical principles, learners develop a deeper appreciation for geometry, symmetry, and spatial reasoning, while also honing their artistic skills and creative expression. Through this interdisciplinary approach, children discover the boundless potential of mathematics as a source of inspiration and innovation in the world of three-dimensional art.

Mathematical Treasure Hunt
Create a treasure hunt where pupils solve maths problems or clues to uncover hidden treasures or solve a mystery. They can work individually or in teams to decode mathematical puzzles and find the hidden prizes.

This KS2 activity transforms the classroom into an exhilarating adventure where learners embark on a quest to uncover hidden treasures and solve mysteries using their mathematical prowess. Through this immersive experience, pupils sharpen their problem-solving skills, collaborate with peers, and apply mathematical concepts in a real-world context.

At the heart of this activity lies the exploration of mathematical puzzles and clues. Learners encounter a series of challenges, each requiring them to use their mathematical knowledge and reasoning to progress through the hunt. Whether deciphering codes, solving equations, or unravelling geometric riddles, children engage in a thrilling quest that tests their mathematical fluency and critical thinking abilities.

Pupils have the opportunity to work collaboratively with their peers, pooling their collective knowledge and skills to overcome obstacles and unlock hidden clues. Through teamwork and communication, learners learn to leverage each other’s strengths, delegate tasks, and strategise effectively to achieve their common goal of finding hidden treasures.

In addition to solving mathematical puzzles, pupils engage in a process of exploration and discovery as they navigate their way through the treasure hunt. They apply spatial reasoning skills to decipher maps, follow directions, and locate hidden clues throughout the classroom or school. Through hands-on exploration and investigation, children develop a deeper understanding of mathematical concepts in a context that is both engaging and meaningful.

This activity fosters a sense of excitement and motivation as learners race against the clock to uncover the hidden prizes. Whether working individually or in teams, children are motivated by the thrill of the hunt and the anticipation of discovering the hidden treasures that await them at the end of their journey.

This activity combines the thrill of adventure with the rigour of mathematical problem-solving. By engaging in this immersive quest, pupils develop essential skills in critical thinking, collaboration, and perseverance, while also gaining a deeper appreciation for the practical applications of mathematics in everyday life. Through this interdisciplinary approach, children discover that mathematics is not just a subject to be studied, but a powerful tool that can unlock hidden treasures and solve mysteries in the world around them.

Mathematical Drama
Collaborate with children to create a short play that incorporates maths concepts. They can act out scenarios involving calculations, measurements, or problem-solving, bringing maths to life through storytelling.

This activity breathes life into mathematical concepts by turning them into dynamic narratives that unfold on stage. In this creative endeavour, children become both actors and mathematicians as they collaborate to craft a compelling story that integrates mathematical principles seamlessly into the plot. Through this interdisciplinary approach, learners not only deepen their understanding of mathematics but also develop their storytelling skills and creative expression.

At the heart of this activity lies the exploration of mathematical concepts through storytelling. Learners work together to devise a plot that revolves around mathematical scenarios, such as solving real-world problems, making measurements, or navigating mathematical challenges. They draw inspiration from mathematical concepts such as patterns, sequences, and geometric shapes to construct a narrative that engages and captivates the audience.

Pupils engage in character development as they bring their mathematical protagonists to life on stage. They create characters who grapple with mathematical challenges, whether it’s a brilliant mathematician solving a complex equation or a group of adventurous learners embarking on a mathematical quest. Through their characters’ journeys, children explore the practical applications of mathematics in a relatable and engaging context.

In addition to crafting the storyline, learners collaborate on the design and execution of the theatrical elements of the production. They work together to create props, costumes, and set pieces that reflect the mathematical theme of the play. From constructing geometric shapes to designing mathematical symbols, children use their creativity and ingenuity to bring the mathematical world to life on stage.

This activity provides pupils with a platform to showcase their mathematical knowledge and problem-solving skills in a fun and interactive way. As they act out scenarios involving calculations, measurements, and problem-solving, children not only reinforce their understanding of mathematical concepts but also develop their confidence and communication skills.

This activity combines the power of mathematics with the art of storytelling. By integrating mathematical concepts into the fabric of the narrative, learners discover that mathematics is not just a subject to be studied but a dynamic force that shapes the world around them. Through this interdisciplinary approach, children unleash their creativity, ignite their imagination, and bring math to life in a way that is both meaningful and memorable.

Mathematical Photography
Task learners with finding and photographing examples of maths in the world around them, such as geometric shapes in architecture, patterns in nature, or symmetry in everyday objects. They can compile their photos into a creative math-themed collage or presentation.

This primary activity invites learners to embark on a captivating visual exploration of the world, seeking out mathematical patterns, shapes, and symmetries hidden in plain sight. In this innovative activity, pupils become mathematical detectives, armed with cameras to capture the beauty of mathematics in their surroundings. By merging the art of photography with the precision of mathematics, learners gain a deeper appreciation for the inherent mathematical structures that underpin our everyday lives.

At the heart of this activity lies the discovery of mathematical concepts manifested in the world around us. Learners venture into their communities armed with cameras, ready to uncover the hidden mathematical gems hidden in architecture, nature, and everyday objects. They train their eyes to spot geometric shapes in the lines and angles of buildings, patterns in the petals of flowers, and symmetries in the reflections of water.

Learners engage in a process of exploration and inquiry as they seek out mathematical phenomena to photograph. They observe the world with a new perspective, seeking out Fibonacci spirals in sunflowers, fractal patterns in tree branches, and tessellations in urban landscapes. Through their photographic endeavours, children gain a deeper understanding of mathematical concepts and their real-world applications.

In addition to capturing mathematical phenomena, children employ their creativity and artistic vision to compose visually striking photographs. They experiment with composition, framing, and lighting to accentuate the mathematical elements of their subjects, creating images that are both aesthetically pleasing and mathematically meaningful. Whether capturing the symmetry of a butterfly’s wings or the repetition of shapes in a city skyline, pupils use photography as a tool for creative expression and mathematical exploration.

Learners compile their photographs into a creative math-themed collage or presentation, showcasing their discoveries to their peers and the wider community. They reflect on the mathematical principles illustrated in their photographs, drawing connections between the abstract concepts learned in the classroom and the tangible manifestations found in the world around them. Through this process of reflection and presentation, pupils deepen their understanding of mathematics and share their newfound appreciation with others.

This activity fosters curiosity, creativity, and mathematical literacy. By engaging in this interdisciplinary exploration, children develop a deeper understanding of mathematical concepts and their relevance to the world around them. Through the lens of a camera, learners uncover the hidden beauty of mathematics, transforming the ordinary into the extraordinary and igniting a passion for mathematical discovery that will last a lifetime.

Mathematical Game Design
Challenge pupils to design their own math-themed board games, card games, or digital games. They can incorporate maths concepts like addition, multiplication, or geometry into the rules and gameplay, making learning fun and interactive.

This activity empowers pupils to become game designers and architects of interactive experiences where mathematical concepts come to life through play. In this dynamic and engaging activity, children embark on a creative journey, blending the excitement of game design with the rigour of mathematics to craft immersive gaming experiences that make learning fun and interactive.

At the heart of this activity lies the integration of mathematical concepts into the rules and gameplay of the game. Pupils draw upon their knowledge of addition, subtraction, multiplication, division, geometry, and other mathematical principles to create games that challenge players to apply mathematical reasoning and problem-solving skills to succeed. Whether it’s solving equations to advance to the next level, calculating probabilities to strategise moves, or recognising geometric shapes to progress through the game board, children weave mathematical concepts seamlessly into the fabric of their game mechanics.

Learners engage in a process of creativity and innovation as they brainstorm ideas, prototype gameplay mechanics, and refine their designs. They experiment with different game formats, including board games, card games, and digital games, exploring the unique possibilities offered by each medium. Through iterative design processes, pupils develop critical thinking skills, decision-making abilities, and resilience as they test, iterate, and improve their games based on feedback from their peers.

In addition to designing the rules and mechanics of the game, learners exercise their creativity in designing the visual and thematic elements of their games. They create vibrant game boards, captivating card illustrations, and immersive digital environments that draw players into the mathematical world of their game. By incorporating storytelling elements, thematic motifs, and engaging aesthetics, learners enhance the player experience and make mathematical concepts come to life in exciting and memorable ways.

Children have the opportunity to playtest their games with their peers, providing valuable insights into the effectiveness of their designs and mechanics. Through playtesting sessions, pupils refine their games based on player feedback, iteratively improving gameplay balance, clarity of rules, and overall player engagement. This collaborative process fosters communication skills, teamwork, and empathy as children work together to create the best possible gaming experience for their audience.

This activity empowers learners to become active creators of their own learning. By blending the excitement of game design with the rigours of mathematics, pupils develop a deeper understanding of mathematical concepts while also honing their creativity, critical thinking, and collaboration skills. Through the medium of games, children discover that learning can be fun, engaging, and deeply rewarding, setting the stage for a lifelong love of learning and exploration.

In conclusion, these ten creative maths activities transcend traditional approaches to mathematics education, offering pupils a dynamic and immersive learning experience. By integrating maths with art, music, cooking, storytelling, and more, educators can ignite a passion for learning while empowering children to explore the limitless possibilities of mathematics. As learners embark on mathematical adventures through these engaging primary activities, they not only deepen their understanding of mathematical concepts but also develop vital skills such as critical thinking, collaboration, and creativity. By embracing the intersection of KS2 mathematics and creativity, we open doors to new ways of thinking, problem-solving, and expression, ensuring that every child can thrive in the ever-evolving landscape of mathematics and beyond. So let’s continue to inspire curiosity, foster creativity, and celebrate the magic of maths in all its forms. Together, we can nurture a generation of confident, capable, and creative mathematicians ready to tackle the challenges of tomorrow.

If you like this post, you may like to read Celebrating St. Andrew’s Day: 10 Fun Activities for Primary School Children.

More articles

Liked this read?

Why not be in the loop and sign up to our newsletter? You’ll receive all the latest educational news, teaching and learning ideas, and heartfelt stories that we post on our blog.

Access all of our resources

Classroom Stars is proud to support incredible teachers just like you. Why not become a member and gain access to ALL of our primary resources for your classroom?

Sign in
Don’t have an account? Join now

You have subscribed to our newsletter!

You have joined the list to receive our newsletter! Be sure to look out for all our latest resources, news and reads from our blog.

New password created

Your new password has been created. A confirmation email has been sent to you.

Check your email

We have sent you an email with a link to create a new password.

Remember to check the junk folder in case the link was sent there.

Sign in

Your message has been received

Thank you for getting in contact with us! A member of our team will do their best to get back to you as soon as possible.

Request for school membership received

Thank you for providing us with your details. A member of our team will get back to you as soon as possible with the next steps.

Email address updated

Your email address has been updated. A confirmation has been sent to your previous email address.

Download your free resource pack

Thank you for joining the list to receive our newsletter! Click below to download your free sample resource pack.

Your privacy

We use cookies to improve your experience and our website. By continuing to use Classroom Stars, you agree to our usage of cookies, as defined in our Privacy Policy.