12 Reasons Your Child Should Be Engaging in STEM Activities During the Holidays (2025 Update)
Educational and Fun Activities
Written by Alexandra Stone
04 September 2024
🕓 4 min
The Importance of STEM During the Holidays
School holidays are a fantastic time for children to explore new interests, engage in creative activities, and keep their minds active. While holidays are often associated with relaxation, they also provide a valuable opportunity for learning through play and discovery. Engaging in STEM (Science, Technology, Engineering, and Mathematics) activities during the holidays helps children stay intellectually stimulated, develop new skills, and gain confidence in problem-solving.
STEM activities allow children to learn in a low-pressure environment, where they can experiment, ask questions, and explore concepts at their own pace. Whether it’s building a robot, coding a game, or conducting a science experiment, STEM makes learning exciting and hands-on. Encouraging STEM learning over the holidays fosters curiosity, creativity, and critical thinking, skills that will benefit children throughout their lives.
Here are 12 compelling reasons why STEM should be part of your child’s holiday routine!
1. Keeps the Mind Active 🧠
Long breaks from structured learning can lead to learning loss, where children forget essential concepts from school. Engaging in STEM activities ensures that they stay mentally active and continuously develop their problem-solving and analytical skills. Research shows that students who engage in educational activities during holidays have an easier time transitioning back to school, as their minds remain sharp and engaged.
STEM learning outside the classroom also fosters self-motivation and independent thinking, helping children take ownership of their learning journey. Unlike traditional school learning, holiday STEM activities allow children to explore subjects in a hands-on and playful way, making education an enjoyable experience rather than a chore.
🔬 Example Activity: Build a simple bridge using household materials such as cardboard, straws, or popsicle sticks. Encourage children to test different designs, materials, and load-bearing capacities to see which structure is the strongest. This introduces them to engineering principles, physics concepts, and real-world problem-solving while keeping their learning fun and interactive.
2. Encourages Problem-Solving Skills 🏗️
STEM activities challenge children to analyze problems, think critically, and develop effective solutions. When kids engage in hands-on experiments, they learn through trial and error, gaining confidence in their ability to adapt, test new ideas, and refine their approaches. Problem-solving skills are essential in both academics and everyday life, preparing children to navigate future challenges with confidence.
Through STEM, children develop a growth mindset, understanding that failure is just another step toward success. By testing different approaches, they learn that mistakes provide valuable insights. Encouraging problem-solving from an early age helps children build resilience, patience, and logical reasoning, skills that benefit them in math, science, and future careers.
🚗 Example Activity: A DIY balloon car teaches kids about propulsion, friction, and momentum, challenging them to adjust their designs for better performance. Kids can experiment with balloon sizes, wheel placements, and materials, learning how small changes affect speed and movement. This activity reinforces physics principles while allowing children to explore engineering concepts through creative, hands-on learning.
3. Sparks Curiosity and a Love for Learning 🔍
STEM activities often start with a simple “Why?” or “How?”, sparking curiosity and motivating children to explore, experiment, and seek answers. Inquiry-based learning encourages children to think critically, conduct research, and apply logical reasoning—skills that are valuable in both academics and real-world problem-solving.
Curiosity-driven learning helps children develop a natural passion for science, technology, and engineering. Instead of passively consuming information, they actively question, hypothesize, and test ideas. This hands-on approach leads to better retention of knowledge and fosters an enthusiasm for lifelong learning. Encouraging children to ask questions and explore possibilities gives them confidence in their ability to understand and change the world around them.
🌋 Example Activity: Conduct a baking soda and vinegar volcano experiment to introduce kids to chemical reactions in an engaging way. Encourage them to change ingredient quantities and observe how this affects the reaction's intensity. This simple but exciting experiment helps children understand fundamental chemistry concepts while promoting a deeper curiosity about the world of science.
🔗 Related Read: Crafting Musical Instruments with Everyday Materials
4. Promotes Hands-On Learning 👐
Unlike traditional passive learning, STEM encourages active participation and hands-on exploration, allowing children to understand concepts through experience rather than memorization. When children actively engage in experiments, engineering projects, and problem-solving activities, they develop a deeper grasp of scientific and mathematical principles.
Hands-on learning has been shown to enhance retention and improve comprehension, as children are more likely to remember concepts when they physically interact with them. Through trial and error, they develop resilience and adaptability, which are crucial life skills. By experimenting, building, and testing their own ideas, children become more confident in their ability to create and innovate.
📱 Example Activity: Create a homemade sound amplifier using cardboard and a smartphone. This experiment allows kids to understand sound waves, resonance, and amplification through practical experimentation. Encourage them to test different amplifier shapes and materials, helping them grasp fundamental physics and engineering concepts while sparking their creativity.
5. Improves Critical Thinking 💡
STEM activities require children to evaluate problems, test different approaches, and refine their solutions, helping them build logical reasoning and analytical skills. Critical thinking is an essential life skill that improves decision-making, academic performance, and future career success. By tackling STEM challenges, children learn to break down complex problems, consider multiple solutions, and make informed choices based on evidence.
Encouraging critical thinking through STEM ensures that children become independent learners who are not afraid to ask questions and explore new ideas. These skills are transferable to math, science, and humanities subjects, making STEM beneficial across all areas of education.
💧 Example Activity: Designing a simple water filtration system teaches kids how different materials filter impurities and why clean water is essential. By experimenting with sand, charcoal, and gravel, children observe the filtration process firsthand and understand scientific concepts related to environmental sustainability, engineering, and chemistry.
🔗 Explore More: Science of Sound Holiday Camps
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6. Enhances Creativity and Innovation 🎨
STEM is not just about numbers and logic—it’s about thinking outside the box and exploring possibilities. Encouraging children to design, build, and experiment nurtures creativity and teaches them to approach challenges from different angles. In an era where innovation drives progress, fostering imaginative problem-solving in young learners is essential.
By engaging in creative STEM projects, children develop spatial awareness, design thinking, and adaptability. These skills help them excel in a range of fields, from engineering to the arts. Through exploration and experimentation, they learn to think flexibly and embrace new ideas.
⚙️ Example Activity: Build a simple Rube Goldberg machine to demonstrate cause-and-effect relationships. By assembling different components in a sequence, children learn about mechanical interactions while using imagination and trial-and-error experimentation to create a functional and entertaining chain reaction.
7. Builds Confidence 🚀
Completing STEM projects instills a sense of accomplishment, boosting children's confidence and motivation. When kids see that they can solve complex problems, experiment with ideas, and create working models, they develop a growth mindset that makes them more resilient in the face of challenges.
This self-assurance extends to academic performance, social interactions, and personal development.
When children engage in STEM challenges, they begin to trust their problem-solving abilities, making them more willing to take on new challenges at school and in everyday life. Overcoming obstacles and refining their projects through trial and error teaches perseverance and adaptability, valuable skills for future success in education and careers.
🕹️ Example Activity: Create a simple game using Scratch coding, introducing children to computational thinking, logic, and digital creativity. Mastering small coding challenges builds confidence in their ability to solve problems, think logically, and develop innovative solutions. This engaging experience encourages children to view challenges as opportunities to learn and grow.
🔗 Discover More: 12 Ways STEM Activities Benefit Children
8. Teaches Collaboration and Teamwork 🤝
Many STEM activities are designed to be team-based, helping children develop strong collaboration, communication, and leadership skills. Learning to work effectively with others teaches children how to share ideas, listen actively, delegate tasks, and solve problems collectively. These essential social skills help children succeed not just in school but in future workplaces where teamwork is crucial.
When working with peers, children learn how to respect different perspectives, compromise, and contribute meaningfully to group projects.
STEM activities encourage kids to engage in productive discussions, express their ideas, and understand the value of cooperative problem-solving. The ability to collaborate effectively is a highly sought-after skill in many career fields, from engineering to medicine to technology.
🧱 Example Activity: Work with a sibling or friend to build a LEGO structure that meets specific weight or height requirements. This activity promotes shared decision-making, critical thinking, and teamwork, as children must discuss design choices, distribute tasks, and test structural integrity together. It also teaches patience, persistence, and adaptability, key traits of successful problem-solvers.
9. Prepares Kids for Future Careers 💻
STEM careers are among the fastest-growing and highest-paying industries, making it essential to introduce children to STEM concepts early. By engaging in hands-on STEM activities, children build foundational knowledge that can spark a lifelong passion for subjects like technology, engineering, and environmental sciences. Exposure to these fields during childhood can help them discover their interests and strengths, guiding them toward potential career paths.
Encouraging STEM learning also helps children develop adaptable skills such as problem-solving, computational thinking, and data analysis—abilities that are crucial in the modern workforce. By engaging with STEM in a fun and relaxed way, kids gain confidence in working with technology and exploring scientific concepts, making them better prepared for future academic and career opportunities.
👩💻 Example Activity: Learn basic programming through fun coding apps such as Scratch, Tynker, or Code.org. These platforms introduce kids to computational thinking, logical reasoning, and creative problem-solving, skills widely used in software development, robotics, and engineering careers. As children complete small coding challenges, they enhance their ability to think critically and innovate.
10. Encourages Resilience and Perseverance 🔄
One of the most valuable lessons children learn from STEM is that failure is not the end—it’s just another step toward success. When an experiment doesn’t work as expected, or a structure collapses, children learn to analyze what went wrong, make adjustments, and try again. This process builds resilience, patience, and perseverance, teaching them that setbacks are opportunities for growth.
By embracing failure as a learning experience, children develop a growth mindset, where they understand that effort and persistence lead to improvement. This skill extends beyond STEM, helping them in academics, sports, and life challenges. Encouraging kids to keep going even when things don’t work the first time fosters problem-solving skills and confidence in their abilities.
🚀 Example Activity: Build a homemade rocket launch using a plastic bottle, baking soda, and vinegar. If the rocket doesn’t launch as planned, kids can experiment with different ratios, nozzle sizes, or launch angles, reinforcing the idea that trial and error leads to better results.
11. Connects Learning to the Real World 🌍
One of the greatest benefits of STEM education is that it bridges the gap between theory and real-world applications. Many children struggle to see the relevance of classroom subjects, but STEM activities help them understand how scientific and mathematical principles shape the world around them. Whether it’s engineering structures, coding apps, or studying the environment, STEM makes learning practical, engaging, and meaningful.
By applying STEM concepts to everyday life, children develop a deeper appreciation for science and technology. Understanding how things work—from how bridges are built to why plants grow—encourages curiosity, innovation, and lifelong learning. This connection to real-world applications also helps children explore potential career paths in science, engineering, and technology.
🌱 Example Activity: Start a gardening project where children plant seeds and observe their growth over time. This introduces them to biology, environmental science, and sustainability, helping them understand plant life cycles, ecosystems, and the importance of caring for the environment.
12. Makes Learning Fun! 🎉
One of the best aspects of STEM education is that it transforms learning into an exciting and interactive experience. Instead of memorizing facts, children engage in hands-on experiments, creative problem-solving, and real-world applications that make learning enjoyable. When children have fun while learning, they become more motivated, curious, and eager to explore new topics.
STEM activities encourage play-based learning, which helps children develop skills naturally while having a great time. Whether they’re building, designing, coding, or experimenting, they experience a sense of accomplishment and excitement. Making education fun fosters a lifelong love of learning, ensuring that children continue to ask questions, seek knowledge, and stay engaged in academics and beyond.
🤖 Example Activity: Create a simple robot using a toothbrush, a small motor, and a battery. This introduces children to basic robotics and engineering in a fun and accessible way. Watching their tiny bot move independently sparks curiosity and excitement about how machines work.
Final Thoughts: The Holiday Opportunity 🎓
Holidays don’t have to mean a break from learning—instead, they offer a unique opportunity for exploration, creativity, and hands-on discovery. STEM activities provide a perfect balance of education and entertainment, ensuring that children stay engaged, develop new skills, and continue learning in an enjoyable, low-pressure environment. Encouraging STEM learning during the holidays helps kids retain knowledge, build confidence, and develop problem-solving abilities that will benefit them for years to come.
By introducing children to STEM in a fun and interactive way, parents can nurture a lifelong love for science, technology, engineering, and mathematics. Whether they’re experimenting at home, attending a STEM workshop, or participating in a science camp, every experience contributes to their intellectual growth and curiosity.
At The Science of Sound, we offer exciting holiday camps and STEM workshops designed to inspire young minds through hands-on activities. Give your child the gift of STEM learning this holiday season—start their STEM adventure today!
🔗 Check out our upcoming events: Science of Sound Holiday Camps
