10 Fun Robotics Activities for Kids

May 30, 2023
STEM Education
whalesbot as robotics kit

Have you ever wondered how to get kids excited about learning in today’s tech-driven world? Robotics might be the answer. Combining fun and education, robotics is an incredible way to spark children's interest in science, technology, engineering, and math (STEM). These educational toys blend creativity, problem-solving, and hands-on activities, making learning enjoyable and engaging.

Robotics makes tough concepts easy and fun for kids of all ages. Through interactive play, they learn about science, engineering, and math. Whether building a robot from scratch, programming it to complete tasks, or competing in robotics competitions, every activity offers a chance for growth and learning.

Robotics also teaches kids to think critically and solve problems as they design and program their creations. By trying different solutions and fixing issues along the way, they learn perseverance and resilience. These experiences build confidence and foster a lifelong love of learning and discovery.

Additionally, robotics promotes teamwork and collaboration. Kids learn to brainstorm ideas, solve problems together, and bring their creations to life. Whether working on group projects or team competitions, they learn effective communication and respect for others' ideas. These skills are crucial in today’s interconnected world, where teamwork is highly valued.

Robotics provides a dynamic way to learn that keeps kids engaged, fuels their curiosity, and prepares them for future success. By introducing kids to robotics and STEM activities early, we can inspire the next generation of innovators and problem-solvers. Let’s dig in!

Activity 1: Watch Movies and TV Shows About Robotics

Watching movies and TV shows about robotics is a fun and entertaining way for kids to explore the possibilities of technology and robotics. These visual media provide captivating narratives, colorful characters, and exciting adventures that inspire curiosity and imagination. Here are some recommended movies and TV shows about robotics for kids:


"WALL-E" (2008): Directed by Pixar Animation Studios, "WALL-E" follows the story of a lonely robot tasked with cleaning up Earth after humanity has abandoned the planet. Through WALL-E's journey, children learn about friendship, love, and the importance of environmental conservation.

"Robots" (2005): In this animated film from DreamWorks Animation, viewers are transported to a world populated by robots of all shapes and sizes. The story follows Rodney Copperbottom, a young robot with big dreams of becoming an inventor. Alongside a colorful cast of characters, Rodney embarks on a thrilling adventure filled with humor, heart, and plenty of robot antics.

"Big Hero 6" (2014): Produced by Walt Disney Animation Studios, "Big Hero 6" tells the story of Hiro Hamada, a young robotics prodigy who teams up with a group of friends to form a superhero team. Together, they use their ingenuity and robotics skills to save their city from danger.

TV Shows:

"My Life as a Teenage Robot" (2003-2007): This Nickelodeon animated series follows the adventures of Jenny Wakeman, a teenage robot created by her scientist father. Jenny navigates the challenges of adolescence while also using her superhuman abilities to protect the world from various threats.

"Cyberchase" (1996-2002): Produced by PBS, "Cyberchase" is an educational animated series that combines math, science, and adventure. Viewers join a group of friends—Jackie, Matt, and Inez—as they use math and problem-solving skills to thwart the plans of the villainous Dr. Animo and save the digital world of Cyberspace.

Watching these movies and TV shows exposes children to imaginative worlds, diverse characters, and thought-provoking themes related to robotics and technology. Whether they're laughing along with WALL-E, cheering for the heroes of "Big Hero 6," or solving math puzzles with the CyberSquad, kids are sure to be entertained while gaining valuable insights into the exciting world of robotics. So grab some popcorn, gather the family, and enjoy a robot-filled movie night or TV marathon together!

Activity 2: Join a Robotics Competition

Robotics competitions offer an exciting opportunity for children to apply their STEM skills in a competitive and collaborative environment. From building and programming robots to completing challenges and solving real-world problems, these competitions provide a platform for young innovators to showcase their talents and creativity. Here are some popular robotics competitions that kids can participate in:

FIRST LEGO League (FLL): FLL is a global robotics competition that challenges children aged 9 to 16 to design, build, and program LEGO robots to complete a series of themed missions. Teams of students work together to solve real-world problems related to the competition theme, using LEGO Mindstorms robotics kits and programming languages like Scratch or EV3.

VEX Robotics Competition: VEX Robotics offers a range of competitions for students of all ages, from elementary school to university level. In VEX competitions, teams design and build robots using VEX Robotics kits and compete in tournaments where they must complete specific challenges or outperform opponents in head-to-head matches. VEX competitions emphasize innovation, teamwork, and problem-solving skills.

ENJOY AI Robotics Competitions: ENJOY AI hosts a variety of robotics competitions and events for youth around the world. These competitions range from summer sports challenges to home automation projects, providing a diverse range of opportunities for children to explore robotics and STEM subjects. ENJOY AI competitions are designed to inspire creativity, collaboration, and a passion for technology among participants.

Participating in robotics competitions offers numerous benefits for children. Not only do they have the chance to apply their STEM knowledge in a practical setting, but they also learn valuable skills such as teamwork, communication, and time management. Competing in robotics competitions can also boost children's confidence and enthusiasm for STEM subjects, inspiring them to pursue further education and careers in related fields. Encourage your child to join a local robotics team or start their own, and watch as they embark on an exciting journey of learning, discovery, and innovation in the world of robotics. Who knows? They may even become the next generation of robotics champions!

Activity 3: Build a Robot with WhalesBot

WhalesBot stands out as a beacon in the realm of educational toys for kids, offering a diverse range of robotics kits that cater to children's varying interests and skill levels. Building a robot with WhalesBot is not just an activity; it's an adventure into the fascinating world of STEM education. With WhalesBot's user-friendly robotics kits, children can embark on a journey of exploration and discovery, learning valuable skills along the way.

The process begins with selecting the perfect WhalesBot kit for your child's interests and abilities. Whether they're interested in building a basic robot with pre-designed components or diving into more advanced projects that involve coding and programming, there's a WhalesBot kit to suit every child's needs, in this case, age 3-22. From building-bricks style kits to interactive gadgets and sensors, the possibilities are endless.

Once you've chosen the right WhalesBot kit, it's time to dive into the building process. WhalesBot's kits are meticulously designed to be easy to assemble, with clear instructions and intuitive components that make the process both educational and enjoyable. As children piece together their robot, they learn about circuitry, mechanics, and engineering principles in a hands-on and engaging way.

As the robot takes shape, children are encouraged to unleash their creativity and personalize their creation to reflect their unique interests and personalities. Whether it's adding extra components, customizing the robot's functionality, or incorporating additional sensors and accessories, children have the freedom to make their robot truly their own.

Once the robot is built, the real fun begins as children explore its capabilities and experiment with different commands and behaviors. With WhalesBot's easy-to-use coding system, children can program their robot to perform a wide range of tasks, from following a line to avoiding obstacles to dancing to their favorite music. WhalesBot specifically designed screen-free coding methods for younger kids, to help limiting kids’ screen time. As they delve into the world of coding, children develop valuable computational thinking skills and gain a deeper understanding of how technology works.

But the learning doesn't stop there. With WhalesBot's active online community and resources, children have access to a wealth of educational content, tutorials, and projects that inspire creativity and curiosity. They can share their creations with other young innovators, collaborate on exciting new projects, and showcase their skills in robotics competitions and events.

Building a robot with WhalesBot is more than just a fun activity; it's a transformative learning experience that empowers children to become creators, innovators, and problem-solvers. By engaging with WhalesBot's educational toys, children develop essential skills in STEM subjects, cultivate a passion for learning, and gain the confidence to tackle challenges head-on.

Activity 4: Read Books About Robotics

Reading books about robotics is an excellent way for children to delve deeper into the fascinating world of robots and technology. These books offer engaging narratives, informative content, and inspiring stories that captivate young minds and spark their curiosity. Here are some recommended books about robotics for kids:

robotics book for kids

"How to Code a Sandcastle" by Josh Funk: This delightful picture book follows the adventures of a girl named Pearl and her robot friend, Pascal, as they use coding to build the perfect sandcastle. Through playful rhymes and colorful illustrations, children learn basic coding concepts such as algorithms, loops, and debugging in a fun and accessible way.

Link to book

"Robots, Robots Everywhere!" by Sue Fliess: In this engaging picture book, children explore a world filled with robots of all shapes and sizes. From robots that clean and cook to robots that explore outer space, this book introduces young readers to the diverse roles that robots play in our everyday lives. With catchy rhymes and vibrant illustrations, it's a fun and informative read for kids of all ages.

Link to book

"Ada Twist, Scientist" by Andrea Beaty: While not exclusively about robotics, this inspiring picture book celebrates curiosity, experimentation, and the scientific process. The story follows Ada Twist, a young girl with a passion for science and a knack for asking questions. Through her adventures and experiments, Ada inspires readers to explore the wonders of the world and pursue their own scientific interests.

Link to book

"National Geographic Kids Everything Robotics: All the Photos, Facts, and Fun to Make You Race for Robots" by Jennifer Swanson: Packed with stunning photographs, fascinating facts, and hands-on activities, this book offers a comprehensive overview of robotics for young readers. From the history of robotics to the latest advancements in robot technology, kids will discover a wealth of information about this exciting field.

Link to book

"The Wild Robot" by Peter Brown: This captivating novel tells the story of Roz, a robot who finds herself stranded on a remote island. As Roz learns to adapt to her new environment and befriends the animals that inhabit the island, she discovers the true meaning of friendship, compassion, and belonging. With themes of resilience, empathy, and environmentalism, it's a thought-provoking read for young readers.

Link to book

Encourage your child to explore these books about robotics to expand their knowledge, ignite their imagination, and inspire their interest in science, technology, engineering, and mathematics (STEM). Whether they're intrigued by coding, robotics, or the wonders of the natural world, there's a book out there waiting to spark their curiosity and fuel their passion for learning. Happy reading!

Activity 5: Visit a Robotics Museum

Exploring robotics museums is an immersive way for kids to dive into the fascinating world of robotics, technology, and innovation. Here are 17 renowned robotics museums across America, each offering a unique blend of exhibits, interactive displays, and educational programs:

MIT Museum (Cambridge, Massachusetts): The MIT Museum showcases cutting-edge research and inventions from the Massachusetts Institute of Technology. Visitors can explore exhibits on robotics, artificial intelligence, and emerging technologies.

Museum of Science and Industry (Chicago, Illinois): The Museum of Science and Industry features a variety of interactive exhibits, including "Robot Revolution," where visitors can interact with robots of all shapes and sizes.

Exploratorium (San Francisco, California): The Exploratorium offers hands-on exhibits exploring science, art, and human perception. Visitors can engage with robotic installations and learn about robotics principles.

Carnegie Science Center (Pittsburgh, Pennsylvania): The Carnegie Science Center's Robo world exhibit is the largest permanent robotics exhibition in the world, featuring over 30 interactive exhibits and robots.

National Air and Space Museum (Washington, D.C.): Within the Smithsonian Institution, the National Air and Space Museum showcases the history of aviation and space exploration, including exhibits on robotic spacecraft and rovers.

The Tech Interactive (San Jose, California): The Tech Interactive offers hands-on exhibits exploring technology and innovation. Visitors can interact with robots, explore coding activities, and participate in robotics workshops.

Children's Museum Houston (Houston, Texas): Children's Museum Houston features an array of interactive exhibits, including Kidtropolis, which includes a robotics lab where kids can experiment with building and programming robots.

Robot Hall of Fame (Pittsburgh, Pennsylvania): Located within the Carnegie Science Center, the Robot Hall of Fame honors noteworthy robots and robotics achievements. Visitors can learn about iconic robots from popular culture and real-life robotics innovations.

The American Computer & Robotics Museum (Bozeman, Montana): The American Computer & Robotics Museum showcases the history of computing and robotics, featuring exhibits on early computers, robots, and artificial intelligence.

Discovery Cube Los Angeles (Los Angeles, California): Discovery Cube LA offers hands-on exhibits and interactive experiences focused on science, technology, engineering, and mathematics (STEM), including robotics-themed activities.

The Works Museum (Bloomington, Minnesota): The Works Museum offers interactive exhibits and workshops focused on engineering, technology, and robotics. Visitors can explore hands-on activities and learn about robotics principles.

RoboTech Museum (Atlanta, Georgia): The RoboTech Museum features exhibits on robotics, automation, and artificial intelligence, showcasing the latest advancements and innovations in the field.

Robotics Museum of Texas (Dallas, Texas): The Robotics Museum of Texas features interactive exhibits, robotics workshops, and educational programs designed to inspire curiosity and creativity in visitors of all ages.

Robotics Heritage Museum (Philadelphia, Pennsylvania): The Robotics Heritage Museum preserves the history and legacy of robotics through exhibits, archives, and educational programs.

Visiting these robotics museums provides families with valuable opportunities to explore, learn, and be inspired by the incredible world of robotics. Each museum offers a unique experience, from hands-on activities to immersive exhibits, making it an unforgettable journey into the realms of technology and innovation. So plan your visit today and ignite your curiosity at one of these captivating robotics destinations!

Activity 6: Attend a Robotics Summer Camp

Robotics summer camps offer a fantastic opportunity for children to immerse themselves in the world of robotics while having fun and making new friends. These camps provide a structured yet engaging environment where kids can learn about robotics through hands-on activities, interactive workshops, and exciting challenges. Here's why attending a robotics summer camp can be a memorable and enriching experience for young learners:

Hands-On Learning: At robotics summer camps, children get to roll up their sleeves and dive into the world of robotics through hands-on projects and activities. Under the guidance of experienced instructors, campers can design, build, and program their own robots using cutting-edge technology and robotics kits. Whether it's building a robot from scratch or coding its movements, campers gain practical experience and valuable skills that they can apply in future STEM endeavors.

STEM Exploration: Robotics summer camps offer a holistic approach to STEM education, integrating concepts from science, technology, engineering, and mathematics into fun and engaging projects. Campers have the chance to explore various STEM topics such as mechanics, electronics, computer science, and more as they work on their robot projects. Through hands-on experimentation and exploration, children develop a deeper understanding of STEM concepts and discover the real-world applications of these subjects.

Teamwork and Collaboration: Many robotics summer camps emphasize teamwork and collaboration, providing opportunities for campers to work together in small groups or teams. By collaborating with their peers, children learn important skills such as communication, problem-solving, and leadership. Team-based projects encourage campers to share ideas, delegate tasks, and support each other, fostering a sense of camaraderie and cooperation among participants.

Creativity and Innovation: Robotics summer camps encourage campers to think outside the box and unleash their creativity and innovation. From brainstorming ideas to designing unique robot prototypes, children are empowered to express themselves and explore their imaginations in a supportive and encouraging environment. Whether it's designing a robot that can navigate an obstacle course or programming it to perform a specific task, campers have the freedom to experiment, innovate, and bring their ideas to life.

Fun and Excitement: Above all, robotics summer camps are designed to be fun and exciting! Campers engage in a wide range of activities and challenges that keep them entertained and inspired throughout the program. Whether it's participating in robot battles, competing in obstacle courses, or showcasing their projects in a final showcase, children are constantly engaged and motivated to learn more about robotics and STEM.

Attending a robotics summer camp is an unforgettable experience that can ignite a lifelong passion for STEM and robotics in children. If your child is curious about robotics and technology, consider enrolling them in a robotics summer camp and watch as they embark on an exciting journey of discovery and learning!

Activity 7: Program a Robot with Scratch

Scratch is a versatile and educational platform that introduces children to the world of coding in a fun and interactive way. With Scratch, kids can create their own stories, games, and animations using a block-based programming language that is easy to understand and use. Programming a robot with Scratch takes this experience to the next level, allowing children to bring their creations to life and explore the exciting possibilities of robotics.

The first step in programming a robot with Scratch is to familiarize yourself with the platform. Scratch offers a user-friendly interface that makes it easy for children to drag and drop blocks of code to create sequences of actions for their robot. From moving forward and turning to sensing obstacles and playing sounds, Scratch provides a wide range of commands that children can use to program their robot's behavior.

Once you're comfortable with Scratch, it's time to connect your robot and start programming. Many robotics kits, including those from WhalesBot, are compatible with Scratch, allowing children to control their robot directly from the Scratch interface. By connecting their robot to the computer via USB or Bluetooth, children can send commands and instructions to the robot in real-time, seeing their code come to life before their eyes.

Programming a robot with Scratch opens up endless possibilities for creativity and experimentation. Children can program their robot to navigate through mazes, follow lines, interact with objects, and even communicate with other robots. With Scratch's intuitive interface and visual programming blocks, children can easily test different ideas, adjust, and see the immediate results of their coding decisions.

By programming a robot with Scratch, children gain valuable experience in STEM subjects and develop the skills they need to thrive in an increasingly digital world. They learn to think critically, collaborate with others, and persevere in the face of challenges, laying the foundation for future success in school and beyond. So why not introduce your child to the exciting world of robotics with Scratch today? With a little creativity and a lot of imagination, the possibilities are endless!

Activity 8: Start or Join a Robotics Club at Your School

Starting or joining a robotics club at your school is an excellent way for kids to delve deeper into the world of robotics, collaborate with peers, and participate in exciting competitions. Here's why getting involved in a robotics club can be a rewarding experience:

Hands-On Learning: Robotics clubs offer hands-on learning experiences where students can design, build, and program robots.

Collaborative Environment: Joining a robotics club fosters teamwork and collaboration. Students work together to solve problems, troubleshoot challenges, and bring their robotic creations to life.

Access to Resources: Robotics clubs often provide access to resources such as robotics kits, programming software, and mentorship from teachers or industry professionals. These resources empower students to explore their interests in robotics and pursue ambitious projects.

Competition Opportunities: Many robotics clubs participate in competitions such as FIRST Robotics Competition, VEX Robotics Competition, or ENJOY AI. These competitions offer students the chance to showcase their skills, compete against teams from other schools, and demonstrate their robots' capabilities

Community Engagement: Robotics clubs often engage with the local community through outreach events, demonstrations, and service projects. These activities allow students to share their passion for robotics with others, inspire younger students, and make a positive impact in their community.

Career Exploration: Joining a robotics club can spark an interest in STEM fields and open doors to future career opportunities. Students may discover a passion for robotics engineering, computer science, or related fields as they explore the world of robotics through hands-on projects and competitions.

Whether you're a beginner eager to learn the basics of robotics or an experienced enthusiast looking to take your skills to the next level, starting or joining a robotics club at your school is a fantastic way to immerse yourself in the exciting world of robotics and embark on an unforgettable journey of discovery and innovation.

Activity 9: Use Robotics to Solve Real-World Problems

Harnessing the power of robotics to solve real-world problems is not only educational but also impactful. Here are some ways kids can use robotics to address pressing issues and make a positive difference in their communities:

Environmental Cleanup: Students can design robots equipped with sensors and cameras to detect and collect trash in parks, beaches, and waterways, helping to preserve natural habitats and protect wildlife.

Assistive Technology: Create robots that assist with daily tasks such as fetching objects, opening doors, or providing companionship, improving accessibility and independence for people with disabilities.

Disaster Response: Design robots capable of navigating hazardous environments, detecting survivors, and providing vital information to first responders, enhancing disaster response efforts and saving lives.

Agricultural Automation: Develop robotic systems equipped with sensors and actuators to optimize agricultural processes, increase efficiency, and minimize environmental impact in farming operations.

Healthcare Assistance: Kids can design robots that interact with patients, remind them to take medications, or guide them through therapeutic exercises, promoting health and well-being in clinical settings.

Education and Outreach: Kids can create robotics projects and demonstrations to engage their peers, educate the public about robotics technology, and advocate for STEM education in schools and communities.

Community Service: Robots can be deployed for various community service initiatives, such as delivering meals to the elderly, assisting with disaster preparedness drills, or providing entertainment at local events.

By using robotics to tackle real-world problems, students not only apply their technical skills and knowledge but also learn valuable lessons in empathy, creativity, and social responsibility. Whether it's cleaning up the environment, assisting people with disabilities, or responding to disasters, robotics offers endless opportunities for kids to make meaningful contributions to society and create positive change in the world around them.

Activity 10: Talk to a Robotics Engineer

Connecting with robotics engineers offers invaluable opportunities for young learners to explore the field of robotics and gain insights into potential career paths. Here's how kids can engage with professionals and delve deeper into the world of robotics:

Attend Career Fairs: Kids can attend local career fairs or STEM expos where professionals from various industries, including robotics, share their experiences and expertise. These events provide opportunities for students to interact with engineers, ask questions, and learn about different career paths in robotics.

Job Shadowing: Some robotics companies offer job shadowing programs for students interested in exploring careers in robotics. Kids can shadow engineers for a day, observing their work processes, participating in hands-on projects, and gaining firsthand experience in the field.

Guest Speakers: Schools and organizations can invite robotics engineers to serve as guest speakers for career exploration events or STEM clubs. Engineers can share their career journeys, showcase innovative projects, and inspire students to pursue careers in robotics through engaging presentations and interactive Q&A sessions.

Robotics Workshops: Many organizations and educational institutions offer robotics workshops and training programs for students interested in learning about robotics. Websites like FIRST Robotics and Robotics Education & Competition Foundation provide resources for finding workshops, camps, and educational events in robotics.

Online Resources: Kids can access a wealth of online resources to learn from robotics experts through webinars, tutorials, and forums. Websites like IEEE Robotics and Automation Society offer educational resources, online courses, and webinars on robotics topics, allowing students to expand their knowledge and skills in the field.

STEM Events: Attending STEM events and conferences provides opportunities for kids to interact with robotics professionals, explore cutting-edge technologies, and discover career pathways in robotics. Events like the World Robot Summit offer forums for networking, learning, and engaging with experts in the field.

By connecting with robotics engineers these events, kids can gain valuable insights into the field of robotics, explore different career paths, and ignite their passion for STEM. These interactions foster curiosity, inspire innovation, and empower students to pursue rewarding careers in robotics and technology.

In wrapping up, robotics is an amazing way for kids to explore, learn, and have fun. It helps them develop skills they'll use throughout life, like solving problems, thinking critically, and working together. From building robots to joining competitions and attending workshops, there are lots of cool things kids can do with robotics.

By bringing robotics into daily activities, schools and communities, we're giving kids the chance to discover their interests and talents. Whether they dream of being engineers, scientists, or just love tinkering with gadgets, robotics opens a world of possibilities. Let's nurture their curiosity, support their dreams, and show them that with a little creativity and teamwork, they can achieve anything.

If you want to collaborate on STEM education and robotics for kids, get in touch with us!