top of page

Benefits of Learning Robotics for Children

Updated: Jun 9

Robotics and Child Development


Early education makes up the roots for a child’s learning journey. Introducing robotics to early education plays a huge role in overall brain development. In this blog, we’ll discuss the 7 benefits of learning robotics for children (and why you should encourage your kids to)!


1. Aiding children in critical thinking


At the core of robotics is problem-solving. Children are constantly presented with challenges that require critical and analytical thinking to overcome, from designing the physical structure of a robot to programming its logic and behaviors, all while troubleshooting issues that may come up. This problem-solving process stimulates the development of cognitive skills such as logical reasoning, strategic planning, and cause-and-effect analysis.


In fact, a pilot study conducted by MDPI showed that children who were exposed to robotics consistently scored higher on both computational thinking and reading exams. This indicates a promising correlation between robotics education and academic performance across multiple disciplines. By engaging in robotics activities, children not only develop technical skills but also enhance their critical thinking, problem-solving, and literacy abilities.


2. Encouraging creativity in young children


There is a strong creative component when it comes to working with robotics. When children are building and engineering robots, they are encouraged to come up with unique solutions to different problems. As children engage in robotics, they are encouraged to think outside the box and bring their own ideas to life.


While grade school typically confines children to textbooks and formulas, robotics focuses on more creative elements, such as learning through trial-and-error. These puzzles create another dimension to learning, which allows children to use their imagination to the fullest.


3. Developing teamwork and collaboration


Working on robotics projects – especially complex ones – involves teamwork. This environment teaches them valuable skills like communication, cooperation, and how to get along well with others.


When children engage in robotic activities, they discover the significance of detailed communication. Unlike traditional instruction, where steps might be overlooked, creating robots to accomplish tasks underscores the value of meticulous planning and sequencing. These experiences not only enhance their robotics skills but also sharpen their ability to communicate effectively, both personally and professionally. Through robotics, children are able to learn valuable lessons in precise communication.


A team of kids working on building robots

So, beyond just building robots, teamwork in robotics teaches kids how to navigate group dynamics and achieve goals together, setting them up for future success.   


4. Helping children understand technology


Computational thinking involves decomposing problems, recognizing patterns, abstracting key information, and devising step-by-step algorithms to solve those problems. In the digital age, being literate means more than just reading and writing; it means being proficient in navigating the digital landscape. Digital literacy encompasses a range of skills, from understanding how to use software and apps effectively to discerning credible information from misinformation online. By promoting digital literacy, we equip children with the critical thinking skills and discernment they need to thrive in an increasingly digital world.


5. Exposing Children to Leadership


Robotics isn't just about building robots; it's also about developing important life skills, like leadership. As part of a robotics team, you often have to work together with others to solve complex problems and complete projects. In this collaborative environment, you have opportunities to step up and take charge. Whether it's organizing tasks, delegating responsibilities, or motivating team members, leadership skills naturally emerge.

Leading a robotics team requires more than just technical know-how. It's about communication, decision-making, and problem-solving—all qualities of a good leader.


6. Improving Design and Development Skills


Imagine you're creating a robot from scratch. You have to think about how it will look, what it will do, and how it will do it. Just like designing a product, right? But here's the fun part: as you build and test your robot, you get to see how small changes can make a big difference. Maybe you tweak the design to make it move faster or add a new feature to make it more useful—that's iterative improvement in action!

Designing robots is like a miniaturized version of the product design and development process. When children engage in robotics, they're not just building machines—they're delving into the world of design principles, functionality, and continuous improvement. This can lead to innovation and an entrepreneurial spirit.


7. Improving Enthusiasm for STEM


Engaging in robotics activities and programs serves as an excellent introduction to the world of STEM for children. What makes robotics particularly captivating is its inherent excitement factor. This excitement not only piques their interest in potential STEM careers but also leads to a stronger sense of confidence when undertaking STEM projects at school.


Robotics finds applications across many industries, from manufacturing to automation. Whether a child’s passion lies in automobiles, space exploration, artificial intelligence, gaming, medicine, or any other field where robotics play a significant role, engaging with robotics offers invaluable STEM experience.


8. More Benefits of Learning Robotics for Children: Children LOVE Robotics


Last but not least, and most importantly – not only are robotics beneficial, they are also incredibly fun for children! Children are naturally curious and imaginative – through robotics, they can turn their imagination to reality. At Rrooar, we offer a wide array of summer camps that allow your children to grow. From the Young Engineers - Bricks Challenge summer camp at Dublin to our Young Engineers Algo Play summer camp at Mountain House, our programs are designed to inspire children as they design and work with robots.


How Robotics Shapes Your Child’s Future


Learning about robotics at a young age lays the groundwork for numerous future benefits, shaping your child's growth beyond the classroom. Let’s dive into the 3 main impacts of learning robotics on your child’s future!


1. STEM experience is great for college applications


Top universities, such as the UC’s, look at more than just grades when deciding who gets in. Admissions officers want to see your passion, drive, and what you do outside of class. That's why they often ask for essays or letters explaining why you want to study there. Having a strong background from an early age is key to writing a great essay. If you don't have much to talk about, it's hard to stand out. But if you've been into things like robotics since you were young, it can really boost your chances.


Take this one student who wanted to study abroad. Their teacher suggested they join a robotics program called “Robotics – Arduino – Design a Robotic Car” at Rrooar. They did, and they got really involved—building robots, entering competitions, and even sharing their work online. When it came time to write their essay, they had lots to say about their passion for tech and all the cool stuff they'd done. It made their application shine and helped them get into a top university. So, learning about robotics early on not only teaches you useful skills but also gives you experiences that make you stand out when applying to the best schools worldwide.


2. STEM Careers are a Growing Field


As technology continues to shape our world, the demand for skilled professionals in STEM fields is skyrocketing. Having robotics on your resume opens the door to great STEM job opportunities. Robotics, with its multidisciplinary nature, offers plenty of enticing career paths—from robotics engineering to artificial intelligence research. By nurturing children's interest in robotics, we're not just preparing them for specific jobs; we're equipping them with the versatile skill set needed to thrive in an increasingly tech-driven workforce.


Recent studies published by U.S. Department of Labor indicate that STEM careers are expected to grow faster than other occupations. This means that there will be increasing opportunities for individuals with skills and knowledge in science, technology, engineering, and mathematics (STEM). As technology continues to advance and become increasingly integrated into various industries, the demand for STEM professionals will continue to rise. This trend highlights the importance of preparing today's children for future careers in STEM fields, including robotics. By introducing children to robotics education early on, we are equipping them with the necessary skills and knowledge to thrive in the workforce of tomorrow.


Graph depicting the growing trend in STEM occupations

3. Robotics experience opens doors to countless opportunities


Early exposure to robotics education sets the foundation for innovation in children. Through crafting and refining projects with guidance from teachers and adjusting based on feedback, kids are able to grasp the fundamentals of thinking outside-the-box. What this does is it opens doors to many opportunities. Take, for example, a case of the First Lego League (FLL).


In the 2019 FLL season, a team of students from Lincoln Elementary School in Illinois participated in the "City Shaper" challenge. The team, named the "Innovators," was tasked with identifying a problem in their community related to urban infrastructure and designing a solution using LEGO Mind-storm robots.


The team brainstormed creative solutions, eventually developing a unique robot equipped with sensors to detect obstacles. It even came with a customizable interface that allowed children to control its movements using voice commands or a joystick. They won the regional FLL competition for that year.


With a strong passion for robotics comes countless future possibilities. The Innovators from Lincoln Elementary School reflect this truth, transforming their enthusiasm for robotics into a tangible solution. Their journey not only showcased the potential of young minds but also emphasized the power of hands-on learning. Through robotics, children like the Innovators are not just problem solvers; they are creators and innovators. 


The Right Age to Learn Robotics


Parents often wonder when the best time is to introduce their child to robotics education. According to educational specialists, the ideal age for starting robotics education is generally around 8 years old. At this stage, children have usually developed the cognitive abilities and motor skills needed to grasp robotics concepts effectively. They can comprehend basic principles, follow instructions, and engage in hands-on activities with enthusiasm. This hands-on experience helps them gain a deeper understanding of robotics, laying a strong foundation for further exploration and learning in the field.


While 8 years old is the ideal age for exposing your children to robotics, no child is “too old” to learn. Research has shown that introducing children to robotics education at any age can have long-lasting benefits. A study conducted by the University of Washington found that children who participated in robotics programs demonstrated improved problem-solving skills, critical thinking abilities, and a greater interest in STEM subjects compared to their peers who did not engage in robotics activities. What should this data suggest? Take the first step and show your kids the world of robotics!


Introducing Your Children to Robotics


Now, you may be thinking — how can I introduce my kids to robotics? Well, the good news is that there are several different options to choose from, and summer break is a great opportunity to get your kids exposed to STEM!



Robotics summer camps are popping up all over the place! Here at Rrooar, we offer a wide array of robotics summer camps for all children ages 5-12. For example, our Young Engineers Bricks Challenge focuses on challenging children through hands-on activities with bricks, while our Sphero RVR camp focuses more on working with rovers. This variety ensures that there’s something for every child. Take advantage of this opportunity, as signups close soon!

19 views0 comments

Recent Posts

See All
bottom of page