Innovating and learning with LEGO® robotics – ROBO CLASSES

Innovating and learning with LEGO® robotics

Innovating and learning with LEGO® robotics

Engaging students in STEM education using LEGO® Education’s robotics kits are beyond paper-and-pen calculation. Instead, it opens doors for students to work like real engineers improving child’s thinking skills and developing practical skills.

It helps in boosting the skillsets of novices through its various STEM-focused products and is undoubtedly a great resource driving schools to initiate robotics courses and classroom programming in a remarkably entertaining way for kids.

Is STEM Education with LEGO® kits Good?

STEM (Science, Technology, Engineering, and Mathematics) education focuses on bridging the learning gap by turning passive listeners into active learners. It is a cohesive interdisciplinary education system that fosters hands-on and mind-on learning for kids. STEM lessons are imperative for them to enter the advanced and fast-paced work culture.

LEGO® Education’s robotics kits train the students to implement the theoretical concepts to solve actual problems while having fun; thus, boosting their knowledge and productivity. Project-based learning creates an experiment ground for kids. They make mistakes but also learn to achieve accurate results.

STEM education turned textbook learning into a fun process that kids would love to indulge in for hours. Robotics classes are one of the elements of this learning system. Text-book learning can’t train students on key engineering aspects, i.e., describing and inquiring about problems, reviewing practices, and reasoning from outcomes. While these are tricky to learn in traditional textbook-centered classrooms, they are key aspects of robotics projects.

Now, let’s embark upon the significance of STEM-focused robotics for a learning student.

Why Robotics for Kids?

Elicits Passion

Children go through multiple learning paths while building a robot in the Robotics classroom. This way, they can know their hidden talent and passion in subjects they were initially unaware of.

Since robotics is an open platform for them, the learners develop their knowledge pathways themselves. They are the decision-makers of their experimentations. Teachers also can take a personalized approach to teach the students. It even helps nurture their passion more.

Builds Hard and Soft Skills

Robotics is more than just how to code. As mentioned above, robotics programs like LEGO®WeDo 2.0 help create hard and soft skills among kids. Kids perform different tasks while interacting with robots, which will polish their various strengths.

The hard skill curriculum in robotics consists of concepts like drag race competitions, basic engineering, programming, application of light, infrared, and ultrasonic sensors.

For teaching soft skills, the course focuses on the NETS and digital age learning. Moreover, this curriculum enables students to understand a crucial part of STEM education – process learning.

Thus, such activities not just make students realize their hard and soft skills but even enhance their hidden skill sets.


In the robotics course, individual groups learn how to program the robot using Math and Science concepts. Alongside, they learn collaboration techniques with all the other group members for completing their project successfully.

When building robots in teams, some children are verbally strong, while others are proficient in coding and technical tasks. In the collaborative approach to assemble robots, both learn to work as a team and bring their ideas to life. As a result, the learners stay inspired and engaged throughout the class.

These teamwork skills they can further utilize for the rest of their life.

Communication skills

Other valuable life skills students learn through the robots building process are listening and expressing abilities. Even though they are technically skilled, their robot won’t move until they don’t cooperate and communicate their ideas with each other. They even learn to communicate across different technology platforms.

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