Educational robots in the classroom – What are the real benefits?

There is increasing emphasis on STEM education, highlighting the integration of these subjects and supporting a more interdisciplinary learning approach. Robots designed for education have successfully taught STEAM concepts and captured students' interest in various academic fields. This post will examine the advantages of including educational robots in classrooms in 2023.

What are educational robots?

Educational robots can be programmed to guide students on different subjects, including science, technology, engineering, skills, and arithmetic.

Robot options vary greatly, from simple kits that can be assembled by students to ready-to-go out-of-the-box robots. Further variations include the level of coding skills required to operate the robot. Some require advanced programming skills, and some are suitable for all levels of coding abilities (like Edison).

Also Read: Edison Robot: Illuminating the Path to a Brighter STEM Future

Why use educational robots in the classroom?

In 2023, the world is rapidly changing, and technology is increasing unprecedentedly. 

Understanding technology and building technology needs a particular set of talents. Educational robots offer a unique chance to engross students in understanding and developing skills necessary for future careers in STEM areas and across the workforce. 

Here are just a few explanations why teachers should consider including educational robots in their classrooms:

1. Enhanced engagement and motivation: robots provide a hands-on learning experience that engages students in learning by making learning fun and interactive.
2. Improved problem-solving skills and critical thinking: Coding is designing and building a program to accomplish a specific task. Therefore, coding needs to create a methodological way of thinking to solve issues; this creates a problem-solving perspective.
3. Real-world applications: Educational robots can prepare students for real-world applications of STEM subjects such as robotics, programming, and automation, which can help prepare them for future careers in these fields. You can find some exciting real-world activities for Edison here.
4. Collaborative learning and promoting teamwork: robotics in the classroom can facilitate collaborative learning and teamwork. Students can work together to program and operate the robots, developing communication and teamwork skills. To learn more about the benefits of collaborative coding here, or try a fun class activity like 'Operation: Neko Prime,' an exciting group lesson in coding, communication, collaboration, and problem-solving.
5. Personalized learning: Students can take ownership of their education by going through the lessons at their own pace. Edison robots cater to students of all ages and skill levels, helping you meet your students where they are.
6. Fostering creativity: Coding educational robots strengthens whole-brain thinking by combining technical skills and creativity. Thus, I developed a unique perspective, imagination, and innovative thinking skills. You can try one of our Edison design challenges to see how creative your students can be.

In conclusion, 21st-century talents are necessary for success in today's and forthcoming workplaces. Incorporating educational robots into the classroom can quickly create critical thinking, communication, technology literacy, and more.