Technology evolves It transforms every aspect of our daily lives, from how we interact with others to the way we work and entertain. With the continuous emergence of new terms, concepts and devices, staying up-to-date has become an essential task for people in all fields, be they professionals, students or those interested in the subject.
This Technical Vocabulary Provides information about Very technical Anyone can clearly understand that Most relevant terms In this ever-evolving field. Knowledge can be expanded through definitions, examples and explanations. From fundamental concepts to the latest innovations, this glossary is destined to be an indispensable reference to navigate the vast world of technology with confidence.
Educational robotics is a branch of robotics that is responsible for introducing students to the study, design, analysis, and use of robots. This branch can be taught at both basic levels such as early childhood and primary education and at advanced levels such as university and post-graduate level.
Likewise, robotics is part of a teaching model known as STEM education (Science, Technology, Engineering, and Mathematics), which, as its name suggests, is responsible for teaching science, mathematics, technology, and engineering together.
The term robot originated in the 1920s and its evolution continues today. Since its discovery, a series of methods have been developed that highlight the developmental influence of multiple intelligences. Additionally, robotic education brings many benefits to students, which we will mention below.
Educational robotics improves many skills of students. These skills include:
- Creativity and imagination. As research is still an ongoing field, students develop creativity and imagination to create elements that have never been thought of before.
- Team work. Educational robotics encourages students to collaborate with each other, providing better ideas to get the desired result.
- Computational thinking. It is a combination of critical thinking and mathematical logical thinking that requires the student to solve a series of problems.
- adaptation. As robots are expected to become more integrated into society in the future, the study of robotics helps students adapt to these changes.
- Self assessment. Because the results are immediately visible, students develop the ability to analyze and evaluate their own work so that their performance can be measured.
- Practical applications. A course in robotics can encourage students to take interest in other subjects such as mathematics and computing.
- Self-esteem. As it is currently the best field of study, students can improve their self-esteem by succeeding in this field.
An example of an educational robot that works for beginners is the Makeblock mBot robot. It is a robot specially designed for beginners in fields like robotics, programming and electronics, as it is easy to assemble.
Additionally, Makeblock mBot can be easily controlled using scratch-based software designed for children.
Likewise, for advanced users they offer compatibility with the Makeblock platform, as well as electronic kits based on the Arduino open source ecosystem.
This is an example of the diverse world of educational robots that we can see today. Therefore, educational robotics is a field that will continue to expand in the coming years.
information that Very technical These regulations clarify how Affects daily activities Why is it important to know them in this fast-paced world?
Although some terms may sound familiar, or rather, strange, the truth is that knowing their meaning allows you to stay one step ahead while living in the vast world of technology.
