What are the characteristics and advantages of robot education?

Many parents have been hearing about robot education. They know that many children have been learning programming since childhood, which is the general trend of the development of education era. If you really want your child to grow into a more suitable talent for the future, you must consider choosing a better education model for your child from now on. Then, compared with traditional education, what are the advantages of robot education that people admire so much?

Robot education is different from traditional education. Traditional education is knowledge imparting and imitation, and students are in a passive state. However, educational robots are exactly the opposite. It takes learners as the core, and a project is a problem to be solved. There are no standard answers and no imitators. Teachers guide students to complete curriculum projects independently through exploration, and their analytical ability, innovative ability and practical ability are indispensable and challenging, which makes students more interested in learning and greatly improves their learning efficiency. After entering the society, many students often feel that what they have learned in school will be derailed from the society, which is the disadvantage brought by traditional education. Robot course can start with improving children's ability and avoid instilling boring and impractical knowledge into children.

In traditional education, a single subject basically cultivates a single knowledge or skill, whether it is dynamic or static, the boundaries are extremely clear. The robot education course is very comprehensive, integrating mathematics, physics, chemistry, biology, machinery, electronics, materials, energy, computer hardware, software, artificial intelligence and other disciplines. Students can be exposed to scientific and technological knowledge in many fields. The combination of static and dynamic activities in the learning process can temper their brain power and practical ability, and enable students to get more comprehensive exercise.

Traditional education pays attention to the cultivation of personal knowledge, skills or abilities, which is a personalized behavior of students. Robot education, whether in daily teaching or in official competitions, may require students to form teams to complete established tasks, and the cultivation of teamwork ability is one of the main contents of educational robots. Members of the same group can cooperate with each other in the process of completing the project, enhance team awareness, see their own strengths in the division of labor and cooperation, and thus better understand themselves. However, experts in code-high robot education believe that teamwork is an inevitable mode for students to work after graduation, and educational robots can undoubtedly help students integrate with reality more than traditional education.