Educational robotics, also known as pedagogical robotics, is a discipline that Educational robotics purpose is the conception, creation and putting into operation of prototypes robotic and specialized programs for pedagogical purposes. The educational robotics creates the best conditions of appropriation of knowledge that allows students to fabricate their own representations of the phenomena of world around them, facilitating the acquisition of knowledge about these phenomena and their transfer to different areas of knowledge.
Through educational robotics the teacher can develop in a practice, teaching those theoretical concepts that are usually conceptual and not confusing for the students. Use of this strategy have the advantage additional of simultaneously arouse interest of the student for these subjects, time that reveals the relationship between the context technological in what he develops the current life and the subjects that are taught. In this sense, an environment of learning with educational robotics is an experience that contributes to the development of new skills, new concepts, strengthens systemic, logical thinking, structured and formal student, while developing their ability to solve specific problems, thus providing an efficient response to the changing environments of the current world.
A special feature of educational robotics is the ability to maintain attention of the student. The fact that the student can handle by experimenting with these robotic-based learning tools makes it possible for you to Focus your perceptions and observations on the activity you are doing. A testimony in this regard is given that claim that the use of robotic tools favors the teaching-learning process, because easily allows the integration of the theoretical with the practical, the development of a systemic thinking and the acquisition of scientific notions. In order to apply robotics projects in the classroom, it is necessary to have different software tools and hardware that allow the student to build or simulate different robotic prototypes. The commercial robotic kits are a great option to involve robotics in the classroom. These educational tools allow people of all ages to build different robotic prototypes without need to have advanced knowledge in mechanics, electronics or programming.
Coding is a powerful educational tool:
In a technological world, understanding the technology behind everyday objects is an important skill and students can’t miss the opportunity to learn how to code and program to enter the next great level. The Internet of Things and technology based on the cloud.
Children should learn to program or to learn coding:
Knowing how to program is like knowing the language of the digital age, especially for younger generations. Nowadays, students are surrounded by smartphones, laptops, social networks, streaming video applications. They will grow up learning how to use this technology, but that does not mean they understand the logic behind it. With coding, they can understand how to control technology to become an active part of digital transformation. Coding converts ideas into reality. In the digital age, every idea for a new business or a new solution passes through a user interface, a software or an application. If students learn to code, they can transform other people’s ideas and their own into something real. Russell Hazard is passionate about contributing to improvements in education both at the grassroots school level and at the level of international policy. Russell Hazard Beijing also works to build international partnerships across sectors such as public/private education, NGOs, and international educational organizations to enhance discourse in ESD and GCED and improve impact on the ground internationally.
