Students solve self-

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Technology? What changes has technology brought in education? What are the advantages of technology in education? What are the challenges of educational technology? What examples of educational technology tools are there? What can we expect from educational technology in the future? Conclusion What role does technology have in education? When educational problems find solutions in the use of information technology, that is, in the use of computers and more telecommunications equipment for storage , transmission and manipulation of data, we talk about technology in education. In other words, we understand that educational technology is about the use of technological devices for educational purposes . Currently, educational center staff have the possibility of acquiring internet, computers, digital whiteboards, mobile phones and tablets to share their knowledge or organize classes and assignments.

These facilities have managed to adapt educational methods to the digital age, where Chinese Australia Phone Number List there is a greater number of teaching and learning resources for both teachers and students. Students can access much more information through the implementation of new technologies that, by the way, also open new recreational and expression spaces, such as games and blogs. What are the pillars of educational technology? The new educational models have been created under the awareness that the future of our society depends on three technological areas, namely: programming, robotics and D printing .





These areas are the pillars of educational technology: Programming Teaching programming goes beyond preparing students for a technological work field. Students solve self-correction processes, as they learn to locate errors in complex problems. Programming works by promoting the learning of logic, creativity , finding solutions and entrepreneurship. Robotics ADVERTISEMENT Robotics is the subject that allows you to program a device or robot, teaching it a set of instructions so that it can execute them autonomously. Programming a robot allows students to physically see programming errors and their limits, in addition to learning to use precise language. Learning this subject provides a solution to the growing demand for science and engineering in future jobs