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Educational Robotics as a Factor in The Development of Polytechnic Education

机译:教育机器人作为理工学教育发展的一个因素

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With wide implementation of information technologies in education, there is a transition to a new paradigm. The traditional forms, methods, means and content of education do not fit into the new paradigm and so need theoretical reconsideration. The methodological basis for the new paradigm has to be the postnonclassical methodology reiving on syncrgetic vision of the world and soft modeling ideas. The article draws attention to the main directions of the development of Polytechnic education in the information society. Project activities, technical contests and engineering creativity should come to the fore in the educational process. Modern requirements for Polytechnic education involve the training of professionals capable of designing, producing complex engineering objects ready for creative work in a team. The article also discusses the prospects for the development of educational robotics based on the designers of programmable robots. The article presents the themes of the course "Educational Robotics". The authors dwell in detail on the issue of different-level research work of students in the study of robotics and methods of organization of classes with different models of robots. The results of the experienced teaching of the course "Educational robotics" show that in the study of constructioning in this course there are gradual development of the possibilities of designing robots, their programming to perform various tasks; formulation of the study for a deeper understanding of the principles of their work; transition to a creative level in the design of their own models of robots.
机译:随着了解教育中的信息技术的广泛实施,有一种新的范例转型。教育的传统形式,方法和内容不适合新的范例,因此需要理论重新考虑。新范式的方法论基础必须是世界和软建模思想的同步愿景的后期生命学方法。本文提请注意信息社会中职业技术教育发展的主要方向。项目活动,技术竞赛和工程创造力应在教育过程中出现。现代对理工大学教育的要求涉及培训能够设计的专业人士,生产复杂的工程对象,可用于在团队中的创造性工作。本文还讨论了基于可编程机器人设计人员发展教育机器人的前景。本文介绍了课程“教育机器人学”的主题。作者详细介绍了学生不同级别研究工作的问题,以研究机器人和机器人组织组织的方法研究。经验丰富的课程教学结果“教育机器人学”表明,在施工中的研究中,逐渐开发设计机器人的可能性,他们的编程来执行各种任务;制定研究,更深入地了解其工作原则;在自己的机器人型号的设计中过渡到创意层面。

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