【酷哥机器人是哪个国家的品牌？】

外推网助力酷哥机器人品牌出海！通过在本页面挂载酷哥机器人品牌的产品链接和联系邮箱，可以提高酷哥机器人产品曝光！跨境电商爆单神器，目前只要100元/年哦~

酷哥机器人项目背景

【酷哥机器人】科学教育学校正是在上述背景下，以创新思维应运而生，我们通过创设开放式的学习活动平台，开展机器人DIY教学，引导孩子自我探索、自我激励、培养兴趣，并激发其创意和创新思维能力，并直接、间接增加孩子对物理、机械、逻辑、电子、电路等科普知识的认识。实践证明，机器人课程带给孩子三大神奇转变：爱学习、爱思考和爱交流!我们期待酷哥机器人科学教育学校项目在此领域大放光芒。

·酷哥机器人——创客教育品牌

·孩子专属的一站式教育管家

·专注提升青少年创新力和思维力

酷哥机器人教育咋样?

就是一群IT科技控冲进幼儿教育圈，他们所擅长及关注的跟现有幼儿机器人培训不同，创意发明和编程他们的核心差异，近一年半的幼儿教育摸爬滚打，成就了今天酷哥机器人教育的良好开始。当其他机构还在教授基础搭建时，我们的学员已经在生活创意发明与机器人编程的路上了。帮爸爸做酒精检测机器人，为妈妈做扫地机器人、自动关窗帘机器人、燃气报警机器人、防盗机器人、雾霾检测机器人等......

酷哥机器人教育是面向4岁以上幼儿及青少年，从机械、电子、编程三个方面培样学员的动手、科技创新及逻辑编程等能力。

机械部分：创意结构搭建->玩具级拼插->工业级装配->竞赛级DIY工业级装配->竞赛级DIY竞赛级DIY

电子部分：Pingo->乐高电子件->ARDUINO->单片机乐高电子件->ARDUINO->单片机ARDUINO->单片机单片机

编程部分：硬件逻辑编程训练->命令引导式编程->纯图形化编程->半图形化编程->语言级编程命令引导式编程->纯图形化编程->半图形化编程->语言级编程纯图形化编程->半图形化编程->语言级编程半图形化编程->语言级编程语言级编程

强调多教具、多内容平滑提升，下潜难度足够深刻，未来让孩子可直接进入职场。教学产品涵盖：校内兴趣课、营地(周末营/冬夏令营/海外游学)、认证/考试/大赛、创客/极客等。

听上去略高冷，小孩子能承受吗?

不知道你是否听过极客论坛，那里汇集了全国近千名中学生极客，都是出于兴趣自学编程。创办人之一是出生于1998年的许嘉昭，这个年仅16岁的孩子感慨自己接触编程已经太晚，如果再早学几年，发展空间会更大。

在美国，且不说比尔盖茨、乔布斯、扎克伯格。10岁的少年托马斯开办了自己的公司，被誉为下一位乔布斯;13岁的阿洛伊西奥创办summly公司获得千万投资;14岁的少年圣地亚哥，已经开发上线15款苹果应用...

与其让孩子挣扎在奥数班/钢琴班，不如尊重孩子的选择，机器人是个不错的方向。国外孩子可以做到，中国孩子也一样，编程要从娃娃抓起。

为什么要给孩子机器人教育?

市场上机器人培训机构主要有两类，一类是以乐高积木为教具，另一类是以韩系积木为教具，都是基础搭建为主。能一定程度上锻炼孩子逻辑能力、动手能力和创造力。

什么是机器人、机器人教育?

机器人定义：机器人(Robot)是自动执行工作的机器装置。它接受人类指挥，运行预先编排的程序，根据人工智能技术制定的原则纲领行动，协助或取代人类工作。它的核心是机械、电子和编程。

机器人教育定义：通过实践尝试不同难度的结构搭建、电子功能，训练和培养综合能力。

酷哥机器人加盟优势

【酷哥机器人】教育它更强调的是 “玩中学、学中乐、乐中智”，首先强调动手，在制作搭建的过程中学习知识，在学习知识的过程中找到自己的乐趣，找到乐趣的同时启迪自己的智慧。实践证明，机器人课程带给孩子三大神奇转变：爱学习、爱思考和爱交流!

【国内外机器人主要赛事】从小学开始，一直到大学和硕士研究生阶段都有全国或世界范围内的机器人竞赛。得到全国或世界大奖后，中考和高考可以加分，国内外很多大学也会优先录取;大学阶段机器人竞赛得全国一等奖大奖后，象浙江大学、浙江工业大学、杭州电子科技大学等都可以免试保送研究生。

【酷哥机器人】的创立一开始就秉承了高规格、高起点和高水平的血统。有从事幼教领域20多年陈老师统领适合幼儿教育的机器人课程开发和教练团队建设;有从事幼教市场30多年的邓老师负责招生、客户服务和家长反馈处理;有从事机器人科研工作和外资企业管理11年的余博士负责中小学高端课程开发、团队建设、赛事准备和竞赛开发。

【酷哥机器人】拥有强大的机器人研发和教学实力，有从事机器人科研工作和外资企业管理11年的余博士负责中小学高端课程开发、团队建设、赛事准备和竞赛开发。并且与浙江大学机器人实验室、浙江工业大学机器人俱乐部以及哈尔滨工业大学机器人中心签署长期合作协议，高校教授亲临酷哥进行教育研讨和指导。

英文翻译：Cool brother robot project background [cool brother robot] science education school came into being with innovative thinking under the above background. Through the creation of an open learning activity platform, we carry out robot DIY teaching, guide children's self exploration, self motivation, interest cultivation, and stimulate their creativity and innovative thinking ability, and directly and indirectly increase children's physical and mechanical skills Knowledge of logic, electronics, circuit and other popular science knowledge. Practice has proved that the robot course brings three magic changes to children: love learning, love thinking and love communication! We look forward to the bright future of the project in this field. ·Cool brother robot -- maker education brand, one-stop education housekeeper for children, focus on improving young people's innovation and thinking power. What about cool brother robot education? It is a group of IT technology controls that rush into the preschool education circle. What they are good at and pay attention to is different from the existing robot training for young children, their core differences in creative invention and programming. Nearly a year and a half of early childhood education is on the move It has made a good start of today's robot education in Kuge. When other institutions are still teaching foundation construction, our students are already on the way of life creative invention and robot programming. Help dad to make alcohol detection robot, do floor sweeper robot, automatic curtain closing robot, gas alarm robot, anti-theft robot, haze detection robot, etc.. Quege robot education is aimed at children and adolescents over 4 years old, training students' ability of hands-on, scientific and technological innovation and logic programming from three aspects of machinery, electronics and programming. Mechanical part: creative structure building - & gt; toy level splicing - & gt; industrial level assembly - & gt; competition level DIY industrial level assembly - & gt; competition level DIY electronic part: pingo - & gt; LEGO electronic part - & gt; Arduino - & gt; MCU LEGO electronic part - & gt; Arduino - & gt; single chip computer Arduino - & gt; SCM programming part: hardware logic programming training - & gt; command-guided programming - & gt; Pure graphic programming - & gt; semi graphic programming - & gt; language level programming command guided programming - & gt; pure graphic programming - & gt; semi graphic programming - & gt; language level programming pure graphic programming - & gt; semi graphic programming - & gt; language level programming semi graphic programming - & gt; Language level programming language level programming emphasizes the smooth improvement of multiple teaching aids and contents. The difficulty of diving is deep enough to let children directly enter the workplace in the future. Teaching products include: in school interest classes, camps (weekend camp / winter and summer camp / overseas study tour), certifications / exams / competitions, makers / geeks, etc. It sounds a little bit cold. Can children bear it? I don't know if you've heard of the geek forum. There are nearly a thousand geeks from middle school students all over the country. They are all interested in self-learning programming. One of the founders was Xu Jiazhao, who was born in 1998. The 16-year-old lamented that he was too late to learn programming. If he studied a few years earlier, there would be more room for development. In the United States, let alone Bill Gates, jobs, Zuckerberg. Thomas, a 10-year-old boy, started his own company, which was hailed as the next jobs; aloisio, a 13-year-old, founded summly company, which received tens of millions of investment; Santiago, a 14-year-old boy, has developed 15 Apple apps online... Instead of struggling children in the Olympic / piano class, it's better to respect children's choices. Robots are a good direction. Foreign children can do it, and so can Chinese children. Programming starts with dolls. Why give children robot education? There are two kinds of robot training institutions in the market, one is based on Lego building blocks, the other is based on Korean building blocks. It can exercise children's logical ability, practical ability and creativity to a certain extent. What is robot and robot education? Robot definition: robot is a machine device that automatically performs work. It is under the command of human beings, runs pre programmed procedures, and acts according to the principles and programs formulated by artificial intelligence technology to assist or replace human work. Its core is mechanical, electronic and programming. Definition of robot education: try to build structures and electronic functions with different difficulties through practice, train and cultivate comprehensive abilities. Cool brother robot's advantages in joining [cool brother robot] education it emphasizes more on "playing middle school, learning pleasure, and learning wisdom". First of all, it emphasizes hands-on, learning knowledge in the process of making and building, finding their own fun in the process of learning knowledge, finding fun and enlightening their own wisdom. It has been proved that the robot course brings three magic changes to children: love learning, love thinking and love communication. [major robot competitions at home and abroad] from primary school to university and postgraduate stage, there are robot competitions nationwide or worldwide. After winning the national or World Awards, high school entrance examination and college entrance examination can be given extra points, and many universities at home and abroad will also be given priority in admission; after winning the first prize of the national robot competition in the university stage, such as Zhejiang University, Zhejiang University of technology, Hangzhou University of Electronic Science and technology, etc., can be exempted from examination and send postgraduates. From the very beginning, the creation of "cool brother robot" has inherited the lineage of high specification, high starting point and high level. Mr. Chen has been engaged in the field of preschool education for more than 20 years, leading the development of robot courses and the construction of coach teams suitable for preschool education; Mr. Deng has been engaged in the preschool education market for more than 30 years, responsible for enrollment, customer service and parent feedback processing; and Dr. Yu, who has been engaged in robot research and foreign enterprise management for 11 years, is responsible for the development of high-end courses, team building, event preparation and competition development in primary and secondary schools. [cool brother robot] has strong robot R & D and teaching strength. Dr. Yu, who has been engaged in robot research and foreign enterprise management for 11 years, is responsible for high-end curriculum development, team building, event preparation and competition development in primary and secondary schools. And signed long-term cooperation agreements with the robot laboratory of Zhejiang University, the robot Club of Zhejiang University of technology and the robot center of Harbin University of technology.

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