|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/ottocardy_cardboard-robot/
课程评论：没有评论
Coursera 课程总结：**制作你的纸板机器人 Otto Cardy** **亮点：** * **创意机械人作品：** Otto Cardy 项目在 2023 年罗马创客博览会上被选为创意机械人的代表！ * **适合零基础和儿童：** 本课程专为绝对的初学者以及儿童（男孩和女孩）设计。 * **纸板替代 3D 打印：** 使用纸板代替 3D 打印组件，让每个人都能制作出可编程的会走路的机器人。 * **包含大量学习资源：** 提供 63 页详细操作手册，以及四份教学工作表，涵盖积木编程、项目规划、小组评估和个人自我评估。 * **学习编程和电子知识：** 通过动手制作，学习使用 Arduino 控制机器人，并利用超声波传感器避开障碍物，通过蜂鸣器发出声音和音乐。 * **教师的教学利器：** 适合在课堂上开展项目，培养解决问题、设计思维、创客精神、创造力和团队合作能力。 * **无限创意扩展：** 鼓励学生个性化定制机器人的外观，并利用 OttoBlockly 软件对其进行编程，实现各种新奇的动作、声音和表情。 **课程内容概要：** 本课程将引导您一步一步地制作一个纸板 Otto Cardy 机器人。您将从两张 A4 尺寸的图纸开始，将其粘贴在纸板上，然后裁剪并组装出机器人的身体、腿和脚。我们将提供清晰详细的说明，即使是完全没有处理纸板或电子元件经验的儿童也能轻松制作。 完成的机器人将是一个由 Arduino 控制的行走机器人，能够通过超声波传感器识别并避开障碍物，同时还能通过蜂鸣器发出声音和音乐。 本课程配套的学习材料非常丰富，包括： * **63 页操作手册：** 提供关于 Otto Cardy 和制作过程的更详细信息。 * **教学工作表：** * **工作表 1：** 8 个引导式练习，学习如何使用积木编程控制 Otto Cardy 的移动和声音。 * **工作表 2：** 详细的项目规划，包括目标、时间表和活动安排。 * **工作表 3：** 小组工作评估网格，包含评估指标和四个难度等级，用于评价团队合作技能。 * **工作表 4：** 个人自我评估表，帮助学生巩固和衡量所学技能。 此外，课程还鼓励学生发挥创意，通过改变颜色、使用布料或纸张制作服装，根据自己编织的故事来丰富机器人的个性。我们也为家长和老师提供了激发孩子兴趣和培养项目后续发展的创意想法。 **您将学会：** * 裁剪和组装纸板结构。 * 连接和使用 Arduino 控制器。 * 集成超声波传感器实现避障功能。 * 使用蜂鸣器发出声音和音乐。 * 掌握 OttoBlockly 积木编程的基础知识。 * 培养创新思维、解决问题和团队协作能力。 **这是您进入机器人世界、释放创意并享受动手乐趣的绝佳机会！**
NEWS: The Otto Cardy Project was selected at the Maker Faire Rome 2023 as an example of creative robotics!This course was designed with the absolute beginner and children (both girls and boys) in mind.This course guides you through the tools and techniques you will need to get started building, step-by-step, a cardboard Otto Cardy Robot, which is a Remix of the OttoDIY an Open Source project for building a robot with a 3D printer. Using cardboard instead of 3D printed components allows everyone to create a walking robot programmed with coding.All the more detailed information on the operation of OttoDIY and the OttoBlickly software to be used are available free of charge on the website of OttoDIY.Starting from two technical drawings in A4 format to be glued on cardboard, the various pieces are cut out and then glued to create the body, legs and feet of the robot. All the instructions are very detailed and clear and allow even the kids who have no knowledge of manipulating cardboard and electronic components, to build their own walking robot.At the end of the course you will have created an Arduino walking robot able to move avoiding obstacles identified with the ultrasonic sensor and emit sounds and music with the buzzer.For teachers it is an excellent experience to be offered in the classroom in analyzing problems, designing solutions, developing Tinkering and creativity skills and increasing the ability to work in a Team.63 pages Manual This course also provides a 63 pages Manual containing more detailed information on Otto Cardy and the construction phasesAlso, attached to the tutorial, the following Didactic Worksheet are provided:Worksheet 1: #8 guided exercises to learn the how to use block coding to control the movement and sounds of the Otto Cardy robot.Worksheet 2: Synthetic planning of the path with specified aims, times and activities to be carried out;Worksheet 3: Evaluation Grid of group work to evaluate the skills acquired within a group work with gdescription of the Indicators for 4 levels of achievement.Worksheet 4: Individual self-assessment of students that has a goal to empower students to measure the skills that they've acquired.Since it's cardboard, it's easy to change the colours and create outfits using fabric or paper depending on the stories you can make up. I also suggested some ideas for parents and teachers to develop projects after completing the robot to stimulate and interest the kids.Ideas for Future development projectsThe evolution of the project may consist in the personal and creative application created with OttoBlockly to perform movements, sounds or gestures of the robot.
