Robotics lessons can be used in any grade or subject, not only science and math. They can also be used in English and social studies.
Using robots and robotics in the classroom is also a great way for teachers to incorporate STEM subjects like computer science and engineering without losing sight of their students’ learning goals.
为了丰富文学课的内容,学生可以编写程序让机器人模拟文学人物的旅程。学生还可以运用数学知识来确定机器人运行程序所需的时间。
STEM学科并不需要教师放弃整个课程体系。相反,每个学期只需开展一个项目或实践任务,每次持续两到三周即可。保持简单,注重乐趣和学习效果。

Here are some resources and suggestions
#1. LINKING ROBOTS TO SCHOOLS
机器人学是工程学的一个领域,它涉及机器人的设计、制造和使用。该领域与计算机科学相结合。
In the classroom, educational robots help youngsters learn basic engineering design and programming abilities while allowing them to observe real-time code effects. We may also help kids build professional skills like planning, teamwork, and perseverance while integrating literacy, science, and math. Here’s an infographic about the abilities we can help students build.
以下是一些背景信息,旨在帮助学生保持真实的学习体验:
- 在商业农业中,机器人无需人类协助即可在农田中巡视、收割作物和照料植物。
- 在医疗保健领域,人工智能和增强现实技术可以帮助穿戴机器人外骨骼的残疾人找到方向。
- 坚固的机械臂组装汽车并进行精确安装。
- 遥控飞行器从太空和其他星球收集数据。
#2. SELECT A ROBOT
在课堂上教授机器人技术时,选择易于组装和后续清理的机器人。
以下公司提供适合各种年级和预算的选择:
- PBS 儿童频道:好奇的乔治为幼儿园至五年级学生打造机器人。
- 帮助幼儿园至五年级的孩子们使用 Bee-Bot 编程机器人。
- 学生可以使用 Sphero 来创建形状、拼写单词和学习编程。这份家庭指南也能帮助家长指导孩子。
- Ozobot:提供带或不带电脑屏幕的 K-12 编程选择。
- 乐高和 Vex 也允许各个年龄段的学生搭建机器人,这在业余爱好者和竞技机器人搭建者中很受欢迎。
#3. FRAMEWORK FOR BEGINNING
无论你使用什么机器人或平台,采取以下四个有计划的措施,帮助你的孩子适应科技。
- 了解你的机器人组件。学生可以通过寓教于乐的方式,识别并分类机器人的主要部件。从结构、运动、电子元件和其他工具入手。务必解释每个组件类别。
- 制作机器人(如适用)。对于初次接触机器人技术的低年级学生来说,这是一个充满乐趣的阶段。
- 了解齿轮、电机和传感器的功能。这一步骤解释了自动化和机器人工程中的基本概念,并为机器人组件的使用提供了背景知识。
- 学习编程。大多数智能设备都带有任务提示,教孩子们如何使用电机控制机器人移动,以及如何使用传感器检测触摸或运动。随着孩子们逐渐熟悉内置应用程序,他们可以使用可视化编程模块创建自己的程序。这就是为什么 Sphero Edu 应用程序中的积木式编程选项是基于 Scratch 构建的。
#4. PERFORMANCE TASK USE
An entire robotics unit may be too much for a subject instructor, so assign a performance challenge where students build a programme that allows their robot to do a task. To construct your own GRASP model (Goal, Role, Audience, Situation, Products).
Consider these logical curricular linkages while creating performance challenges.
英语语言

- Help kids connect writing with proper grammar to programming robots with right syntax.
- Students can help a character solve an issue (such travelling a certain distance, utilising gears strategically to cross difficult terrain, or employing sensors to warn of danger) by thinking logically about their creations.
- See a Wonder Workshop lesson.
数学

- Make paper robots to study geometry.
- Improve algebraic thinking skills.
- Examine the algebra required in driving motors in wheeled robots.
- Also, check out a Sphero lesson.
科学
- Create and programme robots to solve problems.
- Students engage in design teams to investigate, build, and test the best viable solutions.
- Learners investigate real-world scientific questions in earth science and physics.
- Students test theories.
- See a Lego lesson.
社会学
- Careers in robotics are studied.
- Students build simulations of robot manufacturing and distribution.
- Students can programme robots to navigate a floor map.
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