Robotic Wonder War
从硅谷的超人气编程机器人联盟—Dash & Dot,BeeBot,Sphero到天马行空的3D打印，结合iPad的应用Tickle和Tinkercad进行控制和设计，跨学科学习编程思维、艺术感知和数学计算。
课程特色
通过可视化编程应用控制机器人，进阶加深编程思维
通过Tinkercad软件设计3D模型，制作属于自己的3D作品，习得艺术感知
基于STEAM体验培养解决问题的创造性
进一步培养具体形象思维和抽象逻辑思维
适合对象/Students：6岁零基础 Beginners at ages 6
授课语言/Language:英语/ English
上课条件/Prerequisites：具有基本的英语沟通能力 the ability to communicate with instructors in English
课时/ACH:81
课堂规模/Size1:8
机器人战队：创意模块编程
Robotics: Building Blocks of a Creator
本课程专为幼儿学习机器人和编程的基础知识而设计。 利用硅谷开发的最先进的教具，包括Dash＆Dot，Beebot和Sphero，学生们将用技术解决问题和创造有用事物。
学生通过迷宫和项目控制机器人，学习数学和编程的基本概念，如时间，速度和条件。 通过iPad的可视化界面，在屏幕上创建小动画和游戏，模块编程控制机器人。 在课程结束时，我们的学生不仅学会使用操作机器人，还能进行更多创造性的创意。
This course is designed for young children to learn the fundamentals of robotics and programming. Utilizing the most advanced educational tools developed in the Silicon Valley, including Dash & Dot, Beebot, and Sphero, students will come to understand technology as a tool to solve problems and create useful things.
Students practice giving commands to the robots in class by working on puzzles and projects. Basic concepts in mathematics and programming, such as time, speed and conditionals, will also be taught during class. Through the intuitive interface of their iPads, they are introduced to block programming to control the robots, as well as create small animations and games on their screen. By the end of the course, our students would have moved beyond playing with their devices, and begin to see them as tools for a creative purpose.
课时: 27课时
关键要点
熟悉操作机器人战队Beebot, Dash和Sphero
理解编程中的概念（条件，重复）
探索其他计算机科学概念（参数，RGB颜色模型）
熟悉Blockly的界面
ACH：27
Key Takeaways
Familiarize with simple programming to work on Beebot, Dash and Sphero
Understand key mathematics and science concepts (time, speed, intensity)
Understand concepts in programming (conditionals, loops)
Explore additional computer science concepts (parameters, RGB color model)
Familiarize with the interface of Blockly
Tickle：互联世界的可视化编程Visual Programming for The Connected World
Tickle课程旨在为年轻好奇的人提供计算机编程概念及其在机器人技术中的应用。学生们在iPad应用程序Tickle上使用机器人技术探索编程概念。 与其他基于iPad的编码应用程序（如Hopscotch和ScratchJr）类似，Tickle允许使用颜色编码块创建小程序，并允许屏幕上角色和连接机器人的交互。
学生从基本的计算机指令开始，包括动作，外观和声音，然后将他们的计算命令与Sphero和Dash等机器人集成。该课程结合了机器人的传感器和动作，以加深学生对基本计算概念的理解，包括输入/输出和序列。
The Tickle course aims to equip young curious minds with computer programming concepts as well as its application in robotics. Students explore programming concepts using robotics on the iPad app, Tickle. Similar to other iPad based coding apps such as Hopscotch and ScratchJr, Tickle allows the creation of small programs using color coded blocks, and allows interaction of onscreen characters and connected robots.
Students start with basic computing commands including movements, looks and sounds, then integrate their computing commands with robots such as Sphero and Dash. The course incorporates sensors and motions of robots to deepen students’ understanding on essential computing concepts including input/output and sequences.
课时: 27课时
关键要点
设计和编程Tickle项目，以学习各种事件，外观，声音和动作命令
Tickle中的坐标，重复和循环功能简介
熟悉编程迭代，排序和编程中的次序概念
介绍传感器类型，包括加速度计，红外反射器和陀螺仪
用Tickle控制Sphero和Dash等机器人，编程领域的输入和输出概念介绍
ACH:27
Key takeaways
Design and program Tickle projects to learn a range of Events, looks, sounds and motion commands
Introduction to coordinates, repeat and loop function in Tickle
Familiarize with programming iterations, sequencing and the concept of orders in programming
Introduction to types of sensors including accelerometers, infrared reflectors and gyroscopes
Introduction to Sphero, concepts of input and output in the world of programming
3D打印和建模初体验
Introduction to 3D Printing & Modeling
这一代的孩子和青少年都是3D原著人。 从“我的世界”到3D电影，孩子们从小就被3D图像和动画所包围。 空间思维能力是儿童发展的重要组成部分。
本课程旨在向3D原著人介绍3D建模和打印技术。 特别迎合初学者，我们首先介绍3D建模，浏览TinkerCad界面，这是一款初学者友好的3D建模软件。然后，本课程将介绍3D设计元素和原理，剖析3D打印机的工作原理，并进入更复杂结构的建模。该课程以完整的3D产品完成，打印出来供孩子们带回家。
Kids and teens of this generation are all 3D natives. From Minecraft to 3D movies, children are surrounded by 3D images and animation from a young age. Spatial thinking capabilities are a critical component of a child’s development.
This course is designed to introduce 3D modeling and printing techniques to the 3D natives. Specifically catered to beginners, we start with an introduction of 3D modeling, navigating through the interface of TinkerCad, a beginner friendly 3D modeling software. The course then covers 3D design elements and principles, dissects how 3D printer works, and moves into modeling more complex structures. The course finishes with a complete 3D product which is printed out for kids to take home.
课时:27课时
关键要点
了解3D设计元素和原理，包括空间，负/正形状，值，纹理
学习3D原型制作技巧并亲自动手制作3D模型
设计视觉艺术并在设计中应用3D设计元素和原则
熟悉TinkerCad
制作8-10个个性化的3D打印作品
ACH:27
Key takeaways
3D Design elements and principles, including space, negative/positive shapes, values, texture
Learn 3D prototyping skills and create 3D models hands-on
Design visual arts and apply 3D design elements and principles on the design
Familiarize with TinkerCad
Make 8 - 10 customized 3D prototyping works