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所在平台: Udemy |
课程主页: https://www.udemy.com/course/robotics-and-coding-in-classroomempowering-teachers/
课程评论：没有评论
课程名称：课堂中的机器人与编程：赋能教师 课程概述：在“课堂中的机器人与编程：赋能教师”课程中，主要教授教育工作者以下内容： 1. **理解编码基础**：通过基于块的编程（如Scratch）和基于文本的编程（如Python），学习变量、循环、条件和函数等基本编码概念，使编码对教师和学生都易于理解。 2. **构建与编程机器人**：发现如何使用教育机器人套件（如LEGO Mindstorms、VEX IQ 或 Arduino）组装、编程和控制机器人。教师将获得亲身实践经验，集成传感器和执行器，创建能够执行导航、物体检测等任务的功能性机器人。 3. **在课堂中整合STEM**：发展设计课程计划和动手活动的技能，将编程和机器人引入各个学科。课程强调与教育标准对齐活动，为学生的学习提供有意义的现实应用。 4. **培养21世纪学生技能**：学习如何利用机器人和编码培养学生的批判性思维、创造力、解决问题和合作能力。这些项目鼓励学生共同工作，以方式应用技术概念，促进对STEM的更深理解。 5. **利用项目基础学习(PBL)**：实施项目基础学习策略，使用机器人挑战和编码练习来吸引学生，模拟现实世界的问题解决。这将赋能教师创造一个让学生通过实验和探索主动应用技能的环境。 6. **评估和跟踪学生进展**：学习评估学生在编码和机器人学习中的最佳实践，结合形成性和总结性评估，教师将获得测量技术技能、合作能力和解决问题能力的策略。 7. **整合新兴技术**：探索机器人和编码如何为引入高级主题（如人工智能、机器学习和自动化）奠定基础，为教师提供以尖端技术激励学生的途径。 通过该课程，您将掌握自信教授编码和机器人所需的技能和资源，为学生的未来科技和创新的驱动做好准备。
In "Robotics and Coding in Classroom: Empowering Teachers caps curriculum", the course primarily teaches educators how to:Understand Coding Fundamentals: Learn the essential coding concepts such as variables, loops, conditionals, and functions through block-based programming (e.g., Scratch) and text-based programming (e.g., Python), making coding approachable for both teachers and students.Build and Program Robots: Discover how to assemble, program, and control robots using educational robotics kits like LEGO Mindstorms, VEX IQ, or Arduino. Teachers will gain hands-on experience in integrating sensors and actuators to create functional robots capable of tasks such as navigation, object detection, and more.Integrate STEM into the Classroom: Develop the skills to design lesson plans and hands-on activities that bring coding and robotics into various subjects. The course focuses on aligning activities with educational standards and offering students meaningful, real-world applications for their learning.Foster 21st-Century Skills in Students: Learn how to leverage robotics and coding to cultivate critical thinking, creativity, problem-solving, and collaboration. These projects encourage students to work together and apply technical concepts in ways that promote a deeper understanding of STEM.Leverage Project-Based Learning (PBL): Implement project-based learning strategies to engage students with robotics challenges and coding exercises that simulate real-world problem-solving. This will empower teachers to create an environment where students actively apply their skills through experimentation and exploration.Assess and Track Student Progress: Learn best practices for evaluating student learning in coding and robotics through a combination of formative and summative assessments. Teachers will receive strategies to measure not only technical skills but also collaboration and problem-solving abilities.Integrate Emerging Technologies: Explore how robotics and coding lay the foundation for introducing advanced topics such as artificial intelligence (AI), machine learning, and automation, giving teachers a pathway to inspire students with cutting-edge technologies.By the end of this course, you'll have the skills and resources needed to confidently teach coding and robotics to your students, preparing them for a future driven by technology and innovation.
