Computational Thinking and STEAM Made Easy
6 Days
Claudia Baiata
This is the perfect course for all of you that love playful, hands-on learning experiences on digital and unplugged technologies, gain a new vision on inclusive methodologies, design creative and fun lesson plans that trigger problem solving abilities and have a low floor, high ceiling approach.
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We will discuss many practical aspects of the learning-teaching process that create those “Wow moments” so needed to inspire children’s natural curiosity and engage them to the STEM disciplines through coding and tinkering activities.
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This course will offer teachers and educators awareness and insight on inclusive methodologies in technology, both plugged and unplugged, engaging and exciting for the whole classroom, in a constructivist perspective, with a specific angle on equity.
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​Come and be a part of "Computational Thinking and STEAM Made Easy" in Florence, where you'll not only gain insights into cutting-edge educational concepts but also immerse yourself in the rich cultural heritage of this enchanting city. Join us for a week of professional development, collaboration, and cultural exploration!
Learning outcomes
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Gain a deep understanding of Computational Thinking concepts and their relevance to STEAM education.
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Explore hands-on strategies and activities to incorporate Computational Thinking into various subjects.
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Acquire valuable tools for promoting problem-solving, creativity, and critical thinking in the classroom.
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Develop a collaborative network of educators interested in STEAM and Computational Thinking.
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Receive a certificate of completion.
Programme
Computational Thinking and STEAM Made Easy
Introduction to Computational Thinking and STEAM:
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Welcome and course introduction. Icebreaker activities.
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What is Computational Thinking, and why is it important?
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Exploring the connections between Computational Thinking and STEAM.
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Storyboarding, group discussions and brainstorming.
Note: The course programme may undergo minor changes based on logistical considerations and resource availability.