SSAL A-Level物理延伸课堂：STEM活动打造手工桥梁

SSAL国际课程

12-26 08:34发布于广东

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趣味物理

实践课

Practice Course

Physics｜STEM挑战

在SSAL A-Level物理课堂的延伸活动中，学生们迎来了一场别具一格的STEM挑战。外教老师带领大家运用物理知识，结合纸板、乐高等工具，设计并制作桥梁，最终成功完成让电动车平稳通过桥梁的任务。这次活动让学生们在动手实践中感受到物理知识的力量，也激发了他们的创造力与合作精神。

As part of SSAL's A-Level Physics extension activities, students took on a unique STEM challenge. Guided by their foreign teacher, they applied physics principles and used tools such as cardboard and LEGO to design and construct bridges, ultimately enabling a motorized vehicle to cross successfully. This activity allowed students to experience the power of physics through hands-on practice while sparking creativity and teamwork.

理论与实践结合，探索桥梁稳定性

Blending Theory and Practice: Exploring Bridge Stability

活动开始，外教老师为学生们讲解了桥梁设计中的核心物理知识，如力的分布、结构稳定性和材料强度。同学们通过学习，理解了如何将这些理论知识应用于实际设计中。随后，学生们被分成小组，利用纸板、乐高等工具，开始构思并动手制作桥梁模型。

The activity began with the foreign teacher explaining essential physics concepts related to bridge design, such as force distribution, structural stability, and material strength. Students learned how to apply these theoretical principles to real-world designs. Divided into groups, they used cardboard, LEGO, and other tools to brainstorm and construct their bridge models.

动手设计，解决实际问题

Hands-On Design: Solving Real-World Problems

在制作过程中，学生们需要充分考虑桥梁的承重能力和结构平衡，并不断进行调整和改进。每个小组通过讨论分工，将理论转化为实际设计，从零开始一步步搭建自己的桥梁。制作环节充满挑战，但也让同学们体验到了工程设计的乐趣。

During the construction phase, students carefully considered the load-bearing capacity and structural balance of their bridges, making adjustments and improvements as needed. Each group divided tasks and translated theoretical knowledge into practical designs, building their bridges step by step. Despite the challenges, students thoroughly enjoyed the engineering design process.

成果展示，电动车成功过桥

Showcasing Results: Successful Vehicle Crossing

活动的高潮是电动车测试环节。每组同学将自己制作的桥梁进行承重测试，看它们能否承载电动车的平稳通过。当电动车顺利跨越桥梁时，教室里爆发出了热烈的掌声和欢呼声。这一刻，不仅是对他们努力的肯定，也让他们深刻体会到了理论与实践结合的成就感。

The highlight of the activity was the motorized vehicle test. Each group tested their bridges to see if they could support the vehicle's smooth crossing. When the motorized vehicle successfully passed over the bridges, the classroom erupted with applause and cheers. This moment was not only a testament to their efforts but also a rewarding experience that demonstrated the integration of theory and practice.

培养综合能力，激发学习兴趣

Developing Skills and Inspiring Interest

这次STEM活动课，不仅深化了学生对物理知识的理解，还锻炼了他们的动手能力、创新能力以及团队合作精神。同学们在亲手搭建桥梁的过程中，体会到了科学与工程的魅力，也激发了他们对STEM领域的兴趣和探索热情。

This STEM activity not only deepened students' understanding of physics concepts but also honed their practical skills, creativity, and teamwork. As they built their bridges, students experienced the charm of science and engineering, sparking their interest and enthusiasm for exploring the STEM field further.

科学实践的魅力等你来探索！

Discover the Magic of Hands-On Science!

SSAL致力于为学生提供丰富的学术与实践结合的学习体验。这次桥梁制作的成功展示，正是我们推动学生全面发展的一个缩影。未来，我们将继续推出更多精彩的延伸课堂与实践活动，和同学们一起在科学世界中开拓更多可能性！

SSAL is dedicated to providing students with a rich blend of academic and practical learning experiences. This successful bridge-building activity exemplifies our commitment to fostering well-rounded student development. In the future, we will continue to offer exciting extension classes and hands-on activities, exploring the wonders of science together with our students!

关注SSAL微信公众号，与我们一同开启探索新知的旅程！

Follow SSAL's official WeChat account to join us on this journey of discovery and learning!