Built a mechanical leg powered by electricity

English Language Arts

• Explored vocabulary related to mechanics and engineering, such as "mechanical," "electricity," "power," and "energy."
• Practiced writing skills by documenting the process of creating the mechanical leg and explaining its functions and benefits.
• Used critical thinking and communication to present the project to peers, practicing speaking and listening skills.

Math

• Applied mathematical concepts to calculate the power consumption of the mechanical leg, considering voltage, current, and resistance.
• Employed measurement skills to accurately construct and fit the components of the mechanical leg, such as ensuring proper length and angle of the leg.
• Developed problem-solving skills while troubleshooting any technical issues related to the electrical components of the mechanical leg.

Science

• Explored the principles of electricity and electrical circuits, understanding how energy is transformed and utilized within the mechanical leg.
• Studied the anatomical structure of the human leg and how the mechanical leg mimics its functions, gaining insight into biomechanics and human physiology.
• Engaged in the engineering design process, learning to plan, construct, and test a mechanical device to solve a specific problem.

For continued development, students can explore advanced engineering concepts related to robotics, energy efficiency, and sustainable design. They can participate in robotics clubs, engineering competitions, or science fairs to apply their knowledge in practical and creative projects.

Book Recommendations

• Electricity and Magnetism by Neil Johnson: A beginner's guide to understanding the principles of electricity and magnetism, including practical examples and hands-on activities.
• The Incredible Science of Energy by Michael J. Daley: Explores the science behind energy, including mechanical, electrical, and chemical energy, in an engaging and informative manner.
• The Robotics Revolution by Alane Russell: A fictional story that incorporates real-life robotics concepts, inspiring young readers to explore the world of robotics and mechanical engineering.