1. Design and Print a Functional Prosthetic Limb
Project Overview:
Explore biomedical engineering by designing and printing a prosthetic limb. This project demonstrates how 3D printing can provide cost-effective solutions to real-world problems.
Steps:
Research the anatomy and mechanics of prosthetic limbs.
Use CAD software to design a simple prosthetic, such as a hand or finger.
Test the printed model for functionality and fit.
Science Connection:
Explain how engineering principles and material properties (e.g., strength and flexibility) are used to create prosthetics.
2. Build a Wind Turbine Model
Project Overview:
Design and print a functional wind turbine to generate electricity. This project combines renewable energy studies with 3D printing technology.
Steps:
Design turbine blades and a rotor assembly using CAD software.
Print the components and assemble the turbine.
Attach a small generator to measure electricity output in different wind conditions.
Science Connection:
Discuss aerodynamics, energy conversion, and the importance of renewable energy sources.
3. 3D Printed Bridge Strength Test
Project Overview:
Investigate the relationship between bridge design and load-bearing capacity using 3D-printed models.
Steps:
Design different types of bridges (e.g., truss, arch, suspension).
Print the models and test their strength by gradually adding weights.
Compare the performance of each design.
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