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LegUp Prosthetics
The Challenge
For below-the-knee amputees, the socket is crucial to the comfort and function of transtibial prosthetics. Due to residual limb volume fluctuation, the use of traditional rigid sockets causes discomfort. In low-resource settings, limited access to fitting services worsens these challenges.
Our Solution
We aim to create a Graphical User Interface (GUI) to help patients in low-resource settings receive access to prosthetic fitting services. Additionally, we aim to design a pressure-sensing network incorporating a 3D-printed socket to collect interface pressure data with participants in order to better fit their socket to their limb.
What We've Accomplished
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Researched ideal dimensions and features for a transtibial prosthesis
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Developed an adjustable socket system
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Developed a preliminary Foot and Pylon
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Researched possible materials to utilize for the fabrication of the prosthesis
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Built a load-testing setup to evaluate prosthetic components
Current Goals
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Build and test the second prototype
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Test the prototype for functionality and durability
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Establish a repeatable manufacturing process
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Develop an orthotic cuff to be used to test a force-sensing network
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Build, test, and implement the force-sensing network using force-varying resistors
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Prototype
2026
LegUp at the Holloman Health Innovation Challenge
Meet the Team
Alumni
Sahana Subramanian
Bioengineering & Biochemistry
2022-2026
Max Kobiesa
Bioengineering & Biochemistry
2022-2026
Sahana Sateesh
Bioengineering: Nano & Molecular Engineering
2022-2026
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