Inspiration
What if people with ALS could restore their movements with the help of AI-muscle control? The Electro-Arm was born from that vision, aiming to empower individuals with ALS to regain independence and mobility.
What it does
Electro-Arm is a neuro-prosthetic glove that uses Electrical Muscle Stimulation (EMS) and AI-driven muscle control to help individuals with ALS perform everyday tasks like eating or writing
How we built it
We combined EMG sensors, AI algorithms, and muscle stimulation technology to create a glove that detects muscle signals, interprets them, and triggers precise electrical impulses to restore movement. Our main prototype was modelled on blender.
Challenges we ran into
We faced challenges with fine-tuning the AI to accurately predict and replicate muscle movements, as well as ensuring the device was comfortable and responsive for real-world use. Also, just learning a whole modelling software in less than 12 hours!
Accomplishments that we're proud of
We are proud of placing in the Top 10 at MedSprint 2025 and the fact that we were able to create a working prototype in less than 48 hours.
What we learned
This project taught us how to integrate biomedical technology with AI, the importance of rapid prototyping, and the power of collaboration to solve complex challenges.
What's next for Electro-Arm
Our next steps are to refine the design, conduct user testing, and eventually bring Electro-Arm to those who need it most, continuing to enhance its functionality and accessibility.
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