UBC Bionics
UBC Bionics is a student team from the University of British Columbia dedicated to developing bionic technologies that enhance the quality of life for individuals with disabilities. Their mission is to create solutions that can replace human physiology. Their current projects include GRASP, a smart prosthetic arm integrating electromyography, computer vision, and 3D printing for trans-radial forearm amputees, and NERV, a brain-computer interface (BCI) designed to process EEG signals for controlling output devices, aimed at individuals paralyzed from the neck down. The team utilizes technologies such as EMG, computer vision, machine learning, and EEG data analysis, programming in Python and Rust. They aim to push the boundaries of technology with their innovative bionic solutions.
UBC Bionics
UBC Bionics is a student team from the University of British Columbia dedicated to developing bionic technologies that enhance the quality of life for individuals with disabilities. Their mission is to create solutions that can replace human physiology. Their current projects include GRASP, a smart prosthetic arm integrating electromyography, computer vision, and 3D printing for trans-radial forearm amputees, and NERV, a brain-computer interface (BCI) designed to process EEG signals for controlling output devices, aimed at individuals paralyzed from the neck down. The team utilizes technologies such as EMG, computer vision, machine learning, and EEG data analysis, programming in Python and Rust. They aim to push the boundaries of technology with their innovative bionic solutions.