Our Projects
where innovation meets passion
At our UWaterloo design team, we're dedicated to developing cutting-edge mechatronic solutions that address real-world biomedical challenges. Our projects span a diverse range of applications, from creating advanced EMG technologies to developing affordable prosthetics and posture monitoring systems. Each project is driven by our commitment to improving patient outcomes and making a positive impact on the lives of those in need. Explore our work and discover how we're engineering the future of healthcare, one project at a time.
EMG Fabric
At EMG Fabric, we design and produce reusable, dry metal electrodes that work seamlessly with advanced machine learning libraries to interpret EMG signals. Our mission is to create a versatile suite of EMG electrodes and accompanying software, empowering applications like exoskeletons for patients with muscular dystrophies and supporting other pro-bono initiatives. We aim to revolutionize how EMG data is harnessed to improve patient outcomes.
e-NABLE
Through our collaboration with e-Nable, an online global community, our students 3D print and assemble custom forearm prosthetics, meticulously tailored to meet the exact size specifications of each patient. These prosthetics utilize mechanical actuation for joint movement and object gripping, providing an affordable and accessible solution for patients with limited financial resources, ensuring that everyone has access to life-enhancing technology.
Spine Biostickers
We are pioneering software development for Spine Biostickers, a tool designed to monitor spinal posture in post-surgical patients, helping to prevent harmful movements during recovery. By utilizing gyroscopes attached to the patient, our system collects data and provides real-time alerts, ensuring patients maintain safe postures and facilitating a smoother, safer recovery process.
Tetra
In partnership with the non-profit organization Tetra, we design and fabricate customized medical devices that cater to the specific needs of real patients. Our process begins with in-depth consultations to understand the unique challenges each patient faces, followed by the development, rigorous testing, and delivery of tailored solutions by our engineering students. Through this work, we are committed to making a tangible difference in the lives of those who need it most.