Laser Polyp Removal
2024–Present
Client: Miller Group at UofT & Toronto Western Hospital
Developing a traction tool for endoscopic laser-assisted polyp removals to increase excision speed.
Projects UTBIOME has worked on since 2018, ranging from research to prototyped devices.
2024–Present
Client: Miller Group at UofT & Toronto Western Hospital
Developing a traction tool for endoscopic laser-assisted polyp removals to increase excision speed.
2022–Present
Analyzing gene expression data to identify key biomarkers and build predictive models for rheumatoid arthritis.
2024–2025
Client: Farcas Lab at St. Michael’s Hospital
Designed a controlled irrigation system with a sand-filtering unit and surgical control box for the removal of small kidney stones.
2022–2025
Client: Anahana Wellness
Designed a wearable patch for breathing monitoring and biofeedback with computational data analysis for detecting COPD using HexoSkin sensor data.
2022–2024
Client: Farcas Lab at St. Michael’s Hospital
Developed an automated bag-switching controller and flow adjusting system for continuous bladder irrigation (CBI) to improve procedural efficiency.
2021–2023
Client: St. George Physiotherapy Clinic
Designed a back injury monitoring system using textile-integrated sensor arrays to support patient rehabilitation exercises.
2021–2022
Generated synthetic data sets to support biomedical research and computational modeling.
2021–2022
Designed respiratory support devices to address critical care needs during COVID-19 pandemic.
2020–2021
Developed machine learning classification algorithms to detect falling in seniors with a high degree of accuracy.
2020–2021
Designed a low-cost, automated airway clearing device to treat patients with cystic fibrosis by loosening mucus.
2019–2020
Client: Tetra Society
Designed a wheelchair attachment with a locking pivot and forearm cradle to assist users with arm movement and accessibility.
2018–2020
Designed a low-cost, modular above-knee prosthetic leg focused on joint mechanics for users in developing countries.
2018–2020
Developed rehabilitation devices focused on stroke recovery assistance.