A simple, affordable device that attaches to either side of a manual wheelchair to help users with only one functional arm steer using a joystick while still manually moving the wheelchair. The device allows smooth one-arm operation, supports exercise through manual use, and fits well with everyday transportation needs.

A custom device and method to measure the stability of single-piece mini dental implants that uses a special magnetic sensor (via a smart peg) to detect vibrations from the implant. The vibrations are then converted into a stability score called the Implant Stability Quotient (ISQ), helping dentists assess how well the implant is anchored in the bone both immediately after placement and during healing.

A water-based bedpan system for patients with limited mobility. It lets patients clean themselves with water after done, promoting better hygiene. The system includes an inflatable cushion, replaceable bedpans, a water reservoir, pump, faucet, and a sewage tank. Optional features can be included - a soap dispenser, dryer, deodorizer, and weight sensor for added comfort and care.

A medicated surgical patch designed to prevent infections at the catheter exit site during peritoneal dialysis, a treatment for kidney failure. Current treatments like antibiotic ointments can be ineffective, cause skin irritation, or damage the catheter. This new patch contains medicine that slowly releases into the skin to prevent infection, reduces the need for frequent dressing changes, and helps avoid serious complications like peritonitis

A compact system that accurately tracks and detects tiny muscle movements during activities like walking, squatting, or exercising. It combines surface electromyography (sEMG) and motion capture to map specific muscle areas in real time, capturing soft tissue changes through advanced imaging and mesh generation. Unlike traditional methods, it offers detailed, non-invasive muscle monitoring for use in healthcare, sports, military, and research.

Real-time visualization system for monitoring recovery progress of Anterior Cruciate Ligament (ACL) reconstructed patients. The invention processes multiple super-imposed EMG bio-signals of limbs muscles and 3-D kinematics measurement signals from a motion sensor set. The rehabilitation and recovery classification of the patient is determined based on extracted wavelet features from processed signals.