Smart Walking Stick

Sept 2025 – Dec 2025 complete

An assistive cane that listens, locates, and remembers.

The Smart Walking Stick is a white cane with sensing built in: three ultrasonic sensors, a NEO-6M GPS module, an SD-card logger, and a buzzer for feedback.

It is for visually impaired users who already use a cane and want one that can warn them about an obstacle and keep a record of where it has been.

I co-designed it under a hard constraint: a $75 CAD budget per unit. My contributions included the mechanical mounting system. The electronics sit in a 3D-printed PLA enclosure clamped to the cane with a 50 mm aluminum clamp. I sized the enclosure to preserve the cane’s grip balance and to keep the SD card reachable for maintenance, so logs can be pulled without taking the unit apart.

It was a four-month design-course project. We built it, demoed it, and came out with a clear list of what to do differently next time.

Rami holding the Smart Walking Stick during development; the electronics enclosure is open with the sensor wiring exposed, before final routing into the housing.
Smart Walking Stick during development — sensor array exposed before final enclosure assembly.