Skip to main content

Wave Therapies

Aquatic Wheelchair Redesign

This project focused on redesigning an aquatic wheelchair based on the current wheelchairs in use at the Bellevue Aquatic Center. The redesign needed to be cost-effective, reproducible, durable, functional, and comfortable to be used in a warm water therapy pool on a zero entry ramp. It also needed to fit on the pool ramp, through 36-inch doorways, and between the pool, locker rooms, and showers. The wheelchair needed to support up to 400 pounds, roll and turn smoothly with a seated user, provide stable support and relative comfort for nonambulatory users, reduce excessive buoyancy in the water, keep the user positioned safely as the ramp descends to 3 feet, and include functional wheel locks on both main wheels. The project resulted in open-source aquatic wheelchair plans and a prototype intended for use at the Bellevue Aquatic Center.

Students


Faculty Adviser(s)

Sirine Maalej, Mechanical Engineering

Related News

Five students in front of their poster at the capstone expo.

Mon, 10/13/2025 | UW Mechanical Engineering

Capstone collaboration leads to award

An ME capstone team received first place for its energy audit of the UW School of Social Work building.

People examining a table with mechanical prototypes and a laptop at an exhibition.

Mon, 07/07/2025 | UW Mechanical Engineering

Capstone creations

Students displayed innovative capstone design projects at the 2025 expo.

Close-up of utility poles with mounted electronic devices and cables in an outdoor setting

Fri, 09/20/2024 | UW Civil & Environmental Engineering

Smarter irrigation for a greener UW

A new project combines satellite data with ground sensors to conserve water and create a more sustainable campus environment.

One person is sitting in a hammock chair, while another person holds part of the frame structure

Mon, 09/09/2024 | UW Mechanical Engineering

Testing an in-home mobility system

Through innovative capstone projects, engineering students worked with community members on an adaptable mobility system.