High School Students at NuVu Studio Use 3D Design & Printing to “Hack Wheelchairs for Urbanity”

Share this Article

Traditional wheelchairs are wonderful for people who need them, providing independence to those who have limits to their personal mobility for any of a number of reasons. Still, they do pose some design flaws that could enhance functionality and usability, particularly for users in urban environments.6_nuvu-logo

As with many impressive ideas utilizing the newest technologies, a new solution for innovative improvements to traditional wheelchair designs has emerged from a group of youths. High schoolers from NuVu Studio in Cambridge, Massachusetts were inspired by a wheelchair-using classmate.

NuVu Studio is a magnet innovation center that encourages its students — approximately 35 students each trimester — to solve real-world problems in a collaborative environment. The magnet center is a collaboration with Beaver Country Day School in Chestnut Hill, MA that values innovative educational approaches. NuVu students learned Autodesk Fusion 3D modeling software, then spent time brainstorming “urban hacks” to help improve city life.

The wheelchair “hacks” focused on three specific issues for wheelchair use in an urban environment:

  1. Lack of overall efficiency
  2. Inability to access backpacks or other belongings hanging on the back
  3. No universal lap tray

Working in groups, the students developed plans to tackle each of these issues. The solutions were complex designs targeted toward these three issues, including a 3D printed ratchet mechanism to enhance speed and efficiency, a hinged bag attachment that swings around for access, a modular rail system for holding items, and a universal tray that can hold everyday objects such as phones and laptops.

The student team working on the first project, tackling efficiency and speed, noted their brainstorming process:

“We live in a busy fast paced world that the wheelchair hasn’t necessarily kept up with. We want to use a ratchet mechanism, Left_20Wheel_20Diagramwhich would allow the user to wheel faster in the chair in a rowing motion as opposed to a wheeling motion, a similar motion to the arms on an elliptical machine. We are mainly focusing on the ratchet mechanism moving the wheelchair forward but hopefully if we have time we can work on brakes as well.”

Using these thoughts as the basis for the design, the students set about to prototype the rowing motion using cardboard pieces and bike parts before settling on a workable design.

The second team created a wheelchair canopy to address issues of item accessibility, while another team created a modular rail system to hold items. These adaptations allow for a wheelchair user to reach many of their commonly used items, such as phones, tablets, laptops, and other devices.

canopy_20diagram_20tall

The third item on the list was addressed by a team that created a desk/arm rest for functional use.  All of the students’ projects were well-documented on NuVu’s website, helping the teenagers not only collaborate on functional designs but also learn to properly notate their steps of achievement. By recording their processes, the students were held accountable for their work and were able to trace the steps they took in each of their prototyping processes in order to both build on previous ideas and simply record them down for posterity.

Check out more details on their work in their project portfolios, and some additional photos of their designs and 3D printed pieces below. What do you think? Will more high school students undertake self-directed projects like these? Discuss your thoughts in the 3D Printed Wheelchair Hacks thread at 3DPB.com.

_mg_8230 _MG_8427-X3 IMG_0623 IMG_6165 img_6343 IMG_6358-X3

Share this Article


Recent News

3D Printing Will Power the New Space Race

CollPlant Biotechnologies Raise $5.5 Million



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Harvard Researchers Developing a New Way to 3D Print Organs

Imagine your own heart for a second. Then try to figure out how many cells it has. It’s not that simple. Some cells are very easy to spot while others...

Sharing Knowledge With CELLINK’s Ambassador Program

Creating a sharing ecosystem for research projects in bioprinting is key to making scientific findings reproducible and enabling fellow scientists and engineers to contribute to the evergrowing biotechnology community worldwide.  With...

Interview with Seok-Hwan You of Rokit Healthcare on Bioprinting

When Seok-Hwan You founded Rokit Healthcare the company was one of the first worldwide to be able to 3D print PEEK and other high-performance materials. It quickly grew to dominate...

Charles River Associates International on Bioprinting

Charles River Associates International is a company that advises governments, law firms, and companies on weighty strategic matters and issues related to specific expertise that the company has. CRA may...


Shop

View our broad assortment of in house and third party products.


Print Services

Subscribe To Our Newsletter

Subscribe To Our Newsletter

Join our mailing list to receive the latest news and updates from our 3DPrint.com.

You have Successfully Subscribed!