Makers Making Change
Makers Making Change are a Canadian organisation who connect people with disabilities to volunteer makers to build assistive technologies.
In this Make:able toolkit, we’ll be broadening your knowledge of assistive technology and 3D printing. This knowledge will not only inspire your design ideas but it will enable you to confidently discuss the potential of 3D printed assistive devices with your end user. Start by watching the overview video, then explore the interviews and example submissions provided.
Here are some interviews with various disability organisations. We recommend selecting and watching 2 or more of these. You might pick interviews from organisations that specialise in the same disability as your end user, or you might simply have an interest in the type of work they do. In addition to talking about the work of their organisation, each interview discusses the purpose and potential of 3D CAD and 3D printing for making assistive devices. Pay careful attention to what they say, as their insights can support you in talking to your own end user about 3D printing and assistive technology.
The Earle Baum Center
Earle Baum Center is a nonprofit regional community center in Santa Rosa, California. EBC helps people and families regain confidence, master new skills, contribute to their communities, and engage with technology.
I CAN Centre
The mission for the I CAN Centre for Assistive Technology is to positively affect, through the use of assistive technology, the lives of people who have disabilities.
Handprints e-NABLE Scotland
Handprints e-NABLE Scotland is a student-run organisation based at the University of Glasgow. They create 3D printed prosthetics completely free of charge for anyone who has need of one.
TechOWL
TechOWL is Pennsylvania’s designated Assistive Technology Act Program - one of 56 programs in the nation. They help people with disabilities explore the tools and technology they need to be independent.
Workbook
- In the space provided on Section 2 of the workbook, briefly explain the benefits of using 3D printing to manufacture assistive devices. You can refer back to these notes when talking to your end user about the opportunities with 3D printing for assistive technology.
In the following sections, you can explore a variety of past submissions in different areas of assistive technology. We suggest watching at least four of these. You might choose examples that address the same disability as your end user or ones that interest you based on the type of solution. As you watch the videos, focus not just on the final design, but also on the entire process, including how it was documented.
Workbook
- In the ‘Case Study Reviews’ area, select 3 of the most impactful example submissions you reviewed. Write the case study name (E.g. Accessible Wallet) in the space provided. Then list 2 things you enjoyed about the product, the design process, or the way it was filmed and edited.
Wrist Flex Gripping Aid
Maja, Gosia, Robert, Krzesimir and Piotr designed an adjustable gripper for Adam, who faces the challenges of tetraplegia. At the heart of their design lies a mechanism ingeniously driven by wrist movement, offering him newfound independence.
The Accessible Wallet
Adele, Biyon, Yingzhen, Yohan and Jamie aim to make it easier for people with dexterity issues to take cards out of their wallet.
Trike Steering Aid
Ben, Joseph, Liam and Pierce wanted to help the therapy and learning center by making their new trike more maneuverable for the children and therapists.
Marker Grippers
Collin, Felix and Isaiah worked closely with occupational therapists to develop a series of 3D printed marker grippers to help their young clients.
Pill Dispenser
Libby, Opal, Tyler and Drew designed a pill dispenser for Steve, who has Parkinson's disease. The dispenser makes use of multiple components and materials, together with a spring mechanism that ensures only one pill is released at a time.
Interchangeable Cuff
After observing Samir and his struggles with eating and drinking due to hand amputation, the team from RoboGeex Academy designed an interchangeable cuff solution. It includes a gripper attached to the hand and several attachments.
Braille Pad
The 3D printed audible BraillePad is a tablet-like device that addresses the issues of dated manufacturing of Braille books and ineffective learning for the visually impaired.
Braille Boggle
Luke, Grace and Sam designed a fully 3D printable braille version of the game Boggle. The device works by spinning the braille tiles, which are then locked in place by the lid and ready for gameplay.
Tactile Chess Set
Shepard, River, Alex, Noah and Henry designed a tactile chess board for their end user Ed Summers, who has visual impairments.
Sensory Shape Identifiers
Joshua, Lilly and Enrique designed a learning device for Luti, a kindergartner who is blind and non-verbal, to help her identify who she is interacting with.
Tactile Activity Tray
Allison, Joseph, Mia and Van designed a tactile tray with activities for a blind community member. The tray also includes a button activated music player with his favorite songs.
Cane Stand
Shri, Eloise, Harry, Luca and Dylan designed a cane stand for Miss Kittel, who recently had knee surgery.
Switch Activated Music Player
Renee loves to listen to music but cannot use a regular music player. David, David and Jackson made it their goal to design a music player specifically for Renea's needs by adapting the Makers Making Change accessibility switch.
Disney-Themed Sound Toy
Abby, Cooper, Jackson, Lawson and Nora made Dawson a Disney-themed lap-toy with specially adapted sound toggles.
Assistive Water Gun
Amelia, Amelia, Ella and Ellie designed a one-of-a-kind water gun for their client Callie, who has arthrogryposis.
One Handed Gaming Joystick
The One Hand Wins joystick is designed to support Mitchner to play Xbox games with one hand. It makes use of the Xbox Adaptive Controller to interface between the joystick and the console.
Adaptive Toy Car
Lorelei, Marco, Skylar and Mikaela created several adaptions to a toy car for Nathan - a 4 year old boy with cerebral palsy.
Electronic Pill Dispenser
Ahmad, Nabil, Osama and Maysoon designed a pill dispenser for the elderly to help them take their medication on time. Users can set the device to dispense pills at specific times, and it will remind them with an alarm.
Hand Splint
Christian, Greyson and Jake created a mold to help Kristen brace her hand in an open position as part of her exercises to regain mobility.
Arm Attachment
Harper, Joseph and Seth designed a customizable arm attachment for Joshua to help him catch a ball, use a broom, and better hold objects such as plates.
Adapted Dog Wheelchair
Kirsten, Akiles and Isaac adapted a dog wheelchair for their client Happy! The design uses compression springs with several support frames made from PLA filament, as well as new kind of wheel made from TPU filament to give the most comfortable ride possible to their furry friend.
Adjustable Shoe Wedge
SureStep is an adjustable wedge support, which was designed for Darwin, who has a condition known as idiopathic toe walking. After seeking advice from an expert pediatrist, the team opted for a device that would load and support the heel from the exterior of the shoe.
Ballet Prosthetic
Renata designed a lower limb ballet prosthetic for above knee amputees. Driven by a survey conducted with a University dance society, Renata focused on the pirouette movement to inspire her dynamic design, which supports a rotational movement.
AI Powered Headrest
Kaylee, Audrey, Sophie and Catherine created an AI-powered headrest for their end user. The headrest is fitted with a speaker connected to Chat GPT to guide the user into specific exercises for back pain.
Wheelchair Grabber
Andrew, Garrett, Jackson and Sawyer designed a grabber that allows Noah to pick up a wide range of objects from his wheelchair.
Portable Foldable Table
To combat the discomfort of the characteristics of tables being too tall and not be suitable for wheelchair users, Luke, Jasmine and George designed a portable foldable table that can stick onto any surface - perfect for on-the-go and permanent use.
Wheelchair Armrest Fix
Despite receiving a new wheelchair, the team's client faced discomfort and safety concerns due to the removal of armrests for better wheel alignment. To address the issue, they designed a 3D printed bracket using Carbon PLA material, which securely fastens the armrests onto the wheel guides.
Wheelchair Tray Accessories
Chris, Jonah and Sullivan designed a range of wheelchair tray accessories for Christian, who has muscular dystrophy.
Wheelchair Lever
Jessica, Jeffrey and Natalie designed a wheelchair lever for their client Peter. The team went through multiple iterations to come up with a gear solution that decreases the amount of force required to propel the wheelchair.
Fishing Rod Aid
Team Dakota adapted an existing fishing rod to help Dakota, who has cerebral palsy. The 3D printed device features an ergonomic handle, together with a stand that allows the rod to attach to Dakota's wheelchair.
Sight Therapy Device
Bill designed a therapy device for his client, Michael. The device is designed to motivate and provide active learning to individuals that use a Brock String and Horizontal Drum due to loss of eye muscle control (i.e. Ataxia).
Laser Projection Device
LINE is a line projection device that assists people with freezing of gait, which is a walking condition that prevents people from walking efficiently.
Car Assembly Kit
Imad, Ghaith, Mossab, Jad and Hanin designed a customized assembly kit for individuals with cerebral hypoxia - featuring color-coded, magnetically connected, 3D-printed pieces.
Sensory Wheel
Colleen designed a sensory wheel for her brother, John Paul, that can act as a fidget toy to calm down sensory overload.
Here is a selection of optional resources that you may wish to watch/use, depending on your challenge context and time constraints.
Rob's Challenge
In the next stage of Rob’s Make:able Challenge, he talks about his methods for getting inspired in preparation for designing a solution for Cath.
Makers Making Change
Makers Making Change connects volunteer makers to people with disabilities who need assistive devices. Their devices are all open source and they have an amazing catalogue to gain inspiration from.
Tikkun Olam Makers
TOM - Tikkun Olam Makers - is a global movement of communities that creates and disseminates affordable solutions to neglected challenges of people living with disabilities, the elderly and the poor. Check out their website to gain inspiration from their community, events and projects.
TechOWL
TechOWL helps people with disabilities explore the tools and technology they need to be independent. Their Instagram page is home to hundreds of reels that showcase amazing 3D printed devices.
Before moving on to the next toolkit, you should have achieved the below objectives.
- I can explain the benefits of using 3D printing for assistive technology.
- I have reviewed several case studies and made notes on things I enjoyed.
If you are using the workbook, you can tick these off at the bottom of Section 2, and make note of any key learnings or important things to remember.
Go to Next Toolkit – Skill Building