What happens when you cross a child life specialist with loose parts? Creativity, to say the very least. Specialists have been using loose parts to make the medical world more accessible and friendly for children and families since the beginning of our profession. They combine medical supplies (tubing, gauze, rubber gloves) and household items (paper towel rolls, pipe cleaners, paper clips, felt) to create everything from customized dolls that reflect a child’s medical situation, to a glove-o-phone to help children pass breathing tests. Simple and complex inventions have aided children in making meaning out of their medical experiences.
Now, with the Maker Movement, child life specialists have invaluable opportunities to join brains with other disciplines seeking to improve patient experience and speed recovery. Bank Street College Child Life alumnae Jon Luongo and Kelly Segar, and children’s book author Anastasia Higginbotham rolled up their sleeves to join the Maker Faire at The New York Hall of Science this past weekend. They joined nurses, doctors, medical technicians and fellow inventors in the Health Maker tent on this brisk and cloudy autumn day.
As children and caregivers meandered through the exhibits, .the specialists shared information about how to make pediatric hospital stays more manageable, less stressful, and more fun. As Jon demonstrated the glove-o-phone, kids jumped at the unexpectedly loud honk it made.
Exclamations of “Ewww gross!” were followed by attentive curiosity as Jon explained the purpose of the vial of “blood soup” on the table.
Families spontaneously grabbed colorful neon strings and engaged in string play, a simple game that crosses generations, culture and language around the world.
Kelly demonstrated her Barium Bear, “Barry”, developed to support children receiving barium enemas and scans. She used simple circuitry that she learned from a Hospital Play Specialist in Japan to illuminate the pretend scan.
At nearby tables, radiation techs and doctors showcased how legos can be used to build mini MRI, CT-Scan, and linear accelerator machines. When they are doll sized, they aren’t quite so scary. And when children aren’t as frightened, doctors can administer less anesthesia to their tiny patients, a win-win for everyone.
Did you know that a A three-D printer can be used to make prosthetic hands for children who have lost theirs to birth defects, disease or accidents? And for a fraction of the cost of traditional prosthetics. And they aren’t just your run of the mill hands either. They are superhero hands! As I observed a three-D printer humming away at one exhibit, I wondered about what kind of mind came up with the idea of this machine. And then who had the amazing idea about the possible application of it in the medical world?
Wonderful ideas start somewhere, and when we encourage children to explore and create, even in the medical environment, we are investing in their healing and in their future. The Maker Faire was an extraordinary celebration of the possibilities of the human brain. From low-tech to high-tech, creative minds came together in the Health Lab tent to hack medical problems and make the healing process more fun. If you want to get your maker on, I encourage you to find maker spaces near you Challenge your child life staff to a loose parts contest at the next departmental meeting. Jumpstart a health maker group in your hospital and invite staff from throughout the institution to collaborate. And don’t forget your best assets. Find every opportunity to include children in creative problem solving with loose parts. In and out of the healthcare field, children and adults all benefit when we connect with what Eleanor Duckworth called “wonderful ideas.”