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Co-Designing Disability Education with Persons with Disabilities: Evaluation of an Experiential Pilot Program in Undergraduate Medical Education

This study evaluates a co-designed experiential pilot program in undergraduate medical education at the University of Bern, demonstrating that workshops led by persons with disabilities effectively enhance students' disability competence, confidence, and awareness of barriers, with positive impacts persisting one year later.

Original authors: Anina Pless, Moa Haller, Michael Harris, Alain Bader, Nicole Sourt Sánchez, Herbert Bichsel, Katharina Thurnheer, Daniel Bauer

Published 2026-07-24
📖 9 min read🧠 Deep dive

Original authors: Anina Pless, Moa Haller, Michael Harris, Alain Bader, Nicole Sourt Sánchez, Herbert Bichsel, Katharina Thurnheer, Daniel Bauer

Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer

Imagine the world of healthcare as a massive, bustling train station. For most people, the station is easy to navigate: the signs are clear, the ramps are smooth, and the staff knows exactly how to help. But for people with disabilities, the station can feel like a maze of broken escalators, confusing maps, and doors that don't open. Sometimes, the problem isn't just the broken escalator; it's that the staff has never been taught how to help someone navigate it, or they might even assume the person doesn't belong there. This is the world of "disability education" in medicine. Doctors are trained to fix broken bodies, but often they miss the broken systems around them. The big question researchers are asking is: How do we teach future doctors to see the whole picture? The answer might lie in "experiential learning"—which is just a fancy way of saying "learning by doing"—and "co-design," which means building the lesson plan with the people who will be affected by it, rather than just talking about them.

This paper tells the story of a bold experiment at the University of Bern in Switzerland. The researchers wanted to see if they could teach medical students to be better doctors for people with disabilities by flipping the script. Instead of just lecturing students from a textbook, they invited people with disabilities to be the teachers. They ran two special workshops where students didn't just listen; they rolled through the experience. In the first workshop, students tried to navigate the world with simulated impairments, like wearing goggles that blurred their vision or using a wheelchair, guided by real experts with disabilities. In the second, they practiced being doctors in a safe, fake clinic, treating actors who were people with disabilities, who then gave them honest, direct feedback on how they did.

The results were promising, though the researchers are careful to say this is just a pilot—a test run to see if the idea works. They found that 17 medical students thought the workshops were incredibly relevant. After the experience, the students felt more confident, understood the concept of "ableism" (which is like prejudice against people with disabilities) better, and felt less scared of messing up when talking to a patient with a disability. One year later, when the researchers checked back in, the students said they were still using what they learned. They were asking patients what they needed instead of guessing, and they were noticing barriers in the real world that they used to ignore. The paper suggests that when people with disabilities are treated as equal partners and experts in the classroom, it creates a deeper, longer-lasting kind of learning that textbooks alone just can't provide.

The Train Station and the Broken Map

To understand why this study matters, we first need to look at the landscape of medical training. Imagine a medical student as a new driver learning to navigate a city. They spend years studying the map (the theory of how the body works) and the rules of the road (ethics and laws). But what happens when the road is full of potholes, or the signs are in a language they don't speak? For a long time, medical schools have taught students about disabilities mostly through lectures. It's like teaching someone to drive a car by only showing them pictures of cars, never letting them sit behind the wheel or feel the bumps in the road.

This approach has a gap. Doctors often feel unprepared to care for people with disabilities. They might worry about saying the wrong thing, using the wrong words, or not knowing how to examine a patient who uses a wheelchair or a communication device. This isn't because they are bad people; it's because they haven't had the right practice. The paper builds on the idea that to fix this, we need experiential learning. This is the "learning by doing" method. It's the difference between reading a recipe and actually cooking the meal. When you cook, you taste, you adjust, and you learn from your mistakes in real-time.

The paper also leans heavily on co-design. In the old way, experts design a lesson and then tell students what to learn. In co-design, the people who are the subject of the lesson are the architects. It's the "nothing about us without us" rule. If you are designing a ramp, you ask the person who uses a wheelchair to help you build it, because they know exactly where the slope is too steep. In this study, the "experts" are people with disabilities, often called "experts by experience." They aren't just patients; they are the teachers.

The Experiment: Two Workshops, One Big Shift

The researchers at the University of Bern decided to test this idea with a pilot program. They didn't just throw a party; they built two specific workshops to see if this "learning by doing with real experts" approach would work for medical students.

Workshop 1: The "Try It On" Experience
The first workshop was like a giant, interactive obstacle course. The students were guided by people with disabilities (PWD) who acted as educators. The students rotated through four stations, each simulating a different type of impairment: visual impairment, hearing impairment, mobility impairment, and age-related impairments.

Imagine putting on goggles that make the world look like a blurry watercolor painting, or trying to walk down a hallway in a wheelchair that gets stuck on a tiny bump. The students had to navigate a real hospital compound with these challenges. It wasn't just about the physical struggle; it was about the frustration of a door that wouldn't open or a sign you couldn't read. Afterward, they sat down with the educators to talk about what it felt like. It was a moment of "Oh, I never realized how hard that is."

Workshop 2: The Practice Clinic
Two weeks later, the students returned for the second workshop. This time, they were in the doctor's chair. They met with the same PWD educators, who were now playing the role of patients with a common cold. The students had to take a medical history and do a physical exam. But here's the twist: the "patients" were the experts. After the 15-minute session, the educators gave the students direct, structured feedback. They said things like, "When you leaned over me, I felt like you were ignoring my space," or "When you asked me if I needed help, you sounded like you were talking to a child, not an adult."

This wasn't a test where you pass or fail; it was a safe space to make mistakes and learn from them. The students could ask questions, try different ways of speaking, and see how it felt to be on the receiving end of medical care.

What They Found: The "Aha!" Moments

The researchers gathered data before the workshops, right after, and even one year later. They asked the students to fill out questionnaires and then held a focus group with nine of the students a year later to see if the lessons stuck.

The Numbers Tell a Story
Before the workshops, the students were already nice people who thought disability care was important. But after the experience, their confidence jumped.

  • Understanding Ableism: Before, the median score for understanding "ableism" (discrimination or bias against people with disabilities) was a 4 out of 5. After the workshop, it went up to 4.75 out of 5.
  • Confidence: Students felt much more ready to identify barriers to care. They moved from a median of 4 to a median of 5 (the highest possible score) in feeling confident they could spot and fix these barriers.
  • Relevance: Every single student (17 out of 17) agreed that the content was valuable for their future training.

The Real-World Impact
The numbers are good, but the stories from the students are where the magic happened. When the researchers talked to them a year later, the students said the workshops had changed how they saw the world.

  • Theme 1: The Power of Real Voices
    The students said the most valuable part was learning directly from the people with disabilities. One student said, "You take it much more seriously, it feels much more real." They felt that hearing personal stories from the educators made the lesson stick in a way a textbook never could. It wasn't just theory; it was human connection.

  • Theme 2: Losing the Fear
    Before the workshops, many students were terrified of saying the wrong thing. They were afraid of being patronizing or making a mistake. The workshops gave them a safe place to fail. One student noted, "I felt hesitation about simply asking, 'What's best for you right now?' That's actually what has stuck with me the most." They learned that it's okay to ask, "Can I help you?" or "How do you prefer to be examined?" instead of guessing.

  • Theme 3: Seeing the Barriers
    The "obstacle course" part of the first workshop opened their eyes. They started noticing things they used to ignore, like stairs that were too steep or exam rooms that were too small. One student said, "I've come to see other people's perspectives on the world more clearly." They realized that disability isn't just about the person's body; it's about the environment around them.

The Takeaway: A New Way to Learn

The paper concludes that this approach is feasible and well-accepted. It suggests that when medical students learn with people with disabilities, rather than just about them, they become more confident, more aware, and more respectful doctors.

However, the authors are careful not to call this a "solved problem." They point out that this was a small pilot with only 17 students, and they were volunteers who might already be interested in the topic. The study didn't measure if the students actually became better doctors in a clinical setting (like if their patients were happier); it only measured what the students felt and said they learned.

But the one-year follow-up is a strong hint that the lessons didn't just fade away. The students were still talking about the barriers they saw and the ways they were changing their behavior. The paper suggests that if medical schools want to create a healthcare system where everyone feels welcome, they need to stop treating people with disabilities as passive subjects and start treating them as the experts they are. It's a shift from "fixing" the patient to "fixing" the system, and it starts with listening.

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