We created Healing by Design to give students meaningful opportunities to solve real-world problems through empathy, STEM, and design thinking. Many children’s hospitals are designed by adults without student perspectives, so this project empowers students to research, interview experts, and redesign healthcare spaces that better support children’s wellbeing, comfort, and emotional needs. Beijing's original children's hospital was getting too old and not able to grow in the city center to meet needs. The new hospital was to be built near our school community, so the students in my Grade 3 class chose to research, design, and submit a proposal for the new hospital. I found local architects who designed children communities like schools, pediatric nurses, and pediatric doctors for the students to interview to understand what was needed in the building. We also interviewed younger ECE students as well as older secondary students to know what children of all ages would like in the new hospital.
Healing by Design is an interdisciplinary, student-led innovation where students take on the roles of architects, engineers, healthcare designers, and community researchers to redesign what a children’s hospital could look and feel like. The project combines STEM education, design thinking, wellbeing, literacy, technology, and real-world problem solving into an authentic learning experience connected to community needs.
In practice, students research the unique needs of children in healthcare environments and investigate how hospitals can support safety, comfort, accessibility, and emotional wellbeing. They interview professionals such as nurses, pediatricians, and architects to better understand how healthcare spaces are designed and operated.
Students then work collaboratively to create hospital blueprints, healing gardens, and patient-centered features that support children physically and emotionally. They apply mathematics through measurement and spatial planning, science through material selection, and technology through digital design tools, 3D modeling, and Minecraft Education prototypes.
The project culminates in presentations, physical or digital models, and community showcases where students explain and defend their design decisions using evidence and empathy. Throughout the process, students build collaboration, communication, creativity, leadership, and problem-solving skills through meaningful real-world learning.
Healing by Design has spread through interdisciplinary collaboration, teacher sharing, student showcases, and community engagement within our school learning community. The project has been integrated across multiple subject areas including STEM, English, technology, and wellbeing education, allowing teachers to adapt the framework to different learning goals and age groups.
Student presentations, exhibitions, and digital prototypes have helped share the innovation with parents, educators, and school leaders, while the project’s flexible design-thinking structure makes it easily transferable to other schools and community contexts. The innovation continues to grow through cross-curricular partnerships, professional collaboration, and the increasing integration of technology, inquiry, and real-world problem solving into learning experiences.
To try Healing by Design, schools can begin by identifying a real-world community challenge connected to healthcare, wellbeing, or public spaces. Teachers then guide students through an interdisciplinary design-thinking process that includes research, expert interviews, empathy mapping, brainstorming, blueprint creation, prototyping, and presentations.
The framework is flexible and can be adapted across grade levels, subjects, and local contexts using available resources such as paper models, digital tools, or 3D design platforms. The most important element is giving students authentic ownership of the learning process while connecting STEM, creativity, wellbeing, and real-world problem solving.
