Kaiser Permanente ยท Experiential Design ยท Physical Computing
Telling an Innovation Story You Can Touch
Make it engaging
Using motion sensors, touch sensors, and LED lights, the KP Health Innovation design team created an interactive installation to share the Studio's innovative story โ a "who we are" you experience with your hands, not one you read off a slide.
Project overview
The KP Sales & Marketing team approached Health Innovation with an opportunity: collaborate to share the innovation story with Southern California insurance brokers. Our design team came together to create an experience unlike a typical "who we are" asset โ something brokers would remember.
Designing the experience
After several brainstorming sessions, the design team landed on a touch-sensor wall. Using sound, touch, and sight, the wall tells the story of the Health Innovation Studio โ turning an abstract pitch into something physical and playful.
The left side of the wall identifies the pain points patients experience today. When a user touches a pain point, a paper plane appears and soars across to the corresponding solution on the opposite side โ showcasing the concepts the Studio is building for the future of care delivery. The interaction makes the Studio's whole thesis legible in a single gesture: here's the problem, watch it become the solution.
Impact
- Turned KP's innovation story into a hands-on installation for Southern California insurance brokers
- Designed a multi-sensory, multi-user experience โ sound, touch, and sight working together
- Built from paper and foam-core prototypes into a working touch-sensor wall with motion sensors and LEDs
- Engineered to travel โ a portable asset the team could bring to brokers rather than the reverse
What this case study demonstrates
- Range beyond the screen โ designing a physical, sensor-driven experience, not just digital interfaces
- Principles before pixels โ four clear design principles that shaped every decision
- Storytelling through interaction โ a single gesture that makes an abstract thesis instantly legible
- Prototyping at scale โ paper and foam core to a working installation with real sensors and lights