Ambient Sensing
We transform homes, clinics, farms, and public spaces into intelligent sensing platforms that non-invasively capture vibration, motion, sound, vision, and touch.

We build sensing and AI systems that uncover hidden information in everyday motion, vibrations, and touch—creating new ways to understand and improve the health of people and infrastructure.
Three connected strengths move our work from invisible physical signals to scientific discovery and trustworthy decisions.
We transform homes, clinics, farms, and public spaces into intelligent sensing platforms that non-invasively capture vibration, motion, sound, vision, and touch.
Physics-informed and multimodal AI reveal how humans and complex systems function, adapt, and evolve.
We combine scientific knowledge with real-world measurements to support better decisions in health, engineering, and beyond.
One technical foundation, translated across human health, animal welfare, and the built environment.

Passive sensing for gait, occupancy, heart rate, and everyday wellness—without wearables.
View projects →Interpretable sensing and AI that turn movement and health signals into evidence for clinical decisions.
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Multimodal systems that connect behavior to welfare, health, and hidden needs.
View projects →New support from the Health Care Engineering Systems Center and OSF HealthCare expands our translational work.
Ruiqing Wang’s AI framework uncovers hidden needs behind animal behavior.
Jinsi Guo and Mingrui Ma earned first place for a smartglasses-based gait analysis system.
We welcome curious students, domain experts, and partners who want to move sensing and AI from ambitious ideas to responsible real-world impact.
Join an interdisciplinary team working across sensing, AI, systems, and health.
Explore opportunities →Bring us a hard domain problem. We’ll explore how sensing and AI can unlock a new solution.
Start a conversation →Discover how everyday environments can support health with less friction and more dignity.
Follow our work →