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Research

The Center for Biodevices advances interdisciplinary research that brings together engineering, science, medicine, agriculture and data-driven innovation to develop next-generation technologies for human, animal, plant and environmental health.

Guided by thematic priorities in smart sensors and theranostics, intelligent device systems, advanced materials and biofabrication, and bioelectronics and robotics, the center supports research across agricultural and environmental devices, device-enabling technologies and medical devices.

This integrated research ecosystem positions Penn State to create innovative, connected and field-ready biodevices that improve health outcomes, strengthen sustainable agriculture and address complex real-world challenges.

Thematic Priorities

Smart Sensors and Theranostics

Technologies to monitor and manage human, animal, and plant health

Intelligent Device Systems

Leveraging AI and data to enable smarter, more connected devices

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Advanced Materials and Biofabrication

Materials and fabrication methods that unlock new device capabilities

Bioelectronics and Robotics

Integration of electronics and robotics with living systems

Research Areas

: Integrating expertise in engineering, plant and soil sciences, and applied data analytics, our researchers are developing advanced sensing platforms and field-deployable tools that monitor crop health, soil conditions, water quality, and environmental stressors in real time. This work leverages the university's strengths in materials science, robotics, and bio-inspired materials to accelerate new devices for sustainable food production, precision agriculture, and ecosystem resilience. Coupled with our statewide agricultural extension networks and strong industry partnerships, center affiliates are creating a powerful ecosystem for translating biodevice innovations from lab to field.

: The center is leading the development of intelligent diagnostic systems, real-time decision making algorithms, and autonomous device operation frameworks that support next-generation biodevices. Cross-campus expertise in microelectronics and wireless communication, cybersecurity, and system integration provides a comprehensive ecosystem for designing, building, and deploying advanced biodevices that are smart, networked, and scalable.

: Spanning multiple Penn State colleges and campuses, researchers and clinicians are advancing next-generation, device-enabled solutions to monitor, manage, and therapeutically modulate human physiology. By integrating breakthroughs in wearable technologies, robotics, advanced sensors, and nanomaterials, our researchers are creating innovative platforms that detect disease earlier, repair and regenerate tissues, and ultimately improve human health and patient outcomes. Our integrated research ecosystem, combining world-class facilities, clinical partnerships, and translational support, enables rapid development, testing, and commercialization of new medical technologies.