Magnetic Microrobotics and Systems
Development of next-generation magnetic microrobot systems for biomedical and intelligent actuation applications.
We explore advanced electromagnetic systems spanning power converters, magnetic microrobotics, battery management systems, and biomedical applications to build technologies for the next generation.
Our research expands from power converters to microrobotics, magnetic actuation systems, battery management systems, and biomedical applications.
Development of next-generation magnetic microrobot systems for biomedical and intelligent actuation applications.
Development of high-efficiency active cell-balancing technologies for next-generation battery systems.
Development of highly reliable nanopore sensing technologies for biomedical applications.
Recent publications and research outcomes from our laboratory.
Faculty, graduate students, researchers, and collaborators working together across disciplines.
We are always looking for motivated students and researchers.