Postdoctoral Researcher, EECS UC Berkeley & BSAC
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Ph.D., Nano-Engineering & Micro-Systems, National Tsing Hua University (2024)
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Specializes in capacitive MEMS resonators and CMUTs
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Expertise in device modeling, FEM simulation, MEMS fabrication, CMOS-MEMS integration, and analog front-end design
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Current focus: high-Q diamond resonators, nonlinear dynamics, and thermally compensated resonant sensors
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Awarded Best Paper, IEEE Transducers 2023; Highlighted Paper, IEDM 2024
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Reviewer, IEEE Sensors Journal
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High-Q MEMS resonators (diamond, polysilicon, CMOS-MEMS)
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Temperature compensation and long-term stability of resonant sensors
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Nonlinear dynamics of capacitive MEMS devices
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CMOS-MEMS co-design and post-CMOS micromachining
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CMUT-on-CMOS ultrasonic transducers
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Analog/RF front-end design for capacitive transducers
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Integrated resonant sensing platforms with embedded control
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Automated characterization and real-time monitoring systems
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Multiphysics modeling (electromechanical, thermal, acoustic coupling)
