Kenny Group Alumni
Alumni
David Heinz
Project: Stiction (Surface Adhesion) in Epitaxially Encapsulated MEMS Devices
Email: dheinz :at: mems.stanford.edu
Project: Stiction (Surface Adhesion) in Epitaxially Encapsulated MEMS Devices
Email: dheinz :at: mems.stanford.edu
Saurabh Chandorkar
Project: Energy loss mechanisms in micromechanical resonators
Email: saurabhc :at: mems.stanford.edu
Project: Energy loss mechanisms in micromechanical resonators
Email: saurabhc :at: mems.stanford.edu
Chia-Fang Chiang
Project: Temperature compensated pressure sensor / Integrated sensor process platform
Email: cfchiang :at: mems.stanford.edu
Project: Temperature compensated pressure sensor / Integrated sensor process platform
Email: cfchiang :at: mems.stanford.edu
Vu Hong
Project: Capacitive sensor fusion and integration, stiction, fatigue
Email: vuhong :at: mems.stanford.edu
Project: Capacitive sensor fusion and integration, stiction, fatigue
Email: vuhong :at: mems.stanford.edu
Chae Hyuck Ahn
Project: MEMS sensors (focus on Disk Resonating Gyroscope)
Email: ahn1229 :at: mems.stanford.edu
Project: MEMS sensors (focus on Disk Resonating Gyroscope)
Email: ahn1229 :at: mems.stanford.edu
Yunhan Chen
Project: Ovenized MEMS Resonators, Topology Optimization
Email: yunhanc :at: mems.stanford.edu
Project: Ovenized MEMS Resonators, Topology Optimization
Email: yunhanc :at: mems.stanford.edu
Ian Flader
Project: Novel processes for epitaxial encapsulation, Disk Resonating Gyroscope Design and Characterization, Optimization Techniques.
Email: iflader :at: mems.stanford.edu
Project: Novel processes for epitaxial encapsulation, Disk Resonating Gyroscope Design and Characterization, Optimization Techniques.
Email: iflader :at: mems.stanford.edu
Camille Everhart
Project: Thermal Isolation and Characterization of Degenerately Doped Silicon Devices
Email: everhart :at: mems.stanford.edu
Project: Thermal Isolation and Characterization of Degenerately Doped Silicon Devices
Email: everhart :at: mems.stanford.edu
Janna Glaze
Project: Her research focuses on understanding the different dissipation mechanisms that affect quality factor through the use of models and wide-range temperature measurements.
Email: jannar :at: mems.stanford.edu
Project: Her research focuses on understanding the different dissipation mechanisms that affect quality factor through the use of models and wide-range temperature measurements.
Email: jannar :at: mems.stanford.edu
James Miller
Project: Sensors; Nonlinear dynamics; thermal pumping; noise
Email: jmlm :at: mems.stanford.edu
Project: Sensors; Nonlinear dynamics; thermal pumping; noise
Email: jmlm :at: mems.stanford.edu
Daniel Heywood
Project: Noninvasive Monitoring of Whole Blood Function
Email: dheywood :at: mems.stanford.edu
Project: Noninvasive Monitoring of Whole Blood Function
Email: dheywood :at: mems.stanford.edu
Lizmarie Comenencia Ortiz
Project: Ovenized MEMS Resonators, Resonator Coupling
Email: lcomenencia :at: mems.stanford.edu
Project: Ovenized MEMS Resonators, Resonator Coupling
Email: lcomenencia :at: mems.stanford.edu
Anne Alter
Project: Fatigue in Epi-Polysilicon, Nonlinear Dissipation, TED Manipulation
Email: anne :at: mems.stanford.edu
Project: Fatigue in Epi-Polysilicon, Nonlinear Dissipation, TED Manipulation
Email: anne :at: mems.stanford.edu
Gabrielle Vukasin
Project: Quantifying Energy Loss Mechanisms in MEMS Resonators
Email: gvukasin :at: mems.stanford.edu
Project: Quantifying Energy Loss Mechanisms in MEMS Resonators
Email: gvukasin :at: mems.stanford.edu
Ryan (Hyun-Keun) Kwon
Project: High Stability / Low Power Ovenized MEMS Resonators for Timing Reference
Email: ryankwon :at: mems.stanford.edu
Project: High Stability / Low Power Ovenized MEMS Resonators for Timing Reference
Email: ryankwon :at: mems.stanford.edu
Saisneha Koppaka
Project: Nonlinearities of Doped Silicon MEMS Resonators
Email: skoppaka :at: mems.stanford.edu
Project: Nonlinearities of Doped Silicon MEMS Resonators
Email: skoppaka :at: mems.stanford.edu
Rotation Alumni
Fabian Purkl
Project: Uncooled infrared sensors based on Atomic Layer Deposition
Email: fpurkl :at: mems.stanford.edu
Project: Uncooled infrared sensors based on Atomic Layer Deposition
Email: fpurkl :at: mems.stanford.edu
Guo (Gary) Yu
Project: RIG++: Whole Angle Mode Operation of a Disc Resonating Gyroscope with Virtual Rotation, Continuous-time Mode Permutation and Parametric Amplification
Email: gyu8 :at: mems.stanford.edu
Project: RIG++: Whole Angle Mode Operation of a Disc Resonating Gyroscope with Virtual Rotation, Continuous-time Mode Permutation and Parametric Amplification
Email: gyu8 :at: mems.stanford.edu
