Dr. ChingJui Shih

 Designed the required function of 3 axis MEMS gyroscope.  CAD simulation and modeling for Quadrature signal demodulation  System-level simulation via Simulink.  Data analysis and data management via programming (python, C/C++)

 Designed the required function of 3 axis MEMS gyroscope.  CAD simulation and modeling for gyro structure  Designed the required function of force sensor. . conducted verification/test plan

 Implement physic coupling solution in resonate state of MEMS gyro by CAE tool.  Survey and study new project including SAW sensor and Proximity sensor.  Lead a team of 5 engineers to design the required function of MEMS gyro. Special achievements Built-up CAE platform for MEMS Gyroscope from concept to prototype, including modal, Harmonic, spring soften, sensitivity, Capacitance, damping and else.

• Design the required function or features of MEMS inertial sensor (such as accelerometer and gyroscope) merge with ASIC. • Conducted sensor verification via reliability test, including mechanical shock, vibration, HTOL, HTSL, Pre-condition, PCT, TCT (from JEDEC). • Debug sensor-related technical issue, including ESD, EMI, quality issues and Conduct PFA、EFA and MEMS structure analysis • Conducted verification of MEMS die via CP test in wafer-level.

MEMS IMU sensor/CAE tool