Ph.D. candidate in Mechanical Engineering, working on Micro-Electromechanical Systems (MEMS), inertial sensors, inertial navigation, and sensor packaging.
– 5 years of experience during Ph.D. in the field of MEMS inertial sensors, microfabrication, process development, mathematical analysis, simulation, characterization, packaging and vacuum sealing, system identification, error estimation, and compensation.– 3 years of experience during MSc in the field of solid mechanics, material deformation, composite materials, finite element analysis, and testing.
Technical Specialties:
- Mathematical modeling of solid mechanics/dynamic systems
- Experienced in multiphysics modeling and finite element simulation
- Experienced in MEMS inertial sensors design, layout, analysis, and modeling
- Experienced in inertial sensors testing and debugging, frequency response, ADEV, characterization of zero-rate bias instability, ARW, and scale factor
- Experienced in microfabrication process development, hands-on experience on photolithography, DRIE, wet etching processes, plasma systems, glass etching, thin film processing (ALD, Sputtering, CVD, PVD), SEM, FIB, AFM
- Experienced in assembly, packaging, and hermetic sealing of MEMS sensors
- Familiar with Bayesian statistics, estimation theories, EKF, PF, SRIF, SLAM algorithm, strapdown inertial navigation algorithms
- Familiar with system-level modeling of MEMS inertial sensors
- Familiar with PCB design, signal processing, system identification, control systems, data analysis, and Python programming
Engineering software
- COMSOL Multiphysics, ANSYS Workbench, CoventorMP, ABAQUS, MATLAB/Simulink, Python, L-edit, Autodesk Eagle, Solidworks, NI Labview
Hardware/measurement devices
- Experienced in the electrostatic and piezoelectric characterization of MEMS gyroscopes, Laser Doppler Vibrometry, Rate-table characterization, signal processing, and control algorithms.
- Lock-in amplifiers, network/spectrum analyzers, scopes, signal generators, NI DAQs
Communication, technical presentation, and writing, collaboration and team working, critical thinking and decision making