Analytical

Linear, non-linear, multi-physics modeling of system dynamics – fluid-elasticity, electro-mechanics.
Linear, non-linear aerodynamic modeling - Theodorsen, Peters’, ONERA, Bryant & Garcia 2013 (low Reynolds number), Lifting-line theory, Blade Element Momentum theory (BEMT).
Data analysis - signal processing, uncertainty/error quantification of data from instrumented hardware and image analysis for Digital Image Correlation (DIC).
Critical design analysis of multi-part assemblies – kinematic, clearance, Finite Element Analysis and Design
Failure Mode and Effect Analysis (DFMEA).

Experimental

Experimental structural dynamics/vibration – frequency response, modal analysis using DIC and modal hammer techniques.
Rapid-prototyping, fabricating test apparatus and experimental rigs and design of experiments.
Flow investigation using hot-wire anemometers.
Sensor instrumentation and data acquisition, interfacing with National Instruments data acquisition hardware and custom LabVIEW VIs.

3D CAD part and assembly level modeling.
Performance, durability and reliability testing of designed parts.
Engineering drawings with GD&T based on functional requirements and manufacturability.
Collaborating with cross-functional, multidisciplinary teams across all stages of product development.

CAD: SOLIDWORKS, SIEMENS Unigraphics(NX), SIEMENS Teamcenter.
Simulation and analysis: MATLAB, ANSYS, COMSOL, ADAMS, VIC-3D, C++, Git, XFOIL, CFD (Fluent).

Electrodynamic shaker	Solar Simulator	Laser Doppler Vibrometer	PCB modal impact hammer	Accelerometers
NI DAQ	Arduino nano	Oscilloscope	HS Camera	Torque Sensors
Scanhead	RPM Sensor	3D Printer	Magnetic Hysteresis Brake	Hot Wire Anemometer
Universal Testing Machine	Sourcemeter	Linear-Rotary Stage	Piezoelectric transducers	Soldering station