-Responsible for gathering requirements from business analysts and operational analysts.-Performed data mining, transformation, collection, cleansing, development of models, validation, and visualization.-Designed automation scripts and batch jobs to create data pipelines between multiple sources, and additionally create data quality scripts to validate successful data load and quality.

- Developed optimal methods of shock wave simulation, validated with experimental data based on an investigation of shock wave behavior in shock tubes, where essential parameters determining shock generation and propagation were identified- Validated shock tube model was used to examine the spatial and temporal evolution of flow phenomena, especially at the exit region, where high dynamic pressures, vortex ring and rarefaction wave formation, and loss of planarity are observed- Shock tube model validated with specimen, was used to investigate variation in specimen cross sectional area and shape to improve understanding of shock – structure interaction relevant to blast induced traumatic brain injury

Teaching assistant for Intro to Biomechanics

Troubleshooting, general maintenance of cement sheet manufacturing plant (vacuum pumps, centrifugal pumps, pneumatic systems, hydraulic stacking systems)Modeling of sections of the plant in Solidworks and was incharge of construction of said parts to be used for an upcoming plant

Developed methodology for Micro-force testing on foam from Motorcycle Helmets to determine material propertiesPerformed Finite Element Analysis on the foam to compare with experimental results

Investigated the potential applications of developed CSLDV (Continuous Scanning Laser Doppler Vibrometer technique) techniques to monitor multiple Degrees of Freedom of the skin surface for haptic or remote control applications using MATLAB and LabView

Computing Techniques for Engineers