• Segmented blood arteries using Mimics software through CTA images for accurate visualization.• Conducted blood flow simulations in arteries to compare with Doppler measurements for clinical validation.• Investigated hemorrhagic and ischemic strokes in cerebral arteries to enhance patient treatment outcomes.

• Developed a numerical model in OpenFOAM to simulate turbulent flow and particles in the ChAMBRe atmospheric chamber.• Implemented a two-way coupling to track micron-sized particles for accurate measurements..

• Developed new air filters using SolidWorks and Onshape to catch particles larger than 0.5 micrometers with low-pressure drops.• Analyzed ventilation ducts using OpenFOAM to optimize airflow and efficiency.• Collaborated with cross-functional teams to ensure successful product development and testing.

Designing different microfluidic devices such as T-type, Y-typemicromixers Design of slug flow micromixer handling different high viscousliquids Categorization of rarefied gas flow in irregular micro/nanochannels

Working with PDMS pipe analysis softwareBeing familiar with pipe stress analysis (CAESAR II)Constructing different overground cold pipelinesAnalysis of different valves and flangesWorking with different worksheets and getting familiar with variousstandardsVisiting different sites and factories regarding overground coldpipelines