Graduate Research Assistant
Current- My research in the "Fluid and Optics/laser lab" lies in the field of particle-laden flow focusing on fluid/bio-fluid setups. Optical imaging technics are utilized to investigate the particle fate prediction and a.
- Designed and built a rigorous multi-component experimental particle image/tracking velocimetry (PIV/PTV) setup to study particle-laden flow dynamics within refractive-index-matched fluid/biofluid systems.
- Utilized Slicer 3D and Materialize Mimics as advanced image computing platforms for image segmentation.
- Developed two computer-aided design (CAD) models of the idealized human aorta based on a critical review of healthy human aortic morphology and dimensions intended to be used in the study of hemodynamics and/or solid.
- Performing a comprehended multi-parameter experimental (PIV/PTV) and numerical study in heart-assist pump outflow (Left Ventricle Assist Device;LVAD), externally funded by Medtronic company.
- Conducted an in-vitro (PIV/PTV) study of flow assessment in Brain Aneurysm models treated with intra-sacular endovascular devices supported by Galaxy Therapeutics company.