Taylor Scott Email & Phone Number

Lebanon, KY, US

-Designed and fabricated a novel microfluidic device by CAD, 3D printing, and injection molding that mimics bone morphometric properties and is amenable to fluid flow and microscopic three-dimensional imaging-Created a computational fluid dynamics (CFD) model of the microfluidic device to assess fluid flow and cell collection in the device to optimize.

-Performed and troubleshot acrylation reactions, cross-linked network film synthesis, and degradation studies to create and characterize the controlled release of active compounds-Used various chromatography techniques (column, TLC, HPLC, LCMS) to characterize and purify compounds-Presented results and findings at weekly meetings to the founders of the.

-Synthesized linear polymers that exhibit temperature responsive properties-Evaluated the binding capabilities of these polymers through temperature-controlled flocculation experiments-Researched and experimented with fluorinated and cationic monomer incorporation in order to give the polymers specific binding affinity toward environmental contaminants.

-Researched recommended processing conditions for Kuraray EVAL (rubber) and implemented new start-up and purge procedures for fuel filler pipe based on these conditions-Ran experiments on fuel filler pipe hoses failing to meet size requirements and developed a standard for the mold block size -Conducted experiments on paint marks wiping off during assembly.

Doctor Of Philosophy - Phd, Chemical And Biomolecular Engineering

Thesis work on developing an in vitro perfusion bioreactor model of the bone marrow utilizing microfluidic device fabrication to study.

Bachelor Of Science - Bs, Chemical Engineering, 4.0