-Derived and implemented a model for the UV light absorption of a particle moving under a gaussian beam-Wrote Python code that analyzed microscope videos and calculated particle elasticity based on changes in their contours-Worked on every step of microfluidic device fabrication process, from clean room wafer production to plasma cleaning-Operated a high speed camera capable of 900,000 fps to collect modulemeter performance data

-Scripted data mining and statistical analysis tools via Python and JMP to optimize print parameters-Collaborated on UI development with SQL and Tulip for streamlined ink data input-Developed and conducted experiments for investigating part reliability, UV cure distribution, build plate temperature distributions, and print trigger timing. -Collected data for part performance through tensile tests, Heat Deflection Temperature analysis, and Dynamic Mechanical Analysis (DMA)

-Designed and ran experiments testing different chemical formulations to meet material property objectives-Prepared plastic samples for mechanical and degradation testing and analyzed the resulting data-Conducted background research on additive manufacturing techniques for our patented formulations

-Wrote code that automated quantum simulations to test a COSMO model for calculating chemical potential-Parsed data from results and prepared graphical analyses that will be featured in a doctoral thesis proposal

Served food to customers, bussed tables, and hosted at the outdoor patio

Delivered prescription medications to various pharmacy patients across Albany County