Abigail Go Email & Phone Number

Mississauga, ON, CA

Mississauga, Ontario, Canada

Mississauga, Ontario, Canada

Toronto, Ontario, Canada

Ottawa, Ontario, Canada

• Contributing author of review article "Multimaterial Vat Polymerization Additive Manufacturing" published in ACS Polymer Materials
• Improved correlation of model analyzing Raman spectroscopy data of real-time photopolymerization kinetics in Python by 45%
• Performed literature research of elastomeric curable resins and proposed one-step multi-material vat polymerization methods, their respective experiments and characterization methods, and useful characterization.

Ottawa, Canada Area

• Investigated the performance of a triboelectric energy harvester with various materials, surface treatments, and conductive inks
• Performed plasma and corona surface treatments on various materials to improve surface characteristics for screen-printing of conductive inks

Toronto, Canada Area

• Developed an automated spectrophotometry-based water contaminant detector and deployed at wastewater treatment plant
• Designed and performed experiments to successfully optimize chemical reagent composition and experiment parameters, increasing sensitivity by 130% and decreasing interference signal by 700%
• Processed and analyzed data from PostgreSQL database using MATLAB and MS Excel, determining calibration curves and investigating optimal methods to calculate contaminant concentration
• Collaborated with researchers at University of Toronto to test various tap water samples

Hamilton, Ontario

• Collaborated with industry partners to test the effect of drug composition and UV light exposure on the growth of superbugs
• Performed bacterial and fungal assays in a biosafety level 2 facility (over 200 hours spent prepping and performing experiments in CL-2 facilities)
• Synthesized nanovesicles for drug delivery and performed analysis using DLS

Waterloo, Ontario

• Performed conversion of glycerol to higher-valued chemicals and determined optimal catalyst composition and parameters, increasing conversion by 27% and decreasing selectivity to undesired chemicals by 43%
• Analyzed sample conversion using gas chromatography (GC) and successfully identified unwanted catalyst leaching using FTIR, determining the maximum pressure conditions for glycerol conversion
• Analyzed data with MS Excel and wrote biweekly reports of results and recommendations