• Proposed and implemented restructuring of the internal automated bid pricing mechanism, resulting in a 4% revenue increase through thorough statistical analysis and modeling using Python (Numpy, Pandas).• Utilized Retool to enhance a bid simulator that analyzed and demonstrated how changes in pricing rank could improve offer performance, confirming that higher bids led to better results.• Conducted statistical analyses to evaluate model performance in identifying low-success ad sends, improving model accuracy by adding new features and establishing more robust testing standards.• Gathered and processed various datasets using SQL and Python to provide data-driven solutions for internal teams. Projects included power analysis for A/B testing new offers, setting pricing rules in Google Ad Manager (GAM), and determining subscriber lifetime value (LTV).

• Led surgical procedures to install cranial windows in mice for experiments performing in-vivo neural imaging while inducing strokes and providing electrical stimulation as treatment at different time points• Quantified stoke treatment efficacy by processing laser speckle images in MATLAB to determine peripheral nerve regeneration and presenting resulting data to the Principal Investigator• Developed and executed an innovative behavioral protocol to assess mouse motor coordination post-stroke; MATLAB analysis revealed significant results (p<0.05), validating stroke induction and supporting neuroimaging findings.• Created a cross-lab collaboration framework to redistribute over half a million dollars in optical imaging hardware and teach undergraduates and employees numerous experimental procedures• Primary developer of an automation tool to evaluate spinal cord lesion images in ImageJ with no significant loss of data (Pearson scores > 0.9), saving weeks of analysis time

• Performed immunohistochemical stains and processed subsequent fluorescent microscopy images of Drosophila Melanogaster brains to measure synaptic integrity in an Alzheimer’s model and validate lab genomic screens• Streamlined the processing of lab behavioral data by moving existing copy-and-paste Excel workflows into Python for consistent results and data visualization reducing analysis time by 90 percent• Designed a new study measuring movement in responses to adverse stimuli as an analysis of executive function in our Alzheimer’s model to confirm gene knockout effects in over 20 percent of our identified genes• Built a data pipeline to compare experimental genetic results to known genomes, identifying the gene, mutation sites, and most relevant papers about the gene to improve lab research capacity in R Studio

• Primary designer of 3 novel behavioral protocols to measure cognitive states in human participants in real time through thoroughcoordination with our Doctoral Research Team• Led data analysis and data pipeline construction in Python with the Machine Learning Team to build our production model for measurement of cognitive states• Led statistical analysis and validation of behavioral study results in python (Numpy, Pandas, Plotly) and presented successful findings to CEO• Reverse-engineered an analysis method from in-field literature to create a production-level model in python (Numpy, Pandas, Sklearn) for an application of our cognitive state detection• Authored and edited two in-house research papers on the fidelity of our analysis methods of cognitive state for external use by clients such as NASA and the USAF to secure millions in funding

• Optimized customer database and inventory access in google sheets• Managed hundreds of customer leases and payment methods in google sheets• Designed and implemented a social media marketing strategy to increase customer base on Facebook

• Lead and planned group tutoring sessions for calculus and biochemistry• Conducted private sessions with students mainly in calculus, but also in biology and chemistry• Maintained long term client relationships for better student academic growth• Graded papers and held office hours as an undergraduate TA for biochemistry

• Monitored blood and ethylene glycol ratios in patient cryopreservation• Constructed biomedical devices for use in emergency cryonic response