● Improved data processing pipelines (Bash, Python) and explored genomic regions of interest (Docker,Bowtie2) for mpox as the lead bioinformatician on the Mpox Public Health Emergency Response team.● Constructed phylogenetic trees (Nextstrain) using WGS data and overlaid patient testimonialinformation to build transmission models for the California Sars-Cov-2 Outbreak Investigations team.● Developed a data processing pipeline (Bash, Python) to fulfill data availability requirements byuploading 500+ WGS samples to GISAID, NCBI BankIt, and NCBI SRA databases.● Presented Sars-Cov-2 WGS quality control metrics and novel variant introductions in monthlyCOVIDNet meetings involving 11+ Public Health Laboratories across the California state.

● Managed and automated multiple in-house data processing pipelines (Linux Shell/Python), performed cross-sample comparisons of epigenetic profiles, and filtered regions of interest (Python) to understand the relationship of artifacts remaining on reprogramed pluripotent stem cells to parental lines.● Analyzed and visualized DNA, RNA, methylation, and genomic structure data in Python and R for an investigation of a novel stem cell generation method.● Coordinated sample acquisition and logistics across 3 labs and over 30 samples and managed an interdisciplinary team of 6 stem cell specialists, RNA experts, and bioinformaticians.● Performed cell DNA extraction, PCR, and Illumina Hiseq sequencing to generate a whole genome bisulfite sequencing dataset (WGBS; 3-50 GBs).

● Designed PHP and MySQL backend code to create a website search function for an online retailer. ● Managed a SQL database to inventory of over 1000 unique car parts.

Taught 28 weekly laboratory sessions on bioengineering topics (e.g., green energy development, culture growth design, and statistical modeling) for two semesters of Introduction to Computer Programming for Engineers in MATLAB.