Systems First
I design around full workflows and dependencies, not isolated scripts or disconnected dashboards.
I work at the intersection of biological research execution and technical systems thinking, with a focus on reproducibility, speed, and practical outcomes.
I currently support Clarus Biologics as a research consultant, where I optimize VLP production workflows and run assays across molecular biology and virology pipelines. Before that, I worked at UNC School of Medicine (de Silva Lab) on dengue-related immunology and virology research.
My background is in microbiology (B.S., NC State, summa cum laude), and my technical edge comes from combining scientific discipline with automation and data-oriented thinking.
I design around full workflows and dependencies, not isolated scripts or disconnected dashboards.
I prioritize shippable solutions, measurable behavior, and maintainable code over polished demos with no operational depth.
Analytical outputs matter only when grounded in correct assumptions, source quality, and decision relevance.
Scientific literacy informs how I build for biotech and research settings where rigor and traceability are essential.