Where science,
code, and biology meet.

[Add your role description here — 2–3 sentences on the team's mission, your charter, and the biological problems you're working on at Vividion. What does winning look like for your work?]

• [Add a specific, quantified contribution — e.g. "Built a multi-omics integration pipeline that reduced turnaround time for hit validation from 2 weeks to 3 days"]
• [Another contribution — what ML models, genomics analyses, or tools have you shipped?]
• [Any cross-functional work, collaborations, or external-facing outputs like posters, talks, or publications?]

Investigated chromatin-mediated mechanisms of gene regulation with a focus on transcription. Developed computational methods to decode the regulatory information encoded in chromatin accessibility and nucleosome positioning across the genome. Co-advised by David MacAlpine and Alex Hartemink.

• [Dissertation chapter or key finding — e.g. "Developed a probabilistic model for transcription factor footprinting from ATAC-seq data that outperformed existing methods in sensitivity"]
• [Another key project — e.g. "Identified a novel mechanism linking nucleosome remodeling to RNA Pol II pausing at enhancers genome-wide"]
• [Any methods development, open-source tools, or software contributions]
• Presented findings at [conferences — add yours, e.g. ENCODE Annual Meeting, CSHL, ASHG]

• [Teaching assistant roles, any undergrads mentored, outreach — add yours]

[Add a prior role — internship, rotation, undergrad research, or industry position. What was the scientific question? What did you build or discover?]

• [Key contribution]
• [Key contribution]