Computational Biology · Biotech

Kevin
Moyung

I decode the language of chromatin — using machine learning and statistical genomics to understand how cells regulate their genes.

Vividion Therapeutics Duke PhD, CBB
View Career Side Projects
PhD
Duke Univ.
8+
Years research
∿
Chromatin & ML
Technical expertise
Built for where
biology meets code.

From sequencing reads to biological insight — I build the pipelines, models, and visualizations that bridge the gap.

01 / CHROMATIN
Chromatin & Epigenomics
ATAC-seq, ChIP-seq, and MNase-seq analysis. Footprinting, nucleosome positioning, and regulatory element discovery at genome scale.
ATAC-seqChIP-seqFootprintingPeak calling
02 / GENOMICS
Computational Genomics
End-to-end bioinformatics pipelines for variant calling, transcriptomics, and multi-omics data integration on HPC clusters.
RNA-seqscRNA-seqWGSSnakemake
03 / ML
Machine Learning
Statistical and deep learning models applied to biological sequences, regulatory grammar, and phenotype prediction.
PyTorchscikit-learnBayesian modelsR/Stan
04 / SOFTWARE
Scientific Computing
Reproducible research infrastructure: Python/R packages, containerized workflows, and cloud deployment for large-scale genomic analyses.
PythonRDockerAWSHPC
05 / DATA VIZ
Data Visualization
Publication-quality figures and interactive dashboards communicating complex genomic data to scientific and general audiences.
ggplot2matplotlibD3.jsPlotly
06 / REGULATION
Gene Regulation
Deep expertise in transcription factor binding, chromatin remodeling, and the mechanistic links between chromatin state and gene expression.
TF motifsNucleosomesTranscriptionENCODE
Selected projects
Things I've built
outside the lab.
Project 01
Add your best side project here
A short punchy description of what it does, the scale, and why it's interesting. Update via projects.html.
PythonD3.js
Project 02
Another data viz or tool
Maybe an interactive genomics browser, a fun music data project, or a bioinformatics tool you open-sourced.
ReactPlotly
Project 03
Open-source contribution
A package, dataset, or pipeline you've released publicly. Link to GitHub or a live demo.
RBioconductor
See all projects
Background

From Duke's genome center to drug discovery in San Diego.

I completed my PhD in Computational Biology and Bioinformatics at Duke University in the MacAlpine Lab (co-advised by Alex Hartemink), where I studied chromatin-mediated mechanisms of gene regulation and transcription.

I'm now applying those skills at Vividion Therapeutics, building computational approaches to accelerate therapeutic discovery.

Full bio Email me
PhD, Computational Biology & Bioinformatics
Duke University
MacAlpine Lab · Co-advised: Alex Hartemink
Chromatin regulation & transcription
B.S., [Your Undergrad Degree]
[Your Undergrad Institution]
[Year] · Add your undergrad here
Current Role
Vividion Therapeutics
Computational Biologist · San Diego, CA