I'm a data engineer and computational biologist specializing in transforming complex genomic data into pipelines and tools that scientists actually want to use. With a PhD in computational biology and experience working remotely for US biotech companies, I build systems that make omics data easier to explore and act on.
My work spans from variant interpretation dashboards in R Shiny to optimized RNA-seq pipelines and secure cloud deployments for bioinformatics tools. What ties these projects together is a focus on making the complex accessible without sacrificing scientific depth.
I especially enjoy working with research and clinical teams who need clarity, speed, and flexibility. Nothing beats the moment when a scientist can finally see patterns in their data that were previously hidden in the noise.
Recently, I've been integrating AI into scientific workflows using AWS Bedrock and building tools to extract structured data from research PDFs—helping researchers find insights faster while maintaining scientific accuracy.
When I'm not knee-deep in genomic data, I'm probably reading papers, experimenting with new computational methods, or figuring out how to make our systems run faster without catching fire. There's always a new challenge in omics data, and that's exactly what keeps me engaged.
Technical Skills
Programming Languages
Dashboarding & Frontend Tools
Bioinformatics Infrastructure & Cloud
Visualization & Reporting
AI & Document Intelligence
Areas of Focus
Data Engineering
Designing pipelines that transform raw omics and clinical data into clean, analysis-ready formats — and ensuring reproducibility at scale.
Data Visualization
Bringing clarity to complex genomic data through intuitive visualizations — so scientists and clinicians can find what matters, fast.
Dashboard Development
Building dashboards that support variant interpretation, cohort exploration, and research insights — tools that actually get used, not just deployed.
Research Background
Massively integrated coexpression analysis reveals transcriptional regulation, evolution and cellular implications of the yeast noncanonical translatome
2024 • paper
Learn more →A vast evolutionarily transient translatome contributes to phenotype and fitness
2023 • paper
Learn more →De novo emergence of adaptive membrane proteins from thymine-rich genomic sequences
2020 • paper
Learn more →