Computational biologist | Translational pathogen genomics | Population genetics
I am an infectious disease geneticist working at the Yale School of Public Heath. I develop and apply genomic methods to understand infectious disease epidemiology, drug resistance, and vector evolution — translating research into impact for public and global health.
- Methods: amplicon sequencing, lineage/resistance calling, admixture mapping, selection inference, CNV detection
- Pathogens: RSV/HMPV · TB · Malaria · Arboviruses · Malaria vectors · Arboviral vectors
- Tools: Python · R · PyTorch/CUDA · Snakemake/Nextflow · Terra · Docker · PBS/HPC
- Google Scholar · Yale profile
- github pages · LinkedIn
Open to collaborations in assay development, genomic surveillance, and translational global health bioinformatics.
Open to opportunities in infectious disease genomics, biomarker & assay innovation, and computational biology R&D