Biotechnology undergraduate specializing in computational genomics and bioinformatics tool development.
I build web-based platforms for genomic variant interpretation, pathogenicity prediction,
and population-scale allele frequency modeling.
Wet lab background in DNA/RNA isolation, gel electrophoresis, ELISA, and enzyme kinetics —
combined with Python-based pipeline development, full-stack Flask applications, and
machine learning models for variant classification.
// projects
01.
Genome Variant Interpretation Toolkit
Full-stack bioinformatics platform for SNP and CNV analysis. Batch rsID queries, genomic coordinate mapping, and variant annotation pipelines inspired by dbSNP / ClinVar datasets.
AI-based pathogenicity prediction tool. Classifies genomic mutations as benign or pathogenic using both full DNA sequences and specific codon-level features via machine learning models.