About
Bioinformatics professional with hands-on experience in workflow development, NGS analysis, multi-omics, and computational biology. Currently working as a Lead Bioinformatics Scientist intern, contributing to reproducible pipelines, biomarker discovery, and cloud-based bioinformatics workflows.
Experience
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Lead Bioinformatics Scientist – Multi-omic (Intern)ImmortigenDec 2025 – Present
Education
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MSc BioinformaticsBioinformatics · 2024 – 2026
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BSc Biotechnology, Genetics & BiochemistryBiotechnology, Genetics & Biochemistry · 2019 – 2022
Skills
Tools / apps / platforms
- Docker <3 months
- ENSEMBL <3 months
- FastQC <3 months
- Git <3 months
- GitHub <3 months
- Google Cloud Platform <3 months
- Linux <3 months
- MultiQC <3 months
- Samtools <3 months
- UniProt <3 months
Projects
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Python, R, Nextflow DSL2, GCP, Scikit-learn, XGBoost
Developed a computational framework integrating blood-derived biomarkers and machine learning for organ-age prediction. Performed biomarker prioritisation and biological interpretation.
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HISAT2, featureCounts, DESeq2, R
Developed an end-to-end RNA-seq workflow including QC, alignment, quantification, differential expression and pathway enrichment.
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GATK, BWA, SAMtools, VEP
Implemented a GATK best-practice variant-calling workflow and interpreted clinically relevant variants.
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MACS3, ChIPseeker, IGV
Built a reproducible ChIP-seq workflow for peak calling and regulatory annotation.
Courses & certifications
- Algorithms for DNA Sequencing · Coursera
- Bioinformatics Methods II · Coursera
- Data Visualization with R · Coursera
- Programming in Python · Coursera
🏆 Achievements & awards
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Developed multiple end-to-end NGS analysis pipelines
Built and supported several reproducible NGS analysis workflows.
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Hands-on experience supporting cloud-based bioinformatics workflows using GCP
Worked on cloud-based execution and maintenance of bioinformatics workflows.
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Applied computational approaches to biomarker discovery and organ-age prediction research
Contributed to biomarker discovery and organ-age prediction analysis.
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Built reproducible workflows using Nextflow DSL2 and modern bioinformatics tools
Developed reproducible analysis pipelines with modern workflow tooling.