Most people who build genomics pipelines have never had to sign off a lab result. I spent over a decade in clinical laboratories, first as a clinical microbiologist and then managing laboratories across 26 regional sites, before I started building pipelines and models. So I know how clinical data is made, and where and why it goes wrong. That judgment shapes everything I build.

Today I build clinical genomics pipelines, from raw sequencing reads to benchmarked variant calls and finished clinical-style reports, and I apply machine learning to genomic and microbial data. I’m looking for clinical bioinformatics roles in Ankara in clinical genetics, molecular pathology or public-health microbiology.

How I work

  • Benchmarked, not just run. Every pipeline is measured against public truth sets (GIAB, SEQC2), with accuracy broken down by genomic context, the way clinical lab validation expects.
  • Reports are part of the pipeline. Each repo generates a clinical-style PDF report, and every number in it comes from the pipeline’s own output.
  • Built for the person running it. QC gates catch real biological problems, outputs fit clinical reporting workflows, and documentation is written for the analyst as well as the developer.
  • Public or simulated data only. No patient data, ever.

See the portfolio for how this works in practice.

Toolbox

  • Genomics: WGS/WES analysis, germline and somatic variant calling, CNV/SV, trio and ROH analysis, bacterial assembly and typing, AMR tools
  • Clinical interpretation: ACMG/AMP, ClinGen CNV (2020), AMP/ASCO/CAP somatic tiers, CPIC pharmacogenomics, EUCAST
  • Benchmarking: GIAB, SEQC2, hap.py, som.py, truvari
  • Machine learning: PyTorch, Hugging Face Transformers, DNABERT-2, scikit-learn, XGBoost/LightGBM, Optuna, SHAP
  • Engineering: Python, R, Nextflow, Snakemake, Docker, conda/mamba, uv, pytest, GitHub Actions, SQL/PostgreSQL, Bash
  • Laboratory: culture and PCR diagnostics, bioMérieux VITEK, quality management systems, laboratory data and ETL reporting (PostgreSQL, Apache Superset)

Experience

Project Manager, Spektr Med

Contract · Jan 2025–Apr 2026 · Baku, Azerbaijan (remote)

  • Project planning: estimated the future needs of microbiology laboratories and defined the project goals and required results.
  • Equipment: helped procure bioMérieux instruments and managed their installation in the laboratories.
  • Training: organised and supervised training for laboratory staff.

Medical Laboratory Manager, Medikus Clinic

Full-time · Jan 2018–Dec 2024 · Baku, Azerbaijan

  • Clinical operations: set up new PCR and molecular testing units from scratch.
  • Standardisation: organised the testing workflow across 26 regional sites so every laboratory followed the same SOPs and guidelines under a state tender.
  • Quality and team leadership: created and applied a Quality Management System; hired, trained and managed the laboratory team.
  • Supply management: improved ordering and delivery of medical supplies so every facility always had the reagents it needed.
  • Data and analytics: built ETL pipelines with PostgreSQL and Apache Superset to collect laboratory data and produce performance reports.

Clinical Microbiologist, Medican Hospital

Full-time · Oct 2014–Dec 2017 · Lankaran, Azerbaijan

  • Pathogen identification: identified bacteria and viruses with culture methods and PCR.
  • Automated testing: used VITEK systems for fast bacterial identification and antimicrobial susceptibility testing.
  • Clinical support: interpreted results and reported them to physicians to guide antibiotic treatment.
  • Quality control: applied strict quality and safety rules to manual and automated testing.

Clinical Microbiologist, Ministry of Defence of the Republic of Azerbaijan

Full-time · Jul 2011–Sep 2014 · Baku, Azerbaijan

  • Pathogen identification: identified disease-causing bacteria and viruses with culture methods and PCR.
  • Data reporting: analysed health and disease data with Excel and Python to produce reports for medical teams.
  • Disease prevention: worked with military health teams on infection control, vaccination programmes and outbreak prevention.

Education

MSc Bioinformatics, University of Birmingham

2023–2025

Dissertation: Interpretable Deep-Learning and Ensemble Models for Predicting Multidrug Resistance in Klebsiella pneumoniae.

Coursework: Python and R programming, probability and statistics, genomics and next-generation sequencing, statistical machine learning, health data analytics, systems biology.

BSc Clinical Microbiology, Azerbaijan Medical University

2005–2011

Certifications

Languages

  • Azerbaijani: Native
  • English: Full professional proficiency

Contact

Connect on LinkedIn or see my code on GitHub.