Hasan Hüseyin Yurdagül
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About

Senior ML Engineer and hands-on Technical Lead working on forecasting, retrieval and applied AI.

I’m Hasan Hüseyin Yurdagül, a Senior ML Engineer and hands-on Technical Lead working on forecasting, retrieval and applied AI. I design and ship machine learning systems where wrong predictions have real costs — model development, evaluation, and MLOps, from pilot to production.

I’m currently leading the AI R&D roadmap at Universal Software, mentoring engineers and working on forecasting and support intelligence. Alongside that role, I consult for Moka on fintech models and their serving pipelines.

Consulting

My work starts with the decision a model should support, then a data audit: what the target means, what information is available at prediction time, and whether the data supports the promise. From there I compare models, communicate the results, and package the useful parts as reports, apps, or APIs.

That has meant connecting call-volume forecasts to Erlang staffing calculations at Ikas, building search and delivery analytics at Inveon, and implementing model-specific feature contracts for batch inference at Moka. Mentoring is part of the handoff too: two Albert Solino engineers built their own Flask version of MLStudio, and three Gtech data scientists built a desktop one with my guidance. The work page has the roles, engagement dates, and tech stacks; Moka is my only active consultancy.

Background

  • BSc in Computer Engineering (English-medium), Çukurova University, Sep 2016–Aug 2021.
  • MSc in Computer Engineering, Çukurova University, Aug 2023–Present · thesis in progress.
  • Thesis: AI-Driven Object Size Prediction in Visual Data Without Depth Information and Reference Points. Fishometry estimates fish length from a single uncalibrated photo, comparing geometric, relative-depth, and learned image features.
  • Applied work across forecasting, computer vision, recommenders, and NLP/LLM systems, including serving and model handoff.
  • I write up what I learn in articles.

Selected Publications

Contact

The fastest way to reach me is email. Tell me about the decision you want a model to support.