House Price Prediction
End-to-end MLOps pipeline
A production-style machine-learning workflow covering automated training, validation, experiment tracking, model registration, packaging, container deployment and inference.
MACHINE LEARNING · DATA · MLOPS
I build practical machine-learning solutions with a focus on the engineering required to move models from experimentation into reliable, deployable systems.
01 / FEATURED WORK
A practical end-to-end project designed to demonstrate what happens after a model has been trained.
House Price Prediction
A production-style machine-learning workflow covering automated training, validation, experiment tracking, model registration, packaging, container deployment and inference.
The project page will expose the architecture, pipeline stages, model lifecycle, monitoring and a live prediction interface connected to the deployed model API.
02 / CAPABILITIES
Model development, evaluation, feature engineering and practical problem solving.
Automated workflows connecting experimentation, validation, registration and deployment.
Packaging models into reproducible services and exposing them through inference APIs.
Cloud infrastructure and data components supporting reliable machine-learning systems.
03 / ABOUT
My work sits at the intersection of data science, machine learning and software engineering.
I am particularly interested in the engineering layer around machine learning: reproducible pipelines, model lifecycle management, deployment, APIs and monitoring. The goal is not simply to build a model that works in an experiment, but to understand how that model becomes part of a dependable system.
04 / CONTACT