Machine learning engineer · Python · MLOps

Build the model. Make it usable. Keep it observable.

I work across data preparation, predictive modeling, computer vision, evaluation, API integration, and model monitoring. My focus is the path from a dataset to software people can inspect and use.

Across the model lifecycle.

Prepare and train

Python, Pandas, NumPy, feature engineering, classification and regression with scikit-learn, and deep learning with PyTorch and TensorFlow/Keras.

Evaluate and integrate

Model evaluation, hyperparameter tuning, computer vision with OpenCV, OCR and OMR processing, and FastAPI or Flask APIs for application integration.

Monitor and reproduce

Model health and drift detection, MLflow experiment tracking, DVC data versioning, PostgreSQL, Docker, background jobs, and CI/CD checks.

Machine learning project evidence

ModelOps Doctor covers monitoring and diagnosis. The evaluation system combines computer vision with assessment workflows. DevMatch AI turns survey data into role predictions and skill-gap guidance.

  1. ML monitoring platform

    ModelOps Doctor

    Model health, data drift, and diagnosis in one practical control room.

    • Python
    • MLOps
    • Celery
    • Redis
  2. Assessment platform

    Automated Evaluation System

    A desktop-style exam workflow for OMR, essays, reports, and review.

    • Python
    • Flask
    • Eel
    • Computer vision
  3. Applied machine learning

    DevMatch AI

    A role predictor and skill-roadmap tool trained on developer-survey data.

    • Python
    • scikit-learn
    • Streamlit
    • Pandas

Experience beyond the notebook.

At Theta x Tech, I worked on preprocessing pipelines, predictive models, LLM applications, and REST APIs. My computer science studies at Sukkur IBA University focused on AI, machine learning, deep learning, computer vision, and software engineering.

For work centered on agents and business integrations, see my AI automation specialization.

Read my experience

Let's discuss the work.

Share the problem, existing tools, and the result you need. I can discuss implementation scope, technical tradeoffs, and relevant project work.