End-to-End Data Science Pipeline
Budget: $750 – $1,500 USD
I have a dataset that is growing quickly and a business case ready for machine-learning insights. What I need now is someone who can take the project from raw data all the way to a production-ready model: that means designing the data pipeline, choosing and training the model, fine-tuning for accuracy and latency, then packaging everything for a reliable, scalable deployment.
Here is what success looks like for me:
• A repeatable pipeline (Python, SQL, Airflow or equivalent) that ingests the source data, performs cleaning / feature engineering, and stores curated tables.
• Well-documented training notebooks or scripts using standard frameworks (scikit-learn, TensorFlow or PyTorch) together with clear evaluation reports.
• Fine-tuning that pushes performance to an agreed metric benchmark, accompanied by hyper-parameter and experiment tracking (e.g., MLflow).
• Containerised deployment (Docker, preferably orchestrated with Kubernetes or a managed cloud service on AWS or GCP) exposing a REST or gRPC endpoint, plus simple monitoring hooks.
All code should sit in a version-controlled repo with a straightforward README so another engineer can reproduce every step. Automated tests for critical functions and a brief hand-over call will round off the engagement.
If this full-stack data science path—from pipeline through to live inference—is your comfort zone, I’d like to hear how you would approach it and the timelines you foresee.
Here is what success looks like for me:
• A repeatable pipeline (Python, SQL, Airflow or equivalent) that ingests the source data, performs cleaning / feature engineering, and stores curated tables.
• Well-documented training notebooks or scripts using standard frameworks (scikit-learn, TensorFlow or PyTorch) together with clear evaluation reports.
• Fine-tuning that pushes performance to an agreed metric benchmark, accompanied by hyper-parameter and experiment tracking (e.g., MLflow).
• Containerised deployment (Docker, preferably orchestrated with Kubernetes or a managed cloud service on AWS or GCP) exposing a REST or gRPC endpoint, plus simple monitoring hooks.
All code should sit in a version-controlled repo with a straightforward README so another engineer can reproduce every step. Automated tests for critical functions and a brief hand-over call will round off the engagement.
If this full-stack data science path—from pipeline through to live inference—is your comfort zone, I’d like to hear how you would approach it and the timelines you foresee.
Related categories:
Python
SQL
Software Architecture
Amazon Web Services
Hadoop
Data Science
Docker
Kubernetes