Model Deployment
The program closes by taking a trained model out of the notebook and into a working application — packaging, serving and deploying it the way real data science teams ship to production.
What You Will Learn
A detailed, industry-aligned breakdown of every topic covered in this module.
- Model serialization with Pickle / Joblib
- Building REST APIs for ML models
- Deploying models with Flask / FastAPI
- Containerizing applications with Docker
- Deploying models to cloud platforms
- Model monitoring & versioning basics
- Handling real-time predictions
- Building end-to-end ML pipelines
Tools You Will Use
Hands-on time with the same tools used by working data analysts and data scientists today.
Flask
Lightweight Python web framework used to build and deploy REST APIs for ML models.
FastAPI
Modern Python web framework used to build production-grade APIs for serving ML models.
Docker
Containerization platform used to package and deploy data science applications consistently.
Streamlit
Python framework used to build interactive web apps around data science and ML models.
AWS / Azure Basics
Cloud platform fundamentals used to deploy and host data science applications in production.
Hands-On Labs
Production-style data science lab scenarios, built using real, messy datasets.
Serialize a trained model using Pickle or Joblib.
Build a REST API that serves predictions from a trained model using Flask or FastAPI.
Containerize a model-serving application using Docker.
Deploy a model-backed application to a cloud platform.
Build a simple interactive app around a trained model using Streamlit.
Assessment
Knowledge Assessment
Quiz covering model serialization, REST API design and containerization basics.
Practical Evaluation
Students must package a trained model into a working API or app, deployed with Flask, FastAPI or Streamlit.
Projects
Industry-style deliverables added directly to your project portfolio.
Deployment Project
Package a trained model into a working API or app deployed with Flask or Streamlit.
What This Module Builds
Students learn to take a trained model out of the notebook and into a working, accessible application — completing the full data science lifecycle.
