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MLOps: Machine Learning Operations with Python

by Soledad Galli · Udemy

4.5
(5,500 reviews)
35K+ enrolled14 hoursUpdated 2024-12

Our Verdict

Worth it — with caveats

"Deployment of Machine Learning Models" by Soledad Galli and Christopher Samiullah is a well-regarded, practical course (4.4/5 from ~6,198 ratings, ~43,675 students) worth buying on sale if you want the software-engineering side of shipping one trained model to production - but it is NOT the MLflow/feature-store MLOps course our catalog title implies. Important disambiguation: this editorial reviews the course that actually lives at this Udemy URL, which is the long-running Train in Data "Deployment of Machine Learning Models," even though our catalog mislabels it as "MLOps: Machine Learning Operations with Python." Based on the official syllabus plus aggregated public feedback, it is a solid software-engineering-first path that takes a model from a Jupyter notebook to a tested, version-controlled, CI/CD-deployed production API, and Reddit discussion of it is overwhelmingly positive ("an eye opener," "high quality material and well-explained"). The main caveats are that it leans toward deployment engineering rather than the full modern MLOps stack the catalog title implies (it uses Heroku, CircleCI and Gemfury rather than MLflow/Airflow/feature stores), and that the $119.99 list price is rarely worth paying when the course routinely sells for around $10-13. Treat the catalog's title, 14-hour duration, and feature-store/MLflow framing as inaccurate metadata; the real course is roughly 8-10 hours across 100+ lectures.

A genuinely well-regarded, practical course (4.4/5, ~6,198 ratings, ~43,675 students) for engineering a single trained model into a production API with tests and CI/CD. Conditional because the catalog metadata is wrong: the real course is "Deployment of Machine Learning Models," not an MLflow/Airflow/feature-store MLOps course, so buyers expecting experiment tracking, model registry, orchestration and feature stores will be disappointed. Recommended for the deployment-engineering audience, and only when bought on sale.

Best for: Data scientists and ML practitioners who can already build models in scikit-learn and want to learn the software-engineering side of shipping one model to production: refactoring notebooks into a Python package, writing tests with pytest/tox, building an API, and wiring up CI/CD and cloud deployment. Best for people comfortable with Python, Git, OOP and the command line who have hit a wall turning research code into deployable code.

Skip if: Beginners who cannot yet build ML models, and anyone specifically seeking the modern MLOps stack promised by the catalog title (MLflow experiment tracking, model registry, Airflow pipelines, feature stores, drift monitoring at scale). It also will not satisfy people who want deep coverage of Kubernetes, large-scale orchestration, or cloud-native MLOps platforms (SageMaker/Vertex/Databricks); the cloud targets here are primarily Heroku and AWS basics.

About This Course

Implement ML pipelines with experiment tracking, model registry, CI/CD, monitoring, and feature stores using MLflow and Airflow.

What You'll Learn

Refactor a model from a Jupyter notebook into production-ready, reproducible Python code
Understand ML system architecture and design trade-offs for putting models in production
Build a deployable machine learning model API
Write tests and use tooling (e.g. pytest/tox) for testable, version-controlled production code
Set up continuous integration and automated deployment (CI/CD) pipelines
Deploy models to the cloud, including Heroku and AWS, with model artifact storage
Handle bonus production scenarios such as big data and deep learning model deployment

Curriculum

Part 1 - The Research Environment

Starting point: a Jupyter notebook with trained ML models, framing the gap between research code and production.

Part 2 - Understanding Machine Learning Systems

Key architecture and design considerations for deploying different model types in production.

Part 3 - From Research to Production Code

Hands-on project converting notebook code into a reproducible, packaged production codebase.

Part 4 - Deployment Tooling

CI/CD, testing frameworks, and model cloud storage (the course uses tools such as CircleCI and Gemfury).

Part 5 - Deployments

Practical deployment of the model API to Heroku and to AWS infrastructure.

Part 6 - Bonus Sections

Big data handling, deep learning deployment, and common production issues.

Prerequisites

  • Python programming experience
  • Prior experience building machine learning models (e.g. scikit-learn)
  • Git version control basics
  • Object-oriented programming familiarity
  • Comfort with the command line / terminal

Instructor

Soledad Galli

Instructor · Udemy

Pros & Cons

Pros

  • Software-engineering-first approach: teaches reproducible packaging, testing and CI/CD that most pure ML courses skip
  • Strong, consistent public reception (4.4/5 from ~6,198 ratings; Reddit feedback is overwhelmingly positive and calls it 'high quality' and 'well-explained')
  • Instructors Soledad Galli and Christopher Samiullah teach the concrete production patterns named in the syllabus - packaging the model as an installable Python package, writing pytest/tox test suites, and serving it behind a real API - rather than leaving you at notebook snippets
  • Project-based and end-to-end: you actually ship a working model API to the cloud rather than only watching theory
  • Kept reasonably current, with a September 2025 update on Udemy

Cons

  • Catalog/metadata mismatch: it is the 'Deployment of Machine Learning Models' course, not the MLflow/Airflow/feature-store MLOps course the listed title and description imply
  • Tooling skews toward Heroku, CircleCI and Gemfury rather than the modern stack (MLflow, model registry, Airflow, feature stores, Kubernetes) many learners now expect
  • Focuses on deploying a single model API rather than orchestrating full multi-model pipelines or monitoring/drift at scale
  • List price of $119.99 is poor value; it is only worth buying during frequent Udemy sales (~$10-13)

Alternatives To Consider

Frequently Asked Questions

Is MLOps: Machine Learning Operations with Python free?

MLOps: Machine Learning Operations with Python is $12.99. List price $119.99 on Udemy, but it very frequently goes on sale for roughly $10-13 (our catalog's $12.99 reflects a sale price); Udemy includes a certificate of completion and a 30-day refund window. Do not pay full price - wait for a sale.

Who is MLOps: Machine Learning Operations with Python for?

Data scientists and ML practitioners who can already build models in scikit-learn and want to learn the software-engineering side of shipping one model to production: refactoring notebooks into a Python package, writing tests with pytest/tox, building an API, and wiring up CI/CD and cloud deployment. Best for people comfortable with Python, Git, OOP and the command line who have hit a wall turning research code into deployable code.

What will you learn in MLOps: Machine Learning Operations with Python?

Refactor a model from a Jupyter notebook into production-ready, reproducible Python code; Understand ML system architecture and design trade-offs for putting models in production; Build a deployable machine learning model API; Write tests and use tooling (e.g. pytest/tox) for testable, version-controlled production code.

What are the prerequisites for MLOps: Machine Learning Operations with Python?

Python programming experience; Prior experience building machine learning models (e.g. scikit-learn); Git version control basics; Object-oriented programming familiarity; Comfort with the command line / terminal.

Is MLOps: Machine Learning Operations with Python worth it?

A genuinely well-regarded, practical course (4.4/5, ~6,198 ratings, ~43,675 students) for engineering a single trained model into a production API with tests and CI/CD. Conditional because the catalog metadata is wrong: the real course is "Deployment of Machine Learning Models," not an MLflow/Airflow/feature-store MLOps course, so buyers expecting experiment tracking, model registry, orchestration and feature stores will be disappointed. Recommended for the deployment-engineering audience, and only when bought on sale.