• Register at DataTalks.Club and join the #course-ml-zoomcamp channel
• Course telegram channel
• Course playlist

• Introduction to Machine Learning
• Machine Learning for Regression
• Machine Learning for Classification
• Evaluation Metrics for Classification
• Deploying Machine Learning Models
• Decision Trees and Ensemble Learning
• Neural Networks and Deep Learning
• Serverless Deep Learning
• Kubernetes and TensorFlow Serving

We start the course again in September 2023

• Sign up here
• Register at DataTalks.Club and join the #course-ml-zoomcamp channel
• Join the course telegram channel
• Subscribe to the public google calendar (subscribing works from desktop only)
• Tweet about it
• Start date: 11 September
• If you have questions, check FAQ
• All the materials specific to the 2023 will be in the 2023 cohort folder

You can take the course at your own pace. All the materials are freely available, and you can start learning at any time.

To take the best out of this course, we recommened this:

• Register at DataTalks.Club and join the #course-ml-zoomcamp channel
• For each module, watch the videos and work through the code
• If you have any questions, ask them in the #course-ml-zoomcamp channel in Slack
• Do homework. There are solutions, but we advise to first attempt the homework yourself, and after that check the solutions
• Do at least one project. Two is better. Only this way you can make sure you're really learning. If you need feedback, use the #course-ml-zoomcamp channel

Of course, you can take each module independently.

• Prior programming experience (at least 1+ year)
• Being comfortable with command line
• No prior exposure to machine learning is required

Nice to have but not mandatory

• Python (but you can learn it during the course)
• Prior exposure to linear algebra will be helpful (e.g. you studied it in college but forgot)

The best way to get support is to use DataTalks.Club's Slack. Join the #course-ml-zoomcamp channel.

To make discussions in Slack more organized:

• Follow these recommendations when asking for help
• Read the DataTalks.Club community guidelines

• 1.1 Introduction to Machine Learning
• 1.2 ML vs Rule-Based Systems
• 1.3 Supervised Machine Learning
• 1.4 CRISP-DM
• 1.5 Model Selection Process
• 1.6 Setting up the Environment
• 1.7 Introduction to NumPy
• 1.8 Linear Algebra Refresher
• 1.9 Introduction to Pandas
• 1.10 Summary
• 1.11 Homework

• 2.1 Car price prediction project
• 2.2 Data preparation
• 2.3 Exploratory data analysis
• 2.4 Setting up the validation framework
• 2.5 Linear regression
• 2.6 Linear regression: vector form
• 2.7 Training linear regression: Normal equation
• 2.8 Baseline model for car price prediction project
• 2.9 Root mean squared error
• 2.10 Using RMSE on validation data
• 2.11 Feature engineering
• 2.12 Categorical variables
• 2.13 Regularization
• 2.14 Tuning the model
• 2.15 Using the model
• 2.16 Car price prediction project summary
• 2.17 Explore more
• 2.18 Homework

• 3.1 Churn prediction project
• 3.2 Data preparation
• 3.3 Setting up the validation framework
• 3.4 EDA
• 3.5 Feature importance: Churn rate and risk ratio
• 3.6 Feature importance: Mutual information
• 3.7 Feature importance: Correlation
• 3.8 One-hot encoding
• 3.9 Logistic regression
• 3.10 Training logistic regression with Scikit-Learn
• 3.11 Model interpretation
• 3.12 Using the model
• 3.13 Summary
• 3.14 Explore more
• 3.15 Homework

• 4.1 Evaluation metrics: session overview
• 4.2 Accuracy and dummy model
• 4.3 Confusion table
• 4.4 Precision and Recall
• 4.5 ROC Curves
• 4.6 ROC AUC
• 4.7 Cross-Validation
• 4.8 Summary
• 4.9 Explore more
• 4.10 Homework

• 5.1 Intro / Session overview
• 5.2 Saving and loading the model
• 5.3 Web services: introduction to Flask
• 5.4 Serving the churn model with Flask
• 5.5 Python virtual environment: Pipenv
• 5.6 Environment management: Docker
• 5.7 Deployment to the cloud: AWS Elastic Beanstalk (optional)
• 5.8 Summary
• 5.9 Explore more
• 5.10 Homework

• 6.1 Credit risk scoring project
• 6.2 Data cleaning and preparation
• 6.3 Decision trees
• 6.4 Decision tree learning algorithm
• 6.5 Decision trees parameter tuning
• 6.6 Ensemble learning and random forest
• 6.7 Gradient boosting and XGBoost
• 6.8 XGBoost parameter tuning
• 6.9 Selecting the best model
• 6.10 Summary
• 6.11 Explore more
• 6.12 Homework

Putting everything we've learned so far in practice!

• 8.1 Fashion classification
• 8.1b Setting up the Environment on Saturn Cloud
• 8.2 TensorFlow and Keras
• 8.3 Pre-trained convolutional neural networks
• 8.4 Convolutional neural networks
• 8.5 Transfer learning
• 8.6 Adjusting the learning rate
• 8.7 Checkpointing
• 8.8 Adding more layers
• 8.9 Regularization and dropout
• 8.10 Data augmentation
• 8.11 Training a larger model
• 8.12 Using the model
• 8.13 Summary
• 8.14 Explore more
• 8.15 Homework

For the deep learning part, we need to use a GPU. ML Zoomcamp students can use Saturn Cloud and get extra 150 GPU hours there. Message support and say "I'm enrolled in ML Zoomcamp" to get an upgrade.

• 9.1 Introduction to Serverless
• 9.2 AWS Lambda
• 9.3 TensorFlow Lite
• 9.4 Preparing the code for Lambda
• 9.5 Preparing a Docker image
• 9.6 Creating the lambda function
• 9.7 API Gateway: exposing the lambda function
• 9.8 Summary
• 9.9 Explore more
• 9.10 Homework

• 10.1 Overview
• 10.2 TensorFlow Serving
• 10.3 Creating a pre-processing service
• 10.4 Running everything locally with Docker-compose
• 10.5 Introduction to Kubernetes
• 10.6 Deploying a simple service to Kubernetes
• 10.7 Deploying TensorFlow models to Kubernetes
• 10.8 Deploying to EKS
• 10.9 Summary
• 10.10 Explore more
• 10.11 Homework

• 11.1 Overview
• 11.2 Running KServe locally
• 11.3 Deploying a Scikit-Learn model with KServe
• 11.4 Deploying custom Scikit-Learn images with KServe
• 11.5 Serving TensorFlow models with KServe
• 11.6 KServe transformers
• 11.7 Deploying with KServe and EKS
• 11.8 Summary
• 11.9 Explore more

Putting everything we've learned so far in practice one more time!

Writing an article about something not covered in the course.

For those who love projects!

If you liked our deep learning module, join us to build a model for classifying cups, glasses, plates, spoons, forks and knives.

Submit your learning in public links here

• Homeworks
• The 100 leaderboard

• Homeworks
• The 100 leaderboard

If you liked this course, you'll like other courses from us:

• Data Engineering Zoomcamp - free 9-week course about Data Engineering
• MLOps Zoomcamp - free 10-week course about MLOps