
Train a machine learning model in Python, deploy it with Flask as an API on Render, and build automated workflow in n8n to process data, trigger predictions, and send emails.
Explore how machine learning uses data to train models, perform testing and prediction, and build a diabetes prediction tool with a decision tree, data prep, encoding, and deployment.
Build a diabetes prediction model from a 100,000-user dataset using a python workflow and features like gender, age, hypertension, heart disease, smoking history, bmi, hba1c, and blood glucose.
Test the diabetes prediction model on new data; predict with a decision tree and visualize results with a bar chart. Save the model and label encoder for use in n8n.
Build a machine learning model in Google Colab using a diabetes dataset, train with a decision tree and label encoder, and export with joblib for Flask API deployment with n8n.
Explore why to expose machine learning models with a Flask API, using JSON inputs, the /predict endpoint, health checks, and local testing with Thunder Client.
Set up a Flask-based machine learning deployment by creating requirements.txt and a proc file, then host the app on Render via GitHub and deploy a free tier service.
Test a local API by sending json payloads to the /predict endpoint with Thunder Client in VS Code, validating model predictions for diabetes risk.
Deploy machine learning models to Render on the free tier by linking GitHub, creating a web service, and exposing a public API for workflows.
Publish your Flask ml API by hosting it on Render through a GitHub repository, with a requirements.txt and a proc file, then deploy and obtain a live link.
Test the live deployed api via Thunder Client by sending post requests to the render ml model endpoint. Verify json input and observe diabetes predictions.
Explore n8n as a no-code automation tool to build ML-enabled workflows, connect to render-hosted APIs, send predictions via email, Slack, or Google Sheets.
See how to deploy machine learning models with n8n by building a workflow that inputs user details, predicts diabetes with an API, and emails the result.
Build an automated ai agent workflow in n8n by mapping user data to json, posting to a render-hosted ml model endpoint, and sending the diabetes prediction and details via Gmail.
Build and deploy a production-ready machine learning pipeline with a Flask API on Render, enabling predictions, automated email notifications, and bulk processing for healthcare, scoring, and financial alerts.
Machine Learning models are often taught in theory, but many learners struggle to understand how these models are actually used in real-world applications. While training a model is important, the real value of Machine Learning comes from deploying it, integrating it with other systems, and using it as part of an automated workflow. This course is designed to bridge that gap by showing you how to take a trained Machine Learning model and turn it into a working, automated solution.
In this hands-on course, you will start by building a simple Machine Learning model using Python and popular libraries such as scikit-learn. Instead of focusing on complex mathematics, the emphasis is on understanding the workflow and practical usage of ML models. Once the model is trained, you will learn how to deploy it as an API using Flask, allowing external systems to send data and receive predictions.
Next, you will deploy this ML API to the cloud using Render, making your model accessible from anywhere. This step helps you understand how real-world ML systems are exposed and used outside local environments. After deployment, you will integrate the live ML API with n8n, a powerful automation tool, to build an automated AI agent. This AI agent will be capable of triggering predictions as part of a workflow, demonstrating how Machine Learning can be combined with automation to solve real problems.
Instead of heavy theory, this course focuses on practical implementation and real-world understanding. By the end of the course, you will clearly understand how Machine Learning models, APIs, cloud deployment, and automation tools like n8n work together in production-style systems. This course serves as a strong foundation for learners who want to move toward AI agents, ML automation, and MLOps concepts in the future.