DeployMLModel Flask

screenshot of DeployMLModel Flask

This is a simple project to elaborate how to deploy a Machine Learning model using Flask API.

Overview

Deploying a Machine Learning model using Flask opens up exciting opportunities for creating user-friendly applications that predict outcomes based on data inputs. This project makes use of Flask to provide a simple yet robust API for predicting employee salaries based on training data. The combination of Scikit Learn for the machine learning component and Flask for the web interface allows for seamless interaction between users and the predictive model.

Whether you are a developer looking to integrate ML capabilities into your applications or someone interested in learning how to set up such a system, this project lays down the groundwork in an accessible manner. With a tidy structure and clear instructions, you can easily follow along and implement your own salary prediction model.

Features

  • Simple API with Flask: Provides a user-friendly interface to interact with the machine learning model, allowing for seamless integration and data input.
  • Machine Learning Integration: Utilizes Scikit Learn to create a predictive model based on historical hiring data, delivering accurate salary predictions.
  • Dynamic Input Handling: Users can enter employee details through an HTML form, which the Flask API processes to generate predictions in real-time.
  • Serialized Model Storage: The trained model is saved in a model.pkl file, ensuring quick loading and efficient prediction without retraining.
  • Clean Project Structure: Organized into clear components—model, app, templates, and static files—making it easy to navigate and understand the different parts of the application.
  • HTML Template for User Input: The included HTML template offers a straightforward interface for entering data and receiving predictions, enhancing user experience.
  • Cross-Platform Compatibility: Designed to run on any system with Flask and required dependencies installed, ensuring broad accessibility.