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Hands-On Project

Build a Real-Time Housing Price Prediction System on
Azure Machine Learning

In this hands-on project, you will build an end-to-end, production-style housing price prediction system using Azure Machine Learning Studio. The system ingests real estate data, trains and evaluates multiple regression models using Automated Machine Learning (AutoML), and deploys the best-performing model as a real-time prediction service.
Hands-On Project: Build a Real-Time Housing Price Prediction System Using Azure Machine Learning

You will receive updates on WhatsApp as well.

This project mirrors how real estate analytics and valuation models are built and operationalized in enterprise environments - from data ingestion to live inference.

Ideal for Professionals in:

  • Data Analyst / Data Scientist
  • Machine Learning Engineer
  • AI Engineer
  • ML Architect
  • Solutions Architect
  • Automation Engineer

💡 What You'll Gain

1. Central ML Control Plane: Azure Machine Learning Workspace

  • Create and manage an Azure ML Workspace as the system's backbone
  • Organize datasets, experiments, models, and endpoints in one place
  • Understand workspace-level governance and lifecycle management

2. Scalable Compute for ML Workloads

  • Provision and manage Azure ML Compute Instances & Clusters
  • Run experiments on scalable, cost-controlled infrastructure
  • Learn how compute choices impact training time and cost

3. Real-World Dataset Ingestion & Preparation

  • Import tabular housing datasets from Azure Blob Storage
  • Handle real-world features such as:
    • Area, bedrooms, bathrooms
    • Property attributes
    • Location-related indicators
  • Prepare clean, model-ready data inside Azure ML Studio

4. Automated Machine Learning (AutoML) Experimentation

  • Run AutoML regression experiments to:
    • Test multiple algorithms (Linear Regression, Decision Trees, Gradient Boosting, etc.)
    • Automatically tune hyperparameters
    • Select the best-performing model based on metrics
  • Eliminate guesswork while retaining enterprise-grade rigor

5. Model Evaluation & Selection Framework

  • Compare model performance using standardized metrics
  • Understand why a model wins—not just that it wins
  • Select production-ready models, not just "highest accuracy" ones

6. Real-Time Model Deployment as a Web Service

  • Deploy the selected model as a real-time REST API endpoint
  • Configure inference settings, scaling, and monitoring
  • Enable live predictions for applications and downstream systems

7. Live Prediction & Endpoint Testing

  • Consume the deployed endpoint using Python (Jupyter Lab)
  • Send new property data and receive real-time price predictions
  • Convert raw predictions into business-ready outputs

8. Production-Aware ML Lifecycle Management

  • Monitor endpoint provisioning and inference behavior
  • Handle quota, region, and compute constraints
  • Clean up Azure resources to avoid unnecessary costs

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