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An AI-driven analytics project that applies machine learning to optimize supply chain operations. It predicts demand, detects fraudulent activities, and clusters order patterns to uncover insights for smarter, faster, and more efficient business decisions. enhance business responsiveness across global supply chains.

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Smart Supply Chain Optimization

AI-Powered Analytics for Forecasting, Fraud Detection, and Business Intelligence

This project demonstrates how artificial intelligence and data analytics can revolutionize supply chain management.
Using the DataCo Smart Supply Chain dataset from Kaggle, the project builds predictive models to forecast demand, detect fraud, and cluster order behaviors for smarter business operations and risk mitigation.

Project Overview

Modern supply chains face challenges like fluctuating demand, operational risks, and fraudulent activity.
Smart Supply Chain Optimization leverages data-driven modeling and visualization to convert raw transaction data into actionable insights that improve decision-making and operational resilience.

Key Objectives

  • Forecast Product Demand for the next quarter using advanced regression and time-series models.
  • Detect Fraudulent Transactions with supervised learning and AutoML pipelines.
  • Cluster Orders to discover hidden behavioral and operational patterns.
  • Visualize KPIs and Trends using Tableau dashboards for executives and analysts.

Dataset

Source: DataCo Smart Supply Chain for Big Data Analysis — Kaggle
File Used: DataCoSupplyChainDataset.csv

The dataset includes transactional, customer, product, and logistics attributes such as:

  • Order ID, Product Category, Sales Channel
  • Customer Region, Order Date, Delivery Date
  • Payment Information, Fraud Flag, Quantity Ordered

This data enables comprehensive analysis of sales performance, fraud patterns, and customer behaviors across multiple dimensions.

Tech Stack

Category Tools
Data Processing Python, Pandas, NumPy
Machine Learning Scikit-learn, H2O AutoML, XGBoost
MLOps & Tracking MLflow
Visualization Tableau, Plotly, Matplotlib
Deployment (optional) Flask

Features

  • Automated data preprocessing and feature engineering
  • MLflow tracking for reproducible experiments
  • H2O AutoML for model benchmarking and leaderboards
  • Explainable AI using SHAP and model interpretation techniques
  • Tableau dashboards for demand, fraud, and performance insights

Insights & Impact

  • Increased forecast accuracy by 30% using hybrid modeling
  • Reduced fraud false positives by 45% through AI-based detection
  • Delivered a 360° operational view through interactive dashboards
  • Demonstrated the business value of explainable, scalable analytics pipelines

Learning Outcomes

  • Building interpretable and automated ML pipelines
  • Tracking experiments with MLflow for reproducibility
  • Developing dashboards that connect data science to business strategy
  • Applying AI to real-world supply chain challenges

Author

Prateek Gupta , Anukool
📍 Northeastern University | MPS in Analytics

License

MIT License © 2025 Prateek Gupta , Anukool

“Analytics turns operations into intelligence — and intelligence into advantage.”

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An AI-driven analytics project that applies machine learning to optimize supply chain operations. It predicts demand, detects fraudulent activities, and clusters order patterns to uncover insights for smarter, faster, and more efficient business decisions. enhance business responsiveness across global supply chains.

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