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gauravkrmahato/README.md

Hi, I'm Gaurav πŸ‘‹

Data Analyst | Python, SQL & Power BI

I’m a data analyst who works with messy operational data to uncover where money is being lost, costs are drifting, and processes break down, using real-world business datasets. I use SQL and Python to build reliable analysis pipelines, and Power BI to present findings in dashboards that teams actually use across supply chain, retail sales, and media domains.

πŸ“„ Download My Resume


πŸ›  Tech Stack

  • Python: Pandas, NumPy (data cleaning, EDA)
  • SQL: MySQL (joins, CTEs, subqueries, window functions)
  • BI & Visualization: Power BI (DAX, KPI dashboards), Matplotlib, Seaborn, Plotly
  • Tools: Excel (analysis, reporting), Git

πŸš€ Featured Projects

Solved business problems using real-world datasets.

  • The Problem: The business had $2.71M tied up in dead inventory and a risky 65.7% reliance on just 10 vendors.
  • The Solution: I built a SQL & Python pipeline (using CTEs) to clean the data and run hypothesis tests on pricing strategies.
  • The Impact: Identified a 72% cost savings potential via bulk purchasing and created an interactive Power BI dashboard to track vendor metrics.
  • The Problem: Revenue was high, but profit was suspiciously low. The business couldn't see which specific products or regions were eating up the margins.
  • The Solution: I used Python (Pandas) to clean and aggregate the data, then visualized the disconnect between sales and profit using Matplotlib, Seaborn, and Plotly .
  • Key Findings: Discovered a "Furniture Trap" where Furniture brings in ~$742k revenue (same as Tech) but only $18k profit (vs $145k). I also identified a massive Regional Gap: while the West is the top performer, the Central region is destroying margins through heavy discounting.
  • The Problem: Streaming algorithms suffer from "Blockbuster Bias"β€”they push expensive hits while high-quality content gets buried.
  • The Solution: I used SQL Window Functions and CTEs to build a ranking system that strips away popularity metrics, focusing strictly on viewer satisfaction scores .
  • Key Finding: I isolated a "Hidden Gem" list by filtering for movies with >4.0 ratings but only 10–30 reviews. This identified 50 high-potential titles (mostly Dramas) that could drive user retention without the high licensing cost of blockbusters.

πŸ“« Connect with Me

Pinned Loading

  1. vendor-performance-analysis-sql-python-powerbi vendor-performance-analysis-sql-python-powerbi Public

    Analyzed vendor efficiency and profitability to support strategic purchasing and inventory decisions.

    Jupyter Notebook

  2. retail-sales-insights-python retail-sales-insights-python Public

    Revenue was high, but profit was suspiciously low. The business couldn't see which specific products or regions were eating up the margins.

    Jupyter Notebook

  3. underrated-movies-sql-analysis underrated-movies-sql-analysis Public

    Streaming algorithms suffer from "Blockbuster Bias"β€”they push expensive hits while high-quality content gets buried.