After 90 min: A working predictive model that forecasts outcomes based on historical data
Analyze Data with Python Pandas
After 90 min: Insights extracted from a dataset with visualizations and statistical analysis
Data analysis with Pandas is where Python stops being an abstract programming exercise and starts being a practical tool. Given any spreadsheet or CSV file, this skill lets you ask questions — which products sold most, which customers churn, which expenses grew — and get answers in seconds rather than hours. This plan produces a working analysis of a real dataset by the end of the session, not a toy example.
The session covers installation, loading data and understanding its shape, cleaning (the step that takes 80% of real-world analysis time, and which tutorials routinely skip), statistical exploration, and visualization. The data cleaning section is unusually thorough: real datasets have missing values, inconsistent formatting, duplicate rows, and type mismatches — and a clean dataset that hasn't been inspected is just a broken dataset you haven't found yet.
Start with small datasets until the workflow feels natural. The tip reflects hard experience: jumping to analysis before understanding the data produces conclusions that look authoritative and are quietly wrong. Pandas makes it easy to compute statistics on garbage. Understanding the data's shape, range, missing rate, and distribution before writing any analysis code is the habit that separates reliable analysis from overconfident mistakes.
What you need
The 90-Minute Plan
Install pandas using pip. Import it in Jupyter and understand DataFrames.
Load a CSV file with pandas. Use head(), info(), describe() to understand your data.
Remove null values, handle duplicates, and standardize data formats.
Calculate statistics, group data, and create charts using matplotlib or seaborn.
Write conclusions from your analysis. Share your notebook. Next: explore machine learning.
Start with small datasets. Understand your data before jumping to analysis. Document assumptions.
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