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Machine Learning to Inference Optimization
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Module 1
Python for Numerical and Tabular Work
1
Creating a Reproducible Python Environment and Notebook Kernel
Create a reproducible Python project environment with pinned dependencies and a notebook kernel.
Create a reproducible Python project environment with pinned dependencies and a notebook kernel.
2
Vectorized Numerical Computing with NumPy
Implement numerical computations with vectorized NumPy array operations instead of Python loops.
Implement numerical computations with vectorized NumPy array operations instead of Python loops.
3
Mastering NumPy Array Shapes, Axes, Indexing, and Broadcasting
Manipulate NumPy array shapes, axes, indexing, and broadcasting without dimension errors.
Manipulate NumPy array shapes, axes, indexing, and broadcasting without dimension errors.
4
Inspecting Dataset Schemas and Quality with Pandas
Load and inspect structured datasets with pandas to identify schema and quality issues.
Load and inspect structured datasets with pandas to identify schema and quality issues.
5
Cleaning Missing, Duplicate, and Invalid Data in Pandas
Clean missing, duplicated, and invalid values in a pandas DataFrame.
Clean missing, duplicated, and invalid values in a pandas DataFrame.
6
Combining and Summarizing Data with Pandas
Combine and summarize tabular data with pandas joins, grouping, and aggregation.
Combine and summarize tabular data with pandas joins, grouping, and aggregation.
7
Visualizing Distributions and Feature Relationships with Statistical Plots
Visualize numerical distributions and feature relationships with appropriate statistical plots.
Visualize numerical distributions and feature relationships with appropriate statistical plots.
8
From Notebook to Reusable Data Preparation Script
Refactor notebook-based data preparation into a reusable Python function and script.
Refactor notebook-based data preparation into a reusable Python function and script.
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