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Data Science Template

This repository contains a jupyter notebook that serves as a template for my data science projects. Feel free to use it for yours as well.

You can find the notebook in this repository as template.ipynb.

Table of Contents :

  • Introduction

    • Description of the project
    • Description of the goals
    • Table of Contents

 

  • Setup

    • Installation of required modules (think about using a requirements.txt file)
    • Importing the necessary modules
    • Setup of various settings that will be used throughout the project. Some examples:
      • Configure the figure_format
      • Set up logging if needed
      • Set seaborn / matplotlib themes
      • Set pandas max columns options

 

  • Data collection

    • Loading the dataset
    • First exploration
      • Head command to see the columns and data
      • Describe command to see the ranges of numerical data
      • Info command as a first quick null check
    • Data Cleaning
      • Transforming data types
      • Handling null values appropriately
      • Merging tables of data to use in EDA

 

  • EDA: Exploratory Data Analysis

    • Univariate exploration
    • Multivariate exploration
    • Correlations

 

  • Statistical Analysis

    • Repeat for every hypothesis:
      • Describe the target populations
      • Describe the null and alternative hypothesis
      • Set the significance level
      • Describe assumptions
      • Describe choice of test
      • Describe the results

 

  • Machine Learning

    • Define one or more prediction goals (repeat next steps for every goal)
      • Load the input data that you need
      • Data preprocessing
        • Address multicollinearity if strong correlations were found during the EDA
        • Think about using dimensionality reduction
        • Label / one-hot encoding
        • Standard scaling
        • Normalization
        • Train - test splitting
      • Model selection and training
        • Explain what model you'll be using
        • Hyperparameter tuning
        • Model training
      • Model evaluation
        • Evaluate model using the metrics of choice.

 

  • Summary

    • Provide an overview of the entire project with key takeaways

 

  • Improvements

    • List the possible improvements that you see