Course Outline

Introduction

  • Developing effective algorithms for pattern recognition, classification, and regression is essential for government applications.

Setting up the Development Environment

  • Utilizing Python libraries to support algorithm development for government use.
  • Evaluating the benefits of online versus offline editors in a government context.

Overview of Feature Engineering

  • Identifying and utilizing input and output variables (features) for government datasets.
  • Assessing the advantages and disadvantages of feature engineering in public sector projects.

Types of Problems Encountered in Raw Data

  • Addressing issues such as unclean data, missing data, and other common data challenges for government datasets.

Pre-Processing Variables

  • Strategies for managing missing data in government datasets.

Handling Missing Values in the Data

Working with Categorical Variables

Converting Labels into Numbers

Handling Labels in Categorical Variables

Transforming Variables to Improve Predictive Power

  • Techniques for transforming numerical, categorical, and date variables to enhance predictive models for government use.

Cleaning a Data Set

Machine Learning Modelling

Handling Outliers in Data

  • Methods for identifying and managing outliers in numerical and categorical variables within government datasets.

Summary and Conclusion

Requirements

  • Proficiency in Python programming.
  • Experience with Numpy, Pandas, and scikit-learn.
  • Knowledge of Machine Learning algorithms.

Intended Audience for Government

  • Developers
  • Data Scientists
  • Data Analysts
 14 Hours

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