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  • Python for R Users
    This course is for R users who want to get up to speed with Python!
  • Foundations of Probability in Python
    Learn fundamental probability concepts like random variables, mean and variance, probability distributions, and conditional probabilities.
  • Survival Analysis in R
    Learn to work with time-to-event data. The event may be death or finding a job after unemployment. Learn to estimate, visualize, and interpret survival models!
  • Visualizing Geospatial Data in R
    Learn to read, explore, and manipulate spatial data then use your skills to create informative maps using R.
  • Parallel Programming in R
    This course covers in detail the tools available in R for parallel computing.
  • NoSQL Concepts
    In this conceptual course (no coding required), you will learn about the four major NoSQL databases and popular engines.
  • Introduction to Spark SQL in Python
    Learn how to manipulate data and create machine learning feature sets in Spark using SQL in Python.
  • Human Resources Analytics: Exploring Employee Data in R
    Manipulate, visualize, and perform statistical tests on HR data.
  • Pandas Joins for Spreadsheet Users
    Learn how to effectively and efficiently join datasets in tabular format using the Python Pandas library.
  • Analyzing Survey Data in R
    Learn survey design using common design structures followed by visualizing and analyzing survey results.
  • Introduction to Text Analysis in R
    Analyze text data in R using the tidy framework.
  • Case Studies: Building Web Applications with Shiny in R
    Practice your Shiny skills while building some fun Shiny apps for real-life scenarios!
  • Introduction to Spark with sparklyr in R
    Learn how to analyze huge datasets using Apache Spark and R using the sparklyr package.
  • Feature Engineering in R
    Learn a variety of feature engineering techniques to develop meaningful features that will uncover useful insights about your machine learning models.
  • Credit Risk Modeling in R
    Apply statistical modeling in a real-life setting using logistic regression and decision trees to model credit risk.
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