Master the basics of data analysis in Python. Expand your data science skill set by learning scientific computing with numpy.
Master the basics of data analysis by manipulating common data structures such as vectors, matrices and data frames.
Level up your Python data science skills by creating visualizations using matplotlib and manipulating data frames with Pandas.
Continue your journey to become an R ninja by learning about conditional statements, loops, and vector functions.
This course provides a basic introduction to clustering and dimensionality reduction in R from a machine learning perspective.
Learn how to build and tune predictive models and evaluate how well they will perform on unseen data.
Learn to train and assess models performing common machine learning tasks such as classification, regression and clustering.
In this course, you will learn to read CSV, XLS, and text files in R using tools like readxl and data.table.
Learn to produce meaningful and beautiful data visualizations with ggplot2 by understanding the grammar of graphics.
This course will equip you with the skills to analyze, visualize, and make sense of networks using the NetworkX library.
Learn to explore your data so you can properly clean and prepare it for analysis.
Strengthen your knowledge of the topics you learned in Intermediate R with a ton of new and fun exercises.
Learn the art of writing your own functions in Python, as well as key concepts like scoping and error handling.
Learn to import data into Python from various sources, such as Excel, SQL, SAS and right from the web.
Master fundamental techniques for data manipulation using the select, mutate, filter, arrange, and summarise functions in dplyr.
In this course, you'll learn how to use the industry-standard pandas library to import, build, and manipulate DataFrames.
Learn the fundamentals of writing functions in R so you can make your code more readable and automate repetitive tasks.
This course provides a comprehensive introduction to working with base graphics in R.
Master core concepts in data manipulation such as subsetting, updating, indexing and joining your data using data.table.
Learn the core techniques necessary to extract meaningful insights from time series data.
Build the foundation you need to think statistically and to speak the language of your data.
Learn the language of data, study types, sampling strategies, and experimental design.
Learn how to describe relationships between two numerical quantities and characterize these relationships graphically.
Continue to build your modern Data Science skills by learning about iterators and list comprehensions.
Learn how to parse data in any format. Whether it's flat files, statistical software, databases, or date right from the web.
Learn to create interactive analyses and automated reports with R Markdown.
Learn essential data structures such as lists and data frames and apply that knowledge directly to financial examples.
In this course, you'll learn the basics of relational databases and how to interact with them.
This course teaches the big ideas in machine learning like how to build and evaluate predictive models.
This course was designed to get you up to speed with the most important and powerful methodologies in statistics.
Become an expert in fitting ARIMA (autoregressive integrated moving average) models to time series data using R.
Learn how to use graphical and numerical techniques to begin uncovering the structure of your data.
Take your data visualization skills to the next level with coordinates, facets, themes, and general best practices in ggplot2.
This course is all about the act of combining, or merging, DataFrames, an essential part of any working Data Scientist's toolbox.
Further improve your Python data importing skills and learn to work with more web and API data.
Learn the bag of words technique for text mining with R.
In this series of four case studies, you'll revisit key concepts from our courses on importing and cleaning data in R.
Learn the basics of the important features of the RStudio IDE.
This course will show you how to combine data sets with dplyr's two table verbs.
Learn to apply statistical modeling in a real-life setting using logistic regression and decision trees to model credit risk.
Learn how to cluster, transform, visualize, and extract insights from unlabeled datasets using scikit-learn and scipy.
Learn more complex data visualization techniques using Matplotlib and Seaborn.
You will learn how to tidy, rearrange, and restructure your data using versatile pandas DataFrames.
Learn how to build a model to automatically classify items in a school budget.
The xts and zoo packages make the task of managing and manipulating ordered observations fast and mistake free.
Learn how to create versatile and interactive data visualizations using Bokeh.
Learn the practice of drawing conclusions about a population from a sample of data, a process known as statistical inference.
Use your data manipulation and visualization skills to explore the historical voting of the United Nations General Assembly.
This course covers the basics of financial trading and how to use quantstrat to build signal-based trading strategies.
Learn to perform the two key tasks in statistical inference: parameter estimation and hypothesis testing.
Learn to create interactive graphs to display distributions, relationships, model fits, and more using ggvis.
Apply your finance and R skills to backtest, analyze, and optimize financial portfolios.
This course covers some advanced topics including strategies for handling large data sets and specialty plots.
Learn to read, explore, and manipulate spatial data then use your skills to create informative maps using R.
Manage the complexity in your code using object-oriented programming with the S3 and R6 systems.
Advance you R finance skills to backtest, analyze, and optimize financial portfolios.
In this follow-up course, you will expand your stat modeling skills from part 1 and dive into more advanced concepts.
Further your knowledge of RStudio and learn how to integrate Git, LaTeX, and Shiny
Strengthen your knowledge of the topics covered in Manipulating Time Series in R with xts and zoo using real case study data.
Learn to use R to develop models to evaluate and analyze bonds as well as protect them from interest rate changes.
This course provides a basic introduction to Bayesian statistics in R.
Learn how to access financial data from local files as well as from internet sources.
Learn the fundamentals of neural networks and how to build deep learning models using Keras 2.0.
Use a rich baseball dataset from the MLB's Statcast system to practice your data exploration skills.
This course will equip you with all the skills you need to clean your data in Python.
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