Business Analyst

Business Analyst

Nanodegree key: nd008

Version: 3.0.0

Locale: en-us

Learn to clearly define business issues, prepare and clean data, implement a variety of predictive modeling techniques, and tell stories with data.

Content

Part 01 : Problem Solving with Analytics

Learn a structured framework for solving problems with advanced analytics. Learn to select the most appropriate analytical methodology. Learn linear regression.

Part 02 : Data Wrangling

Understand the most common data types. Understand the various sources of data. Make adjustments to dirty data to prepare a dataset. Identify and adjust for outliers. Learn to write queries to extract and analyze data from a relational database.

Part 03 : Data Visualization

Understand the importance of data visualization. Know how different data types are encoded in visualizations. Select the most effective chart or graph based on the data being displayed.

Part 04 (Career): Career: Job Search Strategies

Opportunity can come when you least expect it, so when your dream job comes along, you want to be ready.

Part 05 : Classification Models

You will use classification models, such as logistic regression, decision tree, forest, and boosted, to make predictions of binary and non-binary outcomes.

Part 06 : A/B Testing

Understand the fundamentals of A/B testing, including experimental design, variable selection, and analyzing and interpreting results.

Part 07 (Career): Career: Networking

Networking is a very important component to a successful job search. In the following lesson, you will learn how tell your unique story to recruiters in a succinct and professional but relatable way.

Part 08 : Time Series Forecasting

Understand trend, seasonal, and cyclical behavior of time series data. Use time series decomposition plots. Build ETS and ARIMA models.

Part 09 : Segmentation and Clustering

Understand the difference between localization, standardization, and segmentation. Scale data to prepare a dataset for cluster modeling. Use principal components analysis (PCA) to reduce the number of variables for cluster model. Build and apply a k-centroid cluster model. Visualize and communicate the results of a cluster model.

Then complete a capstone project combining techniques learned throughout the program.

Part 10 (Elective): Deprecated SQL Lessons

Part 11 (Elective): Deprecated Tableau Lessons