BAA0: Business Analytics in Action Learning Plan

In the Business Analytics in Action Learning Plan, instructor Prashanth Southekal closely examines the concepts key to enterprise data analytics and machine learning, along with their associated values, and how they are integral for any organization. Each course focuses on the critical skills that are required across four main analytics domains and also disseminates how these tools are vital in your data career. As simple and clear as these tools may sound initially, the truth is much more complex. Throughout the six-course learning plan, we evaluate not just what analytics, machine learning, enterprise systems, data engineering, and quality data mean today, but how they are constantly evolving, and why they will require ongoing refinement for a long time to come. If all six courses are completed, a certificate of completion will be issued. This learning plan also includes a number of practical exercises that students can work on at home.

In the Business Analytics in Action Learning Plan, instructor Prashanth Southekal equips participants with key enterprise data analytics and machine learning concepts and skills across four main analytics domains: Data Management, Data Engineering, Data Science, and Data Monetization. This training comprises six courses, and these courses explore business analytics techniques to formulate and solve business problems and to support managerial decision-making. Students will also learn how to use and apply Excel and Excel add-ins to solve business problems that rely on data analytics.

This learning plan has four key learning objectives:

  1. Understanding business data and systems
  2. Learning the three main types of business analytics
  3. Applying analytics techniques and interpreting the results in a business context
  4. Communicating the data and insights derived to the business stakeholders

This is not intended to be a highly technical offering, but rather is valuable to data and business professionals ranging from technically proficient to not technically oriented people. Even those considering a path in Data Management, or working closely with data engineers, will find many useful insights throughout these courses. It does have in-depth discussions and exercises around the mathematics, statistics, and practical usage of different types of analytics, but the instructor walks students though each of the exercises.

Learning Plan Price: $699
Individual Course Price: $99 - $159
Learning Plan CEUs: 9.0 hours

Each Course Includes:

  • A 37- to 120-minute educational training video
  • A 13- to 26-question exam
  • Materials made available for download once the exam has been completed
  • Self-paced and on-demand e-learning
  • Unlimited course access
  • A number of practical exercises users can download and complete from home

Courses within the Business Analytics in Action Learning Plan:

  1. Introduction to Business Analytics and Enterprise Systems
  2. Essential Mathematics for Business Analytics
  3. Quality Data and Descriptive Analytics
  4. Predictive Analytics and Machine Learning
  5. Prescriptive and Causal Analytics
  6. Data Monetization and Wrap-Up 

We offer several bulk licensing options for corporate and group use.

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Business Analytics in Action Learning Plan

BAA1: Introduction to Business Analytics and Enterprise Systems

  • Domains in Enterprise Data Analytics
  • Introduction: Definition of Analytics
    • Insight Source #1: Intuition
    • Insight Source #2: Data
  • Three Key Developments in Business Analytics
  • Data and Market Capitalization
  • Limitations of Data
  • Enterprise Data
    • What Is Business Data?
    • Key Characteristics of Business Data
    • Data and Business Value
  • Business Data Characteristics
    • Multiple Stakeholders/Consumers
    • Purpose-/Context-Driven
    • Legal Implications
  • Types of Business Data
  • Structured vs. Unstructured Data
  • Business Data Based on Integration
  • Analytics Data Types
  • Business Data Taxonomy
  • Balancing Cost and Business Value
  • Business Data: Asset or Liability
  • Enterprise Systems
    • Key Features of Enterprise Systems
    • Types of Enterprise Systems
    • Generic Enterprise System Architecture
  • Basics of Database
    • Which Database to Use?
  • OLTP Systems
  • Types of Middleware Systems
    • Application Integration Middleware Systems
    • Data Integration Middleware Systems
    • ETL vs. DV
  • OLAP Systems
  • Five Key Features of BI/OLAP Reports
  • OLAP Cube
  • Data Warehouses (Data Marts and Data Lakes)
  • Domains in Enterprise Data Analytics
  • Data Lifecycle (DLC)
  • Data Engineering Functions
  • Why Is Analytics Heavy on Data Engineering?

BAA2: Essential Mathematics for Business Analytics

  • Five Main Types of Statistics/Analytics
    • Data Types
  • Two Areas in Exploratory Statistics
  • Measures of Central Tendency
    • Mode
    • Median
    • IQR
    • Arithmetic Mean (AM)
    • Geometric Mean (GM)
    • Harmonic Mean
  • Applying the Means — AM, GM, and HM
  • Comparing the Three Measures
  • Background to Understand Spread
    • Variation in Business
      • Types of Variation in Business
    • Normal Distribution (Bell Curve)
      • Plot of Normal Distribution
      • Why Normal Distribution Matters (in Business)
    • CI/CL (Confidence Interval and Confidence Level)
  • Measures of Spread (Variability)
    • Standard Deviation (SD)
      • Who Is a Reliable Performer (Vendor)?
      • Can Standard Deviation Be Negative?
    • Standard Error
      • Accuracy (SD) and Precision (SE)
    • Variance
    • Range
    • Kurtosis
    • Skewness
      • Test for Normality?
      • Statistical Tests and Data Distribution
      • Causes for Business Data Not Being Normally Distributed
      • How to Get a Normally Distributed Data Set
    • Z-Score
      • Application #1 of Z-Score — Comparison Against the Population
      • Application #2 of Z-Score — Outliers
      • Application #3 of Z-Score — Comparison Under Different Conditions
    • Statistics Is Getting Answers to Questions
    • Analytics in MS Excel
    • Descriptive Analytics on Store Data XL File
    • Linear Algebra — Introduction
      • Three Key Elements in Linear Algebra
    • Operations on Scalar, Vector, and Matrix
    • Examples of Matrix Operations
    • Steps to Solve Linear Equations

BAA3: Quality Data and Descriptive Analytics

  • Definition of Analytics
    • Main Types of Enterprise Analytics
  • The Challenge of Quality Data
    • Definition of Quality Data
  • Why Enterprises Need Sample Data
  • Getting Quality Sample Data
    • Sample Size (SS) for the “Right” Sample
    • Representation for the “Right” Sample
    • Representation (Runs Test) for the “Right” Sample
  • Descriptive Analytics Taxonomy
    • TABULAR/OLTP Reports
    • BI/OLAP Reports
  • What Is a Dashboard?
    • Key Elements of a Good Dashboard
    • Dashboard vs. Report
  • KPI (Key Performance Indicator)
    • Business-Driven KPIs
    • Technical-Driven KPIs
    • Measurement Theory-Driven KPIs
  • Seven Principles for Converting Metrics into KPIs
  • KPIs, Dashboards, and Implementation
  • Key Data Visualization Objects
    • Bar Charts (Pareto)
    • Stacked Bar Charts — Area and Column
    • Pie Charts (Pareto)
    • Spider Plots (Radar Plots)
    • Box and Whisker Plots
    • Histograms
    • Run Charts (Line Charts)
    • Scatter Plots
    • Bubble Charts
    • Sunburst Charts
    • Dials, Gauges, and Traffic Lights (DGT)
    • Heat Maps
    • Sankey Charts
  • Inferential and Associative Analytics
  • Statistical Tests and Data Distribution
  • Relationships Between Variables
  • Correlation Terms
  • Hypothesis Testing
  • Level of Significance and P-value

BAA4: Predictive Analytics and Machine Learning

  • Introduction to Predictive Analytics
    • Use Cases of Predictive Analytics
  • Regression Analysis
  • Correlation vs. Regression
  • Important Types of Regression Analysis
  • Simple Regression Model
    • Simple Linear Regression (SLR) Exercise
    • Simple Linear Regression with Excel
    • SLR Output
    • SIX Key Elements for SLR Evaluation
      • Coefficient of Determination (R2)
      • Standard Error (SE)
      • Coefficients
      • Confidence Interval for Variable
      • P-value of Independent Variable
      • F-value of the Model
    • Multiple Regression Model
    • Multiple Linear Regression (MLR)
    • Seven Key Elements in the MLR Output
      • Multicollinearity in MLR
      • Adjusted R2
      • Standard Error
      • Coefficients
        • Which Independent Variables Are Important?
      • Confidence Interval
      • P-value of the Independent Variables
      • F-value
    • Using the Model for Prediction
    • Multiple Regression Model with Dummy Variables
      • Dummy Variables in Regression
      • HR Analytics
      • MLR-Dummy Variable Output
      • Predicting Employee Performance
    • Logistic Regression
      • The Problem
      • The Insight Derivation Model
      • Sales/MBH Transaction + SLV
      • Store Performance Volatility (SPV)
      • Predict the SPV for the Retailers in Scope
      • Categorize Risk Levels of SMV and SLV
      • Integrate SPV and SLV
      • Assign Stores into Four Categories Based on SPV and SLV
      • Personalized Support to Retailers
      • Validating the Predictive Analytics Model
    • What Is Machine Learning?
    • ML and Predictive Analytics
    • The Seven Steps of Machine Learning
    • ML vs. Non-ML Solutions
    • Types of ML Algorithms
      • Bi-class
      • Multi-class
    • Types of Classification Algorithms
      • Logistic Regression
      • Support Vector Machines (SVM)
      • Decision Trees
      • Nearest Neighbor (NN)
    • Clustering ML Algorithms
      • K-Means
      • Sturges’s Rule
      • Classification vs. Clustering
      • K-Means Flowchart
    • Association ML Algorithms
      • Correlation
      • Pure Association ML Algorithms

BAA5: Prescriptive and Causal Analytics

  • Prescriptive Analytics
  • Forecasting vs. Backcasting
  • Introduction to Sensitivity Analysis
  • One-Variable Data Table
  • Two-Variable Data Table
  • Casual Analytics Provides the “Why”
  • Correlation Is Not Causation
  • Distinguishing Correlation and Causation
  • Executing Causal Analytics
  • A/B Testing Steps
  • Experimental Data for Causal Analytics
  • Create Your Own Data
    • Feature Engineering (FE)
    • DOE/Experiments
    • Proof of Concept (PoC)/Prototype
    • Surveys
  • Data Blending
    • Data Acquisition
    • Joining Data
    • Data Cleansing

BAA6: Data Monetization and Wrap-Up

  • Table of Contents
    • Data Monetization
    • Data Governance
    • Careers in Analytics
    • Wrap-Up
  • Data Monetization
    • Data Products
      • Data-Enhancing Platforms
      • Data-Exchanging Platforms
      • Data-Experiencing Platforms (External and Internal)
    • Financial Benefits
      • Key Business Metric
      • Calculating ROIC
    • Data Storytelling
      • How to Tell a Data Story
      • Five Elements of Persuasive Narration
    • Store Data Governance in a Retail Chain
    • Nine Key Data Governance Principles
    • Data Security Strategies
    • Data Privacy Regulations
    • Data Analytics Roles
      • Starting Your Analytics Career
      • Types of Analytics Skills in the Industry
    • Popularity of Three Main Data Science Tools
    • Magic Quadrant for Data Analytics
    • Resources on Analytics
    • Analytics Framework — Project Playbook
    • Tool Selection Flow Chart for Generating Insights
    • How to Get Good Data for Business Analytics
Milestone

Complete All Six Business Analytics in Action Courses


1. BAA1: Introduction to Business Analytics and Enterprise Systems

required
Course

The growing amount of data in computational processing and access to cheaper, more powerful, and affordable data storage have made it possible to quickly and automatically deliver faster, more accurate results. Hence, organizations from retail to financial services to energy sectors across the globe are looking at ways to derive insights from data to make good business decisions. Within this context, this course provides students an introduction to the basics of Data Management, the field of analytics, and machine learning in business.

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2. BAA2: Essential Mathematics for Business Analytics

required
Course

Analytics and machine learning (ML) techniques have deep mathematical underpinning, and often the software (be it Excel, R, or SAS) will provide the output. Against this backdrop, statistics and linear algebra are the key building blocks of business analytics. This course examines many different types of statistics and analysis, including exploratory, associative, comparative, predictive, and prescriptive models.

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3. BAA3: Quality Data and Descriptive Analytics

required
Course

Over 80 percent of the analytics efforts in business enterprises pertain to descriptive analytics. Descriptive analytics is the interpretation of historical data to better understand “what happened” in the business. These insights are typically presented through reports (business intelligence and tabular) or KPI-based dashboards. This course takes an in-depth look at descriptive analytics and explores issues of Data Quality and many different types of data representations.

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4. BAA4: Predictive Analytics and Machine Learning

required
Course

Predictive analytics is the branch of analytics that is used to make predictions about the future. It answers questions such as “what will happen.” Predictive analytics is about likelihood or probabilities and NOT absolute certainties. Machine learning is a branch of artificial intelligence (AI) that leverages large amounts of quality data to identify patterns and implement decisions with minimal human intervention. Machine learning algorithms use a mathematical model of sample data, known as "training data," to identify patterns and implement decisions, without being explicitly programmed to perform the task.

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5. BAA5: Prescriptive and Causal Analytics

required
Course

Prescriptive analytics is finding the best course of action for a given situation using appropriate optimization techniques. Causal analytics provides the “why” behind the occurrence of an event. Unlike descriptive, predictive, and prescriptive analytics (which work on existing data), causal analytics rests on experiments and new data generation.

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6. BAA6: Data Monetization and Wrap-Up

required
Course

The primary purpose of business organizations is to deliver improved ROIC (Return on Invested Capital) for its shareholders. Data monetization is the act of generating, identifying, and communicating measurable financial benefits from data products. Along with discussing the three key building blocks of data monetization, this course also looks at the key features of bad analytics and the role of Data Governance in business analytics.

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