- Module 1 Overview
- The What, Why, and How of Excel
- Excel Components and File Extensions
- Excel's User Interface: The Ribbon
- Excel's User Interface: Quick Access and Formula Toolbars
- Excel's User Interface: The Worksheet
- Introduction to Formulas and Functions
- Formulas and Functions
- Order of Operations and Formulas
- Using Excel's Built in Functions
- Understanding Cell References
- Cell References
- Module 2 Overview
- Module 2.1 Overview
- Simple Aggregation Functions
- Simple Aggregation Functions
- Single Criteria Conditional Aggregation: Static Criteria
- Single Criteria Conditional Aggregation: Dynamic Criteria
- Single Criteria Conditional Aggregation: >, <, and <> Conditions
- Single Criteria Conditional Aggregation: Combining Aggregations
- Single Criteria Conditional Aggregation Functions
- Multiple Criteria Conditional Aggregation
- Multiple Criteria Conditional Aggregation: AND Testing
- Multiple Criteria Conditional Aggregation: OR Testing
- Multiple Criteria Conditional Aggregation: Using Arrays for OR Testing
- Multiple Criteria Conditional Aggregation: More on OR Testing
- Multiple Criteria Conditional Aggregation Functions
- Bonus: Using Array Multiplication to Aggregate Data from Many Columns
- Database Aggregation Functions: Overview
- Database Aggregation Functions: Building a Reporting Tool
- Database Aggregations: Advanced Searches
- Database Aggregation Functions
- Performing Data Aggregation: Wrap Up
- Module 2.2 Overview
- Logical Operators
- Conditional Functions Overview
- More on Conditional Functions: The If Function
- Handling more than two Outcomes: Nesting If Functions
- Simple Error Handling with the Iferror Function
- Logical Value Functions: True, False, and Not
- Logical Operations
- Performing Logical Operations: Wrap Up
- Module 2.3 Overview
- Choose Function: An Overview and Simple Example
- Choose Function: Making Other Functions Dynamic
- Choose Function: Transforming Quality Scores and Selecting a Forecast Model
- Choose Function: Nesting Functions Inside Choose
- The Choose Function
- Vlookup and Hlookup: An Overview
- Vlookup: Key Concepts
- Vlookup: Adding Meaning to Classifications
- Vlookup: Making it Unique
- Vlookup: Understanding Approximate Match
- Vlookup: A Federal Income Tax Calculator
- Vlookup: Searching Multiple Tables
- Hlookup: More of the Same, Kind of
- The Vlookup and Hlookup Functions
- Index and Match: An Overview
- Match: Finding the Position
- Match: Understanding the Approximate Match
- Index: A Special Case with 1D Arrays
- Index: Getting Values from a Table
- Index: Getting Values from Multiple Tables
- Index: Returning a Reference Instead of a Value
- The Index and Match Functions
- Index and Match: Benefits of Index / Match Lookup
- Index and Match: Left lookups and Reference Stability
- Index and Match: Building a Dynamic Order Report
- Index and Match: Mastering the Approximate Lookup
- Index and Match: Putting the Approximate Match to Use
- Index and Match: The Power of Offsetting Lookups
- Index and Match: Searching Multiple Tables - Revisited
- Index and Match: Finding the First Occurrence
- Index and Match: Returning the Entire Row or Column
- Combining the Index and Match Functions
- Defined Names: Overview and Simple Example
- Defined Names: More than Constants - Storing Ranges and Calculations
- Defined Names
- Offset: Understanding the Offset Function
- Offset: Creating a Dynamic Dropdown List
- Offset: Creating a Dynamic Calculation
- Offset: Another Dynamic Calculation
- Offset: Dynamic Charting
- The Offset Function
- Row and Column: An Overview
- Row and Column: Finding the Last Row and Automatic Numbering
- Rows and Columns: An Overview
- Rows and Columns: Cleaning Up Bad Data
- Row, Column, Rows, and Columns
- Lookups, References, and Arrays: Returning More than the First Occurrence
- Lookups, References, and Arrays: Managing Schedules - Part 1