Use INDEX and MATCH with Multiple Criteria in Google Sheets

Published: November 25, 2024 - 7 min read

Julian Alvarado

Want to perform complex lookups in Google Sheets? Learn to combine INDEX and MATCH functions for multi-criteria searches, enhancing your data analysis capabilities.

Setting Up INDEX and MATCH for Multiple Criteria Lookup

Creating the Basic Formula Structure

To use INDEX and MATCH with multiple criteria, we need to construct a formula that combines these functions effectively. Let’s break it down step-by-step.

Step 1. Start with the INDEX function as the outer function.

  • Begin your formula with =INDEX(
Google Sheets formula bar showing the initial index function structure.
  • This function will return the value we’re looking for once we’ve found its position.

Step 2. Nest the MATCH function inside INDEX for row lookup.

  • Inside the INDEX function, add MATCH(
FormulaBar displaying a nested match function with an index.
  • MATCH will find the position of our lookup criteria within a specified range.

Step 3. Use array formulas to handle multiple criteria.

  • To work with multiple criteria, we’ll need to use array formulas.
  • After completing your formula, press Ctrl+Shift+Enter (Windows) or Cmd+Shift+Enter (Mac) to create an array formula.

Incorporating Multiple Criteria into MATCH

To search using multiple criteria, we need to combine our search terms and adjust our lookup array accordingly.

Step 1. Use the “&” operator to combine multiple criteria.

  • The “&” operator allows you to concatenate text strings.
  • Use it to join your search criteria into a single lookup value.

Step 2. Create a lookup value that concatenates your search criteria.

  • Combine your search terms using the “&” operator.
  • For example: =MATCH(A2&B2, C2:C100&D2:D100, 0)
Example of match function in ampersand operator to combine criteria?

Step 3. Adjust the lookup array to match your combined criteria.

  • Modify your lookup array to concatenate the corresponding columns.
  • This ensures your lookup value and array use the same format.

Implementing INDEX and MATCH with Two Criteria

Step-by-Step Formula Construction

Let’s construct a formula that uses INDEX and MATCH with two criteria.

Step 1. Begin with =INDEX(return_range,

  • Start your formula by specifying the range containing the values you want to return.
  • For example: =INDEX(E2:E100,
Google Sheets formula bar showing the initial index function structure.

Step 2. Add MATCH(lookup_value1&lookup_value2,

  • Inside the INDEX function, start the MATCH function.
  • Concatenate your two lookup values.
  • Example: =INDEX(E2:E100,MATCH(A2&B2,
Index function with return range specified

Step 3. Complete with lookup_array1&lookup_array2,0))

  • Finish the MATCH function by specifying your lookup array and match type.
  • Example: =INDEX(E2:E100,MATCH(A2&B2,C2:C100&D2:D100,0))
Formulas showing match function inside index with concatenated lookup values.

Step 4. Press Ctrl+Shift+Enter to create an array formula.

  • After entering your formula, use the array formula shortcut.
  • This tells Google Sheets to treat the formula as an array formula.

Handling Different Data Types in Criteria

When working with multiple criteria, you may encounter different data types. Here’s how to handle them:

Step 1. Convert numbers to text using the TEXT function if necessary.

  • If one of your criteria is a number, use TEXT to convert it to a string.
  • Example: =MATCH(TEXT(A2,”0″)&B2, TEXT(C2:C100,”0″)&D2:D100, 0)
INDEX MATCH Formula with Multiple Criteria

Step 2. Use the TO_TEXT function for dates in your criteria.

  • For date criteria, use TO_TEXT to ensure consistent formatting.
  • Example: =MATCH(TO_TEXT(A2)&B2, TO_TEXT(C2:C100)&D2:D100, 0)
Formula using TEXT function to convert numerical criteria

Step 3. Ensure consistent formatting across your lookup values and arrays.

  • Make sure the format of your lookup value matches the format in your lookup array.
  • This may involve using functions like TEXT or TO_TEXT on both sides of the MATCH function.

Expanding to Three or More Criteria

Modifying the Formula for Additional Criteria

Adding more criteria to your INDEX and MATCH formula is straightforward. Here’s how to do it:

Step 1. Add more lookup values to the MATCH function.

  • Include additional criteria in your MATCH function, separated by “&”.
  • Example: =INDEX(F2:F100,MATCH(A2&B2&C2,

Step 2. Expand the lookup array to include all criteria columns.

  • Add corresponding columns to your lookup array, also separated by “&”.
  • Example: =INDEX(F2:F100,MATCH(A2&B2&C2,D2:D100&E2:E100&F2:F100,0))
Example of two-text function usage for date criteria in index match formula.

Step 3. Adjust the formula structure to accommodate the new criteria.

  • Ensure your INDEX range reflects the correct column for returned values.
  • Double-check that all criteria and array ranges are correctly aligned.

Managing Complex Data Sets

When dealing with large or complex datasets, consider these strategies:

Step 1. Use helper columns to simplify your lookup process if needed.

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  • Create additional columns that combine multiple criteria.
  • This can make your main formula simpler and easier to manage.

Step 2. Consider using FILTER function alongside INDEX-MATCH for large datasets.

  • For very large datasets, FILTER can be more efficient.
  • Example: =INDEX(FILTER(F2:F100,(D2:D100=A2)*(E2:E100=B2)*(F2:F100=C2)), 1)
Extended Index Match formula incorporating three criteria?

Step 3. Optimize formula performance by limiting the lookup range.

  • Restrict your lookup range to only the necessary data.
  • This can significantly improve calculation speed for large spreadsheets.

Returning Multiple Values with INDEX and MATCH

Creating an Array of Results

Sometimes, you may want to return multiple values that match your criteria. Here’s how:

Step 1. Modify the INDEX function to return a range instead of a single cell.

  • Change your INDEX range to include multiple columns.
  • Example: =INDEX(E2:G100, MATCH(A2&B2, C2:C100&D2:D100, 0), {1,2,3})
Extended Index Match Formula Incorporating Three Criteria.

Step 2. Use the TRANSPOSE function to display results horizontally if needed.

  • Wrap your formula in TRANSPOSE to change the orientation of results.
  • Example: =TRANSPOSE(INDEX(E2:G100, MATCH(A2&B2, C2:C100&D2:D100, 0), {1,2,3}))
Filter function combined with Index Match for large dataset handling.

Step 3. Implement error handling to manage cases with no matches.

  • Use IFERROR to provide a custom message when no match is found.
  • Example: =IFERROR(INDEX(E2:G100, MATCH(A2&B2, C2:C100&D2:D100, 0), {1,2,3}), “No match found”)
Multiple column return setup using INDEX/MATCH, demonstrating array syntax for returning multiple values.

Combining with Other Functions for Advanced Analysis

Enhance your data analysis by combining INDEX and MATCH with other functions:

Step 1. Integrate SUMIFS or COUNTIFS for numerical analysis of matched data.

  • Use these functions to perform calculations on your matched results.
  • Example: =SUMIFS(E2:E100, C2:C100, A2, D2:D100, B2)

Step 2. Use VLOOKUP in combination with INDEX-MATCH for more flexible lookups.

  • Combine these functions for complex, multi-step lookups.
  • Example: =VLOOKUP(INDEX(E2:E100, MATCH(A2&B2, C2:C100&D2:D100, 0)), F2:G100, 2, FALSE)
Complex lookup combining VLOOKUP and INDEX/MATCH?

Step 3. Explore QUERY function for complex data manipulation tasks.

  • For advanced data analysis, consider using the QUERY function.
  • Example: =QUERY(B2:E100, “SELECT E WHERE C = ‘”&A2&”‘ AND D = ‘”&B2&”‘”)
Curie function implementation with multiple

Understanding the Power of INDEX and MATCH

Advantages Over VLOOKUP

INDEX and MATCH offer several benefits compared to VLOOKUP:

  1. Flexibility in column order: Unlike VLOOKUP, INDEX and MATCH don’t require your lookup column to be the leftmost in your range.
  2. Ability to perform right-to-left lookups: INDEX and MATCH can search in any direction, not just left-to-right like VLOOKUP.
  3. Enhanced performance with large datasets: For extensive data ranges, INDEX and MATCH often calculate faster than VLOOKUP.

How INDEX and MATCH Work Together

Understanding the individual roles of INDEX and MATCH helps in utilizing their combined power:

  1. INDEX: Returns a value from a specified position in a range. It answers the question, “What value is in this specific row and column?”
  2. MATCH: Finds the position of a lookup value within an array. It tells you, “Where in this range is my lookup value?”
  3. Combining them allows for dynamic, criteria-based lookups. MATCH finds the position, which INDEX then uses to return the corresponding value.

By mastering INDEX and MATCH with multiple criteria, you’ve expanded your data lookup capabilities in Google Sheets. Apply these techniques to enhance your spreadsheet analysis.

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Julian Alvarado Content Marketing
Julian is a dynamic B2B marketer with 8+ years of experience creating full-funnel marketing journeys, leveraging an analytical background in biological sciences to examine customer needs.
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