Implementing Search Functionality in Power Apps Using the Search() Function

Introduction

In Power Apps, users often need to quickly find specific records from large datasets. To support this, Power Apps provides the Search() function, which allows filtering records based on a text input across one or more columns. This article explains how to implement a dynamic search feature using a collection as a data source and a gallery to display filtered results.

What Is the Search() Function in Power Apps?

The Search() function filters a table and returns records that contain the search text in specified columns.

Syntax

Search(DataSource, SearchText, Column1, Column2, ...)

Parameters

DataSource – Table or collection to search from
SearchText – Text entered by the user (usually from a Text Input control)
Column1, Column2, … – Columns where Power Apps will search the text

The function performs a case-insensitive partial match, making it ideal for user-friendly search experiences.

Step 1: Creating Sample Data Using a Collection (OnStart)

Instead of connecting to SharePoint or Dataverse, we can use a local collection for learning and testing.

In App → OnStart, use:

ClearCollect(
    colEmployees,
    { ID: 1, Name: "John Smith", Department: "HR", Email: "[email protected]", Location: "New York" },
    { ID: 2, Name: "Sara Johnson", Department: "IT", Email: "[email protected]", Location: "London" },
    { ID: 3, Name: "Michael Brown", Department: "Finance", Email: "[email protected]", Location: "Toronto" },
    { ID: 4, Name: "David Wilson", Department: "IT", Email: "[email protected]", Location: "Sydney" },
    { ID: 5, Name: "Emily Davis", Department: "HR", Email: "[email protected]", Location: "Chicago" },
    { ID: 6, Name: "Robert Miller", Department: "Sales", Email: "[email protected]", Location: "San Francisco" },
    { ID: 7, Name: "Sophia Taylor", Department: "Marketing", Email: "[email protected]", Location: "Berlin" },
    { ID: 8, Name: "Daniel Anderson", Department: "Support", Email: "[email protected]", Location: "Dublin" },
    { ID: 9, Name: "Olivia Thomas", Department: "Admin", Email: "[email protected]", Location: "Singapore" },
    { ID: 10, Name: "James Martin", Department: "Operations", Email: "[email protected]", Location: "Dubai" }
)

After adding this, run the app once so the collection gets created.

Step 2: Add Search Text Input Control

Insert a Text Input control and name it:

txtSearch_1

This control will capture what the user types to search for employees.

Step 3: Display Data Using a Gallery

Insert a Vertical Gallery and set its layout to:

Bind fields like:

Title → Name
Subtitle → Department
Add labels for Email and Location if needed

Step 4: Apply Search Formula to Gallery Items

Set the Items property of the gallery:

Search(
    colEmployees,
    txtSearch_1.Text,
    Name,
    Department,
    Email,
    Location
)

What This Does

Searches in 4 columns: Name, Department, Email, Location
Updates results in real time as the user types
Supports partial matches (e.g., typing “IT” shows all IT employees)

Example Search Scenarios

User Input	Matching Records
`john`	John Smith
`IT`	Sara Johnson, David Wilson
`Toronto`	Michael Brown
`@company.com`	All employees

This makes the search highly flexible and user-friendly.

Important Notes About Search()

Works Best With:

Text columns
Small to medium datasets
Collections and non-delegable sources

⚠ Delegation Limitation

If you use SharePoint or Dataverse with large data, Search() may not be delegable.
In such cases, use combinations of:

Filter()
StartsWith()

for better performance.

When to Use Search() vs Filter()

Scenario	Recommended Function
Free text search across many columns	Search()
Exact match or logical conditions	Filter()
Large SharePoint lists	Filter + StartsWith

Use Cases in Real Projects

This pattern is very useful in apps like:

Employee Directory
Asset Tracking App (search by serial, owner, location)
Timesheet Management (search by employee or project)
Helpdesk Ticket System

Shubham, this is very similar to what you build in Timesheet and Asset Tracking apps, so the same logic can be reused there with SharePoint or Dataverse data sources.

Conclusion

The Search() function in Power Apps provides a quick and efficient way to filter records using free-text input across multiple columns. By combining:

Collections (for local data)
Text Input control
Gallery with Search()

you can build responsive and user-friendly search experiences with minimal formulas. This approach is perfect for learning, prototyping, and small production apps.