Introduction

You can use Microsoft Visual Studio for Android development, but the answer depends on what kind of Android app you want to build. Visual Studio works well for .NET-based Android development, historically with Xamarin and now with .NET for Android or .NET MAUI, while native Java or Kotlin Android development is still centered on Android Studio.

Pick the Right Development Model

There are two very different paths:

• Native Android development, usually with Kotlin or Java
• .NET-based Android development, usually with C# in Visual Studio

If your goal is a native Android app using the standard Android SDK with Kotlin, Visual Studio is not the normal primary IDE. If your goal is to build Android apps in C# or share code across Android, iOS, and desktop, Visual Studio is a reasonable choice.

Install the Mobile Workload

In Visual Studio Installer, choose the workload for mobile or .NET cross-platform development. That installs the Android SDK, emulator integration, and the .NET tooling needed to compile Android targets.

After installation, you can create:

• a .NET MAUI app for cross-platform UI
• a .NET Android app for Android-specific work
• in older stacks, a Xamarin.Android project

The exact template names vary by Visual Studio version, but the concept is the same: Visual Studio drives the .NET toolchain and packages the Android application.

Example with .NET MAUI

For many teams, the modern Visual Studio route is .NET MAUI. A minimal page looks like this:

1using Microsoft.Maui.Controls;
2
3namespace HelloApp;
4
5public class MainPage : ContentPage
6{
7    public MainPage()
8    {
9        var label = new Label
10        {
11            Text = "Hello Android from Visual Studio",
12            HorizontalOptions = LayoutOptions.Center,
13            VerticalOptions = LayoutOptions.Center
14        };
15
16        Content = label;
17    }
18}

When you run the Android target, Visual Studio builds the app, deploys it to an emulator or device, and starts debugging in the same IDE.

Android-Specific Code Is Still Possible

Even in cross-platform projects, you may need Android-specific APIs such as permissions, notifications, or intents. In .NET-based Android projects, you access those through platform-specific code:

1using Android.App;
2using Android.OS;
3using Android.Widget;
4
5namespace HelloAndroid;
6
7[Activity(Label = "HelloAndroid", MainLauncher = true)]
8public class MainActivity : Activity
9{
10    protected override void OnCreate(Bundle? savedInstanceState)
11    {
12        base.OnCreate(savedInstanceState);
13
14        var textView = new TextView(this);
15        textView.Text = "Running on Android";
16        SetContentView(textView);
17    }
18}

This is still Android development, but with C# instead of Kotlin or Java.

Emulators, Devices, and Debugging

Visual Studio can deploy to:

• the Android Emulator
• physical Android devices with USB debugging enabled
• some third-party emulators if ADB integration is working

The debugging workflow is familiar: set breakpoints, inspect variables, view logs, and step through code. For device-side issues, Logcat and ADB are still relevant even when Visual Studio is the main IDE.

Know the Limitations

Visual Studio is not a perfect replacement for Android Studio in every scenario. If you need:

• Jetpack Compose
• the newest Android Gradle Plugin features
• deep native Kotlin tooling
• Android-specific layout inspectors and profilers tightly tied to Google tooling

then Android Studio is usually the better fit.

The practical rule is simple: use Visual Studio when your app is built around the .NET stack. Use Android Studio when your app is built around the native Android stack.

Common Pitfalls

• Assuming Visual Studio is the best choice for Kotlin or Java Android work leads to friction because the ecosystem is centered on Android Studio.
• Installing Visual Studio without the mobile workload leaves the IDE unable to build or deploy Android targets.
• Treating old Xamarin guidance as identical to modern .NET MAUI guidance can be misleading because the project structure and templates changed.
• Forgetting that Android SDK setup and emulator configuration still matter causes environment problems that look like IDE issues.
• Expecting one codebase to eliminate all platform-specific work is unrealistic; real apps still need Android-specific integration points.

Summary

• Visual Studio can be used for Android development when you are building with C# and the .NET mobile stack.
• The usual modern path is .NET MAUI or .NET for Android; older material may still mention Xamarin.
• For native Kotlin or Java Android apps, Android Studio remains the standard tool.
• Choose the IDE based on the application stack, not just on personal preference.