Step-by-Step Guide to Setting Up Git and GitHub in VS Code for Beginners

Setting up Git and GitHub in VS Code gives beginners a powerful, integrated workflow for version control without switching between tools. This guide walks you through installing Git, connecting your GitHub account, cloning repositories, and making your first commit — all directly inside Visual Studio Code’s built-in Source Control features.

Why Use Git and GitHub Inside VS Code?

Visual Studio Code has become the most popular code editor worldwide, with over 73% of developers surveyed in the 2026 Stack Overflow Developer Survey reporting it as their primary tool. One of the biggest reasons is its native Git integration — you get a full version control workflow without ever opening a terminal if you prefer not to.

GitHub, now hosting over 100 million developers and 420 million repositories (GitHub State of the Octoverse, 2026), is the de facto standard for storing, sharing, and collaborating on code. Combining both inside VS Code means fewer context switches, faster commits, and a gentler learning curve for beginners who are already getting comfortable with the editor itself.

Before diving in, it helps to understand what each tool actually does. Git is the version control system that tracks changes in your files locally. GitHub is the cloud-based hosting platform that stores those changes remotely and enables collaboration. VS Code simply provides the graphical interface that makes working with both feel intuitive rather than intimidating.

Prerequisites: What You Need Before You Start

Install Visual Studio Code

If you haven’t already, download VS Code from code.visualstudio.com. It’s free, open source, and available for Windows, macOS, and Linux. The installation is straightforward — accept the license, choose your destination folder, and let the installer finish. Once installed, open VS Code and familiarize yourself with the sidebar, command palette (Ctrl+Shift+P or Cmd+Shift+P on Mac), and the integrated terminal.

Install Git on Your Machine

Git must be installed separately from VS Code. Head to git-scm.com/downloads and grab the installer for your operating system. During the Windows installation, leave most defaults in place, but pay attention to the option that asks how Git should be used from the command line — select “Git from the command line and also from 3rd-party software” to ensure VS Code can access it properly.

After installation, verify it worked by opening your terminal or command prompt and running:

git --version

You should see an output like git version 2.43.0 or similar. If you get an error, restart your machine and try again — the PATH variable sometimes needs a refresh after installation.

Create a Free GitHub Account

Visit github.com and sign up for a free account. Choose a username you’re comfortable with professionally — this will appear on every repository and commit you ever push publicly. Once registered, verify your email address before proceeding. GitHub’s free tier includes unlimited public and private repositories, making it entirely sufficient for most beginner and intermediate use cases.

Configuring Git with Your Identity

Git needs to know who you are before it will record any commits. This is a one-time setup that ties your name and email to every change you make. Open VS Code’s integrated terminal (Ctrl+` or Terminal > New Terminal) and run these two commands, replacing the placeholder values with your own:

git config --global user.name "Your Name"
git config --global user.email "[email protected]"

Use the same email address you registered with on GitHub. This matters more than it sounds — mismatched emails can cause your commits to appear as coming from an unknown contributor on GitHub, which affects how your contribution graph populates. You can verify your configuration at any time by running git config --list.

For teams working in sensitive environments or handling government-related software projects, proper identity configuration is also a baseline security practice. The National Institute of Standards and Technology outlines developer identity verification as part of secure software supply chain guidance — you can review those recommendations at NIST’s Secure Software Development Framework documentation.

Connecting VS Code to Your GitHub Account

Sign In Through the VS Code GitHub Extension

Modern versions of VS Code (1.85 and above) include GitHub authentication built in. Click the Accounts icon in the bottom-left corner of the Activity Bar (it looks like a person silhouette) and select “Sign in with GitHub.” Your browser will open and prompt you to authorize Visual Studio Code. Click the green authorize button, and VS Code will automatically receive an authentication token.

Alternatively, open the Command Palette (Ctrl+Shift+P) and type “GitHub: Sign In” to trigger the same flow. Once authenticated, your GitHub username will appear in the Accounts panel, confirming the connection was successful.

Install the GitHub Pull Requests and Issues Extension

While basic Git operations work natively, installing the official “GitHub Pull Requests and Issues” extension from Microsoft enhances your workflow significantly. Find it in the Extensions panel (Ctrl+Shift+X), search for the extension by name, and click Install. This extension lets you create and review pull requests, manage issues, and see inline comments from code reviewers — all without leaving VS Code.

Creating or Cloning Your First Repository

Initialize a New Repository Locally

Open a folder you want to turn into a Git repository via File > Open Folder. Then open the Source Control panel by clicking the branch icon in the Activity Bar or pressing Ctrl+Shift+G. You’ll see a button labeled “Initialize Repository” — click it. VS Code will run git init behind the scenes and your folder is now a Git repository.

Create a new file — for example, a README.md — and save it. You’ll immediately see the file appear in the Source Control panel under “Changes” with a green “U” indicator, meaning it’s untracked. Stage it by clicking the + icon next to the file, type a commit message like “Initial commit” in the message box, and press Ctrl+Enter or click the checkmark to commit.

Clone an Existing GitHub Repository

If you want to work on an existing project, cloning is the way to start. Open the Command Palette and type “Git: Clone.” Paste the repository URL from GitHub (found under the green Code button on any repo page) and choose a local folder to save it in. VS Code will download the full repository history and open it automatically.

This is particularly useful when contributing to open-source projects or starting from a template. You can find thousands of beginner-friendly starter projects on GitHub by searching for repositories tagged with the “good first issue” label.

For more developer workflow tools and utilities that complement your VS Code setup, explore the resources available at devutilitypro.com.

Making Commits, Pushing, and Pulling Changes

The Basic Git Workflow in VS Code

The core loop you’ll repeat constantly is: make changes, stage them, commit them, and push to GitHub. In VS Code’s Source Control panel, any file you modify appears under Changes. Clicking the + icon stages it (equivalent to git add). Writing a message and committing saves that snapshot locally. Clicking “Sync Changes” or the cloud upload icon pushes your commits to GitHub.

Pulling changes (downloading updates from GitHub) works the same way in reverse. When collaborators push changes or when you edit directly on GitHub’s web interface, use the sync button or run git pull in the terminal to update your local copy.

Understanding Branch Basics

Branches let you work on features or fixes without affecting your main codebase. In VS Code, the current branch name appears in the bottom-left status bar. Click it to create a new branch, switch branches, or merge them. For beginners, a common safe habit is to never commit directly to the main branch — always create a feature branch, do your work, and merge back in.

VS Code’s visual diff viewer (clicking any changed file in the Source Control panel) shows you exactly what changed line by line before you commit, which dramatically reduces accidental errors in your commits. This kind of built-in tooling is one reason the VS Code approach works so well for beginners building good habits early.

For additional tools that help you manage your development environment more efficiently, visit devutilitypro.com where we cover utilities for developers at every experience level.

Frequently Asked Questions

Do I need to use the terminal to use Git in VS Code?

No — VS Code’s Source Control GUI handles the most common operations like staging, committing, pushing, pulling, and branching without any terminal commands. That said, learning basic terminal commands like git status, git log, and git diff will eventually help you understand what’s happening behind the scenes and troubleshoot edge cases more effectively.

Why is VS Code asking for my GitHub password every time I push?

This usually means you’re using HTTPS authentication without a stored credential or you haven’t signed into the GitHub extension. The fastest fix is to sign into VS Code using the Accounts panel as described earlier. Alternatively, you can set up SSH key authentication — generate a key pair using ssh-keygen, add the public key to your GitHub account settings under SSH Keys, and update your remote URL to use the SSH format instead of HTTPS.

What’s the difference between Git and GitHub, really?

Git is the open-source version control software that lives on your computer and tracks changes to files. GitHub is a cloud platform built around Git that adds hosting, collaboration features, pull requests, Actions for automation, and a social layer. You can absolutely use Git without GitHub (using GitLab, Bitbucket, or no remote at all), but for most beginners, GitHub is the most accessible and widely supported option to start with.

How do I fix a mistake in my last commit?

If you haven’t pushed yet, open the terminal and run git commit --amend to rewrite the most recent commit with any staged changes or an updated message. In VS Code, you can also access this through the “…” menu in the Source Control panel under “Commit > Undo Last Commit,” which unstages the changes so you can recommit correctly. If you’ve already pushed, amending becomes more complex and requires a force push — something to use carefully and never on shared branches.

Security-conscious teams should also be aware of NIST’s guidance on access control and repository permissions when managing shared GitHub organizations, available through the NIST Cybersecurity Framework.

Setting up Git and GitHub in VS Code is one of the highest-leverage skills a beginner developer can develop early. The integration removes most of the friction that traditionally made version control feel overwhelming, letting you focus on building projects and developing good habits around commits, branches, and collaboration from day one.

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