Supercharge Your Coding with GPT-Engineer: A Comprehensive Guide

GPT Engineer

Are you ready to take your coding to the next level with AI? In today’s post, we’re diving into GPT-Engineer, a groundbreaking tool making waves in AI development. With GPT-Engineer, you can build an entire codebase project with a single prompt. Intrigued? Let’s get started!

What is GPT-Engineer?

GPT-Engineer is a new AI coding partner that is absolutely incredible. It’s a new Python project from Anton Osika on GitHub. The project aims to take the AI assistant development world to the next level. Using OpenAI’s GPT API to develop code for projects, it then creates the necessary files for the project.

Key Features of GPT Engineer

GPT Engineer is packed with many impressive features that make it a game-changer in the world of AI development. Here are some of the standout features that set it apart:

One-Prompt Codebase Generation: With a single prompt, GPT Engineer can generate an entire codebase. This saves you time and effort, allowing you to focus on more complex aspects of your project.

Clarifying Questions: GPT Engineer asks clarifying questions to ensure it fully understands your project requirements. This interactive feature ensures that the final codebase aligns with your vision.

Technical Spec Generation: GPT Engineer doesn’t just write code – it also generates a technical spec based on your prompt. This gives you a clear roadmap of the project from the get-go.

Comprehensive Code Writing: GPT Engineer writes all the necessary code for your project. This includes everything from the main functions to the minor details, ensuring a complete and functional codebase.

Customizable Reasoning Steps: GPT Engineer allows you to add your own reasoning steps, modify existing ones, and experiment with the process. This gives you a high degree of control and flexibility.

Open Source: GPT Engineer is open source, meaning you can delve into its inner workings and contribute to its development. Check it out on GitHub.

Fast Project Completion: With GPT Engineer, you can finish coding projects in minutes. This speed and efficiency can revolutionize your workflow, allowing you to accomplish more in less time.

These features make GPT Engineer a powerful tool for any developer. Whether you’re working on a small personal project or a large-scale professional application, GPT Engineer can help streamline the process and enhance your productivity.


Before we jump into the installation process, ensure you have set up the following requirements for GPT-Engineer. There are multiple ways to install and configure these open-source AI projects and this is just my preferred method.

Download and Install Git Bash: Visit the Git for Windows website and download GitBash. On the homepage, you’ll see a download button, download and run the installer.

Git Bash Download

Download and Install Python: Visit the Python download page and download and run the installer. If you already have Python installed, select upgrade.

Python Download page

How to Install GPT-Engineer

The first thing you will need for this project is Anaconda, which is used to avoid any Python and module versioning issues. Visit the Anaconda download page and click download. This will allow you to select which version of Python is used for each project.

Anaconda Download Page

Clone The Repository

Go to GPT-Engineer’s GitHub page, click the green code button, and copy the repo address. Then, switch to the Git Bash terminal, type git clone, paste the repo address, and hit enter. This will clone all the necessary files to your desktop.

git clone

Change Directory Into GPT-Engineer

Type cd GPT Engineer in your terminal.

Create a New Conda Environment

Use a recent version of Python to create a new conda environment. For example, you can type:

conda create --name gpt-enge python=3.11.3 and hit enter.

Activate The Environment

Type conda activate gpt-enge and hit enter.

Install All Necessary Modules

Use the command python -m pip install -r requirements.txt to install all the necessary modules.

Open the specific directory in VS Code

Open the GPT-Engineer directory in VS Code.

Define the Project

Look for the example directory and open the main prompt. This is where you will describe the type of project you want to be written by GPT-Engineer. You can be as specific as you want.

Get the OpenAI API Key

Sign up for an OpenAI account and create an API key. Then, type export OPENAI_API_KEY=your_api_key in the terminal.

Run the Main File

Type python example in the terminal. The example here is referencing the folder that contains the main prompt file.

After running the main file, GPT-Engineer will ask for areas of clarification. You can provide as much detail as you want. Once you’ve provided the necessary details, GPT-Engineer will start outputting what it will be building.


And there you have it! You’re now equipped with the knowledge to install and use GPT-Engineer, a tool revolutionizing the world of AI development. Remember, the key to getting the most out of GPT-Engineer is to be as detailed as possible in your project description.

If you found this guide helpful and are interested in exploring more AI tools, you might also enjoy our comprehensive guide on how to install SuperAGI.

So, why not give GPT-Engineer a try? We’d love to hear about your experiences in the comments below. And if you found this guide helpful, don’t forget to share it with your fellow coders!

Additional Resources

For more information on GPT-Engineer and AI development, check out the following resources:

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