From Design to Code: My Epic Journey of Converting Figma Files to React and Next.js

From Design to Code: My Epic Journey of Converting Figma Files to React and Next.js

A challenging experience of converting Figma design to React and Next Js 13 with Tailwind CSS as an internship task within 2 days

Why Figma?

Figma has become a popular choice among web developers for several reasons. Firstly, it allows for easy collaboration and communication among team members, as multiple users can work on the same project simultaneously. This helps streamline the design process and reduces the chance of errors.

Secondly, Figma is a cloud-based platform, meaning that it is accessible from any device with an internet connection. This makes it easy for teams to work remotely and collaborate seamlessly regardless of their location.

Thirdly, Figma's powerful design tools enable designers to create high-fidelity designs quickly and efficiently. The platform's intuitive interface and easy-to-use tools make it easy for designers to bring their ideas to life and iterate quickly.

Lastly, Figma's ability to generate code from designs is a game-changer for web developers. With its auto-layout feature, Figma can generate code that is optimized for responsiveness, making it easier for developers to create websites and applications that look great on any device. Overall, Figma's features make it a top choice for web development teams looking to streamline their workflow and create high-quality designs quickly and efficiently.

My experience during Figma to React Code

As part of an internship test, I was given the task of converting a Figma design into a functional React codebase. The design consisted of 5 screens, each with almost 5-6 sections, making it a challenging task.

To begin, I carefully analyzed the design and identified each component that needed to be translated into code. I then created a plan for how to approach the development process, breaking down the screens and sections into smaller, more manageable components.

Next, I started coding each component using React, making sure to follow best practices for component design and development. I used Tailwind CSS to style each component and ensured that the code was optimized for performance and efficiency.

Throughout the development process, I encountered several challenges, such as implementing complex route management and ensuring that the design was responsive on different screen sizes. However, I was able to overcome these challenges by leveraging the power of React and using libraries and tools to simplify the development process.

I also ensured that the code was well-documented and easy to read, as I knew that it would be reviewed by other developers as part of the internship test.

The time given to me was just 36 hours, fortunately, Tailwind CSS is here which makes it so easy to do the task that I completed the task within 37 hours. Yes, I was 1 hour late but I hope they also understand that this was a complex task.

Overall, the experience of converting Figma to React for an internship test was challenging but also incredibly rewarding. It allowed me to showcase my development skills and gain valuable experience working with industry-standard technologies and tools.

You can see the web page that I created within 2 days here: https://hubnex-ui-clone.pages.dev/

Now converting Figma to Next Js 13 Typescript

As part of a tight deadline internship test, I was given the task of converting a Figma design into a functional Next.js 13 codebase with TypeScript within just two days. The design consisted of several intricate elements and required a high level of attention to detail and precision.

To start, I created a plan for the development process, breaking down the design into smaller components and prioritizing the most critical elements. I then began coding each component using Next.js 13 and TypeScript, ensuring that each element was optimized for performance and efficiency.

I used the latest TypeScript features to make the code more maintainable and scalable, and implemented a strict linting process to ensure that the code adhered to industry standards. For styling I used Tailwind CSS because it's blazingly fast.

I also made sure that the code was well-documented and easy to understand, as I knew that other developers would be reviewing the code in the future.

Despite the tight deadline, I was able to complete the project on time and deliver a beautiful and responsive website that accurately reflected the original Figma design. The result was a functional and efficient codebase that demonstrated my skills and ability to work with complex designs and technologies.

Overall, the experience of converting Figma to Next.js 13 with TypeScript within two days was challenging but also incredibly amazing.

You can see that web page here: https://next-test-project-liard.vercel.app/

Overall Suggestions

  1. Use a modular approach: Break down the design into smaller components and ensure that each component is self-contained and reusable. This will make it easier to manage the codebase and ensure that the design is consistent across different screens.

  2. Prioritize performance: Optimize the code for performance and efficiency, using techniques such as code splitting, lazy loading, and caching. This will ensure that the website loads quickly and efficiently, even on slower connections.

  3. Use your favorite Styling System: For me, it was Tailwind CSS, for you it might be Bootstrap or it may be Material UI or something else. But choose what suits you and whether it is allowed or not.

  4. Implement responsiveness: Ensure that the design is responsive and adapts to different screen sizes. Use Figma's auto-layout feature to ensure that each component is responsive and can adapt to different screen sizes.

  5. Document the code: Document the code to make it easier for other developers to understand and maintain. Use comments and documentation tools to explain the purpose and functionality of each component and element.

  6. Test thoroughly: Test the website thoroughly to ensure that it works correctly and is consistent across different browsers and devices. Use testing frameworks and tools to automate the testing process and catch bugs and errors before they become an issue.

I hope this article was helpful to you, have a good day, and be sure to follow me and subscribe to my newsletter it's free.