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Education
Last updated on Mar 27, 2025
•10 mins read
Last updated on Mar 27, 2025
•10 mins read
When I first started coding, I was overwhelmed by the sheer number of frameworks, libraries, and opinions out there. It felt like every corner of the internet had a different “right” way to build an app. I spent hours trying to fit into a mold that never felt like mine.
Over time, I realised that vibe coding isn’t about following trends or copying someone else’s code – it’s about experimentation, self-expression, and, above all, quality.
Today, I want to share with you some of the insights and lessons I’ve learned along the way, which have helped me become a better coder and find my own voice in the React community.
A beautifully designed interface might capture your attention at first glance, but the real magic happens behind the scenes. It’s all too easy to get swept up in the aesthetics without taking the time to examine the underlying code that makes it tick. When I started out, I often marveled at polished UIs without considering whether the code was efficient, maintainable, or even well-structured.
Why Code Matters:
Good code is not just about functionality. It’s about crafting a solution that’s elegant, efficient, and resilient. Take the time to study the code behind an interface—even if it was generated by an AI tool. This deeper dive can reveal hidden inefficiencies or subtle bugs that might have gone unnoticed if you only focused on the visual outcome.
For instance, a complex component that renders smoothly on the surface might be plagued by performance issues under the hood, or it may lack the scalability needed for future growth.
Practical Tips:
• Code Reviews: Make it a habit to perform thorough code reviews, whether you’re working solo or as part of a team. Reading through code not only helps catch potential issues early but also allows you to learn new techniques and better coding practices.
• Pair Programming: Collaborate with peers to discuss code decisions. Sometimes, a fresh pair of eyes can spot something that you might have overlooked.
• Refactoring Sessions: Periodically revisit your older projects. Refactoring can be a great way to understand how code can be improved over time, and it’s an excellent exercise in learning better practices.
The rise of AI in development has been nothing short of revolutionary. AI tools can quickly scaffold projects, suggest code snippets, and even help debug tricky issues. However, as powerful as these tools are, they should never replace your critical eye.
The Role of AI in Your Workflow:
AI-generated code can jump-start projects and save time by handling routine tasks. However, it’s essential to treat AI as a co-pilot rather than an autopilot. While it can provide a solid starting point, the output is often verbose, sometimes inefficient, and not always aligned with best practices or your specific project needs.
Common Pitfalls to Watch Out For:
• Overreliance on Templates: While templates are great for getting started, they may not offer the flexibility you need as your project evolves.
• Subtle Bugs: AI might generate code that appears to work initially but contains hidden flaws. Always test and debug thoroughly.
• Non-idiomatic Code: React, like any framework, has its own idioms and conventions. AI-generated code might not always adhere to these, leading to maintenance challenges down the line.
How to Use AI Effectively:
• Code Review Sessions: After accepting an AI-generated suggestion, review every line of code as if it were written by a junior developer. Question every decision and ensure it aligns with your project’s goals.
• Unit Testing: Write tests for AI-generated code to ensure that each component functions as expected. This not only validates the code but also builds a robust safety net for future changes.
• Continuous Learning: Use AI suggestions as learning opportunities. When you see an approach that you hadn’t considered, take a moment to understand why it works and whether it’s applicable to your project.
Remember, the best developers use every tool at their disposal without compromising their understanding of the underlying principles.
In my early days, I experimented with different UI libraries and design systems. While each had its merits, mixing and matching them often led to a disjointed user experience and complicated code maintenance. Consistency is key.
Why Consistency Matters:
A unified aesthetic not only improves the look and feel of your application but also simplifies collaboration. When everyone on the team uses the same UI components, it becomes easier to understand and modify the codebase. For example, using Material UI throughout your application provides a consistent set of components that look and behave predictably. The same goes for Tailwind CSS—sticking with one framework can reduce the cognitive load when navigating the code.
Choosing Your Library:
• Material UI: Offers a comprehensive set of components that are easy to use and highly customizable. It’s a great choice for projects that need a polished, modern look.
• Tailwind CSS: Provides a utility-first approach to styling, giving you fine-grained control over your designs. It’s particularly useful if you prefer crafting bespoke interfaces from the ground up.
• Other Frameworks: Many other UI libraries exist, such as Ant Design or Bootstrap. The key is to pick one that fits your project’s needs and stick with it throughout.
Real-World Example:
In one of my projects, I initially mixed Tailwind CSS with custom CSS and even some Bootstrap components. The result was a patchwork interface that confused both users and developers. After switching entirely to Tailwind, the code became more maintainable, and the design achieved a cohesive look that enhanced user engagement.
Before coding, it’s crucial to take a step back and consider the bigger picture. What are you building, and for whom? This might sound obvious, but many developers forget this question in the rush to write code.
The Importance of Context:
Every project has a purpose—whether it’s to solve a specific problem, enhance user experience, or push the boundaries of what’s possible with technology. By keeping the project’s goals in mind, you ensure that every line of code serves a purpose. This approach helps in making informed decisions, from the application's architecture to the minute details of component styling.
Practical Strategies:
• User Stories: Write down user stories and scenarios. This practice helps you visualize how different parts of your application will be used in real life.
• Feature Mapping: Before coding, map out all the features and how they interconnect. This ensures that you’re building a coherent and scalable application.
• Feedback Loops: Regularly consult with stakeholders or potential users. Their feedback can provide valuable insights that shape your development process.
Aligning Code with Goals:
For instance, if you’re building a productivity tool, the code should prioritize speed and responsiveness. On the other hand, if you’re developing a visually driven app, your focus might be on smooth animations and a dynamic UI. In every case, understanding the project’s objectives helps guide your coding choices, ensuring that the end product is both functional and purposeful.
The tech landscape is constantly changing. Every few months, a new hook, library, or framework promises to revolutionize the way we build applications. It’s easy to get caught up in the excitement and feel compelled to adopt every new trend. However, experience has taught me that stability and reliability often outweigh the allure of the latest fad.
Balancing Innovation and Stability:
• Test in Isolation: Try out new trends in smaller, isolated projects or feature branches. This gives you a risk-free environment to evaluate their benefits.
• Community Feedback: Look for reviews and case studies from other developers. The collective wisdom of the community can provide insights into whether a new trend is worth the investment.
• Incremental Adoption: Instead of overhauling your entire project to accommodate a new trend, integrate it gradually. This allows you to assess its impact without compromising the stability of your application.
Real-Life Scenario:
I once felt compelled to implement a new state management library that was receiving a lot of buzz. After a few weeks of development, I realized that it added unnecessary complexity to an otherwise straightforward project. The lesson was clear: not every new tool is a good fit. Instead, focus on solutions that are robust, well-supported, and truly enhance your workflow.
One of the most practical habits I’ve developed over time is performing a quick “vibe check” on AI-generated code before committing it to the project repository. This step has saved me countless hours of debugging and refactoring. It’s a personal ritual that involves asking a few critical questions:
• Can I confidently explain this code to my team?
Understanding every line of code is crucial. If you wouldn’t be able to explain the logic or purpose behind a piece of code in a meeting or code review, it’s time to dig deeper or rewrite it.
• Does it align with the project’s goals?
Every piece of code should contribute to the project's overall functionality and vision. If a suggestion feels off or unnecessary, consider refactoring it or finding an alternative solution.
• Is there a better, simpler way to do this?
Often, the simplest solution is the best one. Over-engineering can lead to bloated code that’s difficult to maintain. Ask yourself if the complexity is warranted, or if there’s a more straightforward approach.
The Early Struggles:
In the beginning, I struggled with finding the right balance between adhering to best practices and maintaining creative freedom. I experimented with multiple frameworks, often leading to fragmented projects that lacked cohesion. Each misstep was a learning opportunity that eventually steered me towards a more harmonious approach—one where code quality and personal expression are intertwined.
Current Approach:
Today, I approach every project with a clear vision. I prioritize understanding the problem at hand and aligning my coding choices with the project’s goals. This mindset has enabled me to create applications that are not only functional but also beautiful in their execution. It has also instilled in me a deep appreciation for the art of coding—where every line is a brushstroke contributing to a larger masterpiece.
Vibe coding is a journey—a blend of artistic exploration and scientific precision. It’s about celebrating the process of coding, from the initial spark of an idea to the final line of code that brings your vision to life. While creativity fuels innovation, discipline ensures that your work is sustainable, maintainable, and scalable.
As you continue to explore the world of React and other technologies, keep these principles close to heart:
• Always look beyond the surface and understand the code that powers your applications.
• Leverage AI tools as helpers, but never let them replace your critical thinking.
• Choose consistency over chaos by sticking to a single UI library.
• Remain focused on the project’s goals and let them guide every coding decision.
• Stay updated with trends, but always weigh their value before integrating them.
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