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Starting Before the Code

Building a website today is both much easier and much harder than it used to be. We have endless frameworks, tools, and even AI assistants to help us ship faster than ever.

Yet many websites still end up more complex than they need to be. Projects often start by choosing the hottest framework or experimenting with the latest technology, while the actual purpose of the site gets less attention. How does it behave on slower connections? How does it work for users who rely on accessibility features? And does it really need 511 different animations?

Early in any project, a few simple questions matter more than the tech stack: Who is the website for? What level of content should it have? And perhaps most importantly: can we keep it simple?

The natural instinct is often to begin with the visuals, like a hero image, a font choice, or the first interactive element. In many projects we've worked on, however, the sites that age best usually start somewhere else: defining the engineering constraints early.

Accessibility, performance, SEO, and long-term maintainability rarely appear by accident. When they are treated as first-class requirements from the start, the implementation tends to become both simpler and more resilient over time.

Defining non-functional requirements early

Modern websites are expected to satisfy more than visual requirements:

  • Accessibility — usable via keyboard and assistive technologies
  • Performance — fast loading even on slower networks
  • SEO — clear semantic structure and crawlable content
  • Maintainability — simple enough to evolve over time

Treating these as architectural constraints rather than post-launch improvements often prevents costly redesigns later.

Choosing the simplest stack that solves the problem

Not every project requires a heavy frontend framework.

For many company websites, a simple stack built on semantic HTML, modern CSS, and small amounts of JavaScript often provides:

  • Better performance
  • Fewer dependencies
  • Easier long-term maintenance
  • Improved resilience

There are many valid approaches, but starting with the simplest viable architecture often provides the most flexibility.

Thinking in layers

A useful mental model when building websites is to think in layers:

Requirements
    ↓
Structure (HTML)
    ↓
Layout & Styling (CSS)
    ↓
Behavior (JavaScript)
    ↓
Enhancement (animations, effects)

Building in layers helps preserve accessibility, performance, and maintainability as the project evolves. This layered approach also enables progressive enhancement, ensuring the core experience remains usable even when JavaScript fails or is unavailable.

What we’ll build in this series

In this series we’ll walk through how we approach building modern company websites using:

  • Semantic HTML as the structural foundation
  • TailwindCSS for scalable styling
  • Carefully applied JavaScript and animations
  • Accessibility, performance, and SEO considerations from the start

Each part will focus on one practical aspect of the process, from structure and layout to typography systems, animation strategies, and production readiness. The goal is not to showcase the latest tools, but to demonstrate how simple architectural decisions can produce websites that remain fast, accessible, and maintainable over time.