Debate: Product Design in Code vs. Figma
Product designer Riché Zamor argues that true product design must live in code, not just in Figma files. The perspective suggests that relying on static design mockups creates gaps between the intended and actual user experience, advocating for a more integrated PM-design-dev workflow.
The debate over designing in code versus using visual tools like Figma is a long-standing one, but the core argument for code is gaining new traction. Proponents argue that designing directly in the medium of the final product eliminates the "translation" step from a static image to functional code, which can often lead to inconsistencies and unforeseen technical constraints. This method treats design not as a separate phase, but as an integral part of the development process itself. The rise of sophisticated design systems is a key enabler of the "design in code" movement. These systems act as a single source of truth for both designers and developers, providing a shared library of pre-built, reusable components. This ensures that what is designed is precisely what is built, reducing ambiguity and speeding up the entire product development lifecycle. Tools like Framer and Webflow are blurring the lines between design and development, offering visual canvases that output production-ready code. These platforms allow for a more dynamic and interactive design process, where designers can work with real data and logic from the start. The goal is to move beyond static mockups and create high-fidelity prototypes that are functionally identical to the final product. However, Figma remains a dominant tool for a reason. Its strength lies in rapid, low-cost iteration and collaboration during the early stages of ideation. The platform's flexibility allows designers to explore a wide range of visual concepts without being constrained by the technical limitations of code. For many teams, this initial, unconstrained exploration is crucial for creative problem-solving. The introduction of AI is further complicating this landscape. AI-powered tools can now generate code from design files or even verbal descriptions, potentially automating much of the manual work in both workflows. This shift suggests a future where the distinction between designer and developer may become less defined, with both roles leveraging intelligent tools to build products more efficiently. Ultimately, the choice between designing in code and using a tool like Figma depends on the specific project, team structure, and development stage. Many see a hybrid approach as the most effective, using Figma for initial brainstorming and user flow mapping, then moving to code-based tools for high-fidelity prototyping and implementation. This allows teams to leverage the creative freedom of visual tools while maintaining the precision and efficiency of working directly in code.
