Why Do Architects Still Write Code? Lessons on Learning, Meetings, and System Longevity

Efficient Learning Through Systematic Knowledge

New developers often start by bookmarking articles and watching short videos, but this fragmented approach leads to shallow understanding. By reading comprehensive books and building a connected knowledge network, each concept is linked to others, allowing quick retrieval of relevant information and deeper mastery.

Should Architects Keep Coding?

While an architect’s primary duty is high‑level design, writing code can still bring tangible benefits: early detection of design flaws, guidance for developers, and the ability to validate architectural decisions. However, architects must balance coding time with strategic responsibilities to avoid diminishing overall productivity.

Meetings as a Technical Activity

Engineers are bombarded with meetings—requirements reviews, design discussions, incident post‑mortems, weekly syncs—many of which feel irrelevant. Effective meetings require clear purpose and concise communication. Key principles include:

Align background understanding : share a brief context before the meeting and ask participants to restate their interpretation.

Eliminate unnecessary details : translate technical jargon into actionable statements, e.g., “performance issue observed, 10‑minute outage, scaling resolved.”

State the core point early : lead with the most critical information before diving into technical explanations.

Avoid meaningless filler : skip statements like “this requirement is impossible” or “no bugs here.”

Why Legacy Systems Feel Poor

Many projects deliver functional features quickly but neglect long‑term vitality—maintainability, extensibility, and documentation. Over‑customization and excessive complexity reduce a system’s “life force,” making it hard for future developers to understand or evolve the codebase.

Consulting and Asking Better Questions

When colleagues seek help, the author found that asking a series of clarifying questions dramatically improves solution quality. Sample dialogue:

“What problem are you trying to solve?” “What have you tried so far?” “Is there a better approach you’ve considered?”

This structured inquiry uncovers the real issue and prevents wasted effort.

Key Challenges for Aspiring Architects

Many self‑proclaimed architects rely on buzzwords like “high concurrency” or “big data” without solid fundamentals. True expertise emerges from hands‑on practice: designing systems, handling real traffic, and learning from failures. Theory alone cannot replace the insights gained by building and operating scalable services.