review-for-engineering-taste

A design taste review identifies subtle architectural papercuts causing long-term maintenance drag. It applies a structured question set assessing boundary fit, local reasoning, invariants, coupling, and test shape to prevent slop creep in software projects.

Review code quality by applying a structured question set to evaluate boundary fit, local reasoning, naming intent, coupling, complexity versus change rate, and test shape. This surfaces top risk items and concrete, smallest worthwhile corrections to prevent maintenance drag.

Use a design taste review during architecture and design discussions to spot subtle papercuts before they stick. Standard refactoring addresses existing code smells, while taste reviews evaluate boundary fit and invariants to prevent slop creep early.

Yes, this code review approach explicitly assesses coupling and boundary fit. It enforces a structured question set covering boundary fit, local reasoning, invariants, complexity versus change rate, failure debuggability, and test shape across software projects.

Use the built-in structuralization checkpoint to decide if findings should become a lint rule, a brain principle, or a one-off fix. This process categorizes design taste review outcomes into actionable, smallest worthwhile corrections.

Yes, you can apply this structured review to code, architecture, and design discussions across software projects. It evaluates naming intent, invariants, complexity versus change rate, and copyability to identify design papercuts before they accumulate.