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Prioritization frameworks — RICE, Kano model, MoSCoW, Value vs Effort 2×2. Use when ranking a backlog, deciding what ships in v0 vs later, defending a sequencing decision, or classifying features as basics vs delighters.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
Accessibility foundations for design engineers — WCAG / POUR, semantic-HTML-first then ARIA, keyboard and focus management, inclusive design for permanent/temporary/situational constraints. Use when building or reviewing any interactive UI, adding ARIA, implementing modals/menus/forms, or auditing keyboard operability and focus order.
AI-native design engineering patterns — generative/adaptive UI, streaming as interaction, prompt-as-interface, human-in-the-loop / agentic UX, eval-driven development, designing for uncertainty, latency and cost as design constraints. Use when designing any AI/LLM-powered feature, building agentic or chat UX, handling streaming/probabilistic output, or planning for model error and cost.
Cognitive Load Theory for interfaces — intrinsic (task difficulty), extraneous (poor-design overhead), and germane (useful mental-model building) load. Use when a screen feels overwhelming, deciding what to simplify vs preserve, chunking complex flows, or diagnosing whether friction comes from the task or the design.
Foundational design-engineering principles that govern where complexity lives and how interfaces stay fast and consistent — Tesler's Law, progressive disclosure, progressive enhancement, recognition over recall, optimistic UI, perceived performance, single source of truth, constraints as a feature. Use when deciding system architecture vs UI exposure, reducing user-facing complexity, choosing what to render/reveal, or justifying a constraint-driven system.
CSS and styling architecture — scaling methodologies (BEM, ITCSS, CUBE CSS) and fluid/responsive technique (mobile-first, clamp() fluid type/space, container queries for component-level responsiveness). Use when structuring stylesheets at scale, choosing a CSS methodology, building responsive layouts, or deciding between media queries and container queries.
Design system depth beyond "tokens are data" — three-tier token architecture (primitive → semantic → component), W3C DTCG format and tooling, scales as systems, component API design, headless/unstyled primitives, documentation as product, governance and versioning. Use when architecting a design system, structuring tokens, designing component APIs, choosing headless primitives, or setting up contribution/versioning.
SOC 職業分類に基づく
| name | dec-prioritization-frameworks |
| description | Prioritization frameworks — RICE, Kano model, MoSCoW, Value vs Effort 2×2. Use when ranking a backlog, deciding what ships in v0 vs later, defending a sequencing decision, or classifying features as basics vs delighters. |
| tags | ["product","prioritization","rice","kano","roadmap","always-on"] |
Defensible ways to order a backlog and decide what's in vs out.
