solution-design
SolidExplores ambiguous product or engineering intent before implementation, clarifies users, constraints, alternatives, risks, and acceptance criteria, and turns the result into an approved design direction. Use for a new feature, subsystem, creative UI, architecture change, or unclear request. Not for an already-scoped bug fix, an existing implementation plan, or a narrow code review.
Install
Quality Score: 83/100
Skill Content
Details
- Author
- thiientv
- Repository
- thiientv/godmode
- Created
- 4 weeks ago
- Last Updated
- 2 weeks ago
- Language
- Python
- License
- MIT
Similar Skills
Semantically similar based on skill content — not just same category
brainstorming
Turn an idea into an agreed design before implementation — explore project context, ask clarifying questions one at a time, propose two or three approaches with trade-offs and a recommendation, present the design in sections for approval, and record the agreed design. Use when the user proposes a feature, component, behavior change, or project whose requirements or shape are not yet pinned ('let's build', 'I want to add', 'how should we approach'), or when one request bundles several independent subsystems and needs decomposition before any single design is refined. Design before code holds for small work too — a simple project gets a proportionally short design, not an exemption. Hands the agreed design to the planning tool that owns execution (keel for governed series, plan mode or your orchestrator otherwise). Not for work already specified to execution level, and not for discussion turns where the user is thinking aloud and wants assessment rather than artifacts.
design
Writes a clear spec for a proposed feature or system change. Use when important product or technical choices must be settled before coding. Covers behavior, interfaces, failures, risks, acceptance criteria, and tests. Use architecture to explain the current system.
solution-design
Use when translating approved requirements into a solution design, architecture fit, risks, and test strategy.