# Brainstorming

> Transforms rough ideas into fully-formed concepts through structured questioning, lateral thinking, and alternative exploration. Use when you're stuck, exploring a new idea, trying to break out of conventional thinking, or need to generate multiple strong options before committing to one.

- Skill: `atharva-188/brainstorming` (Agent Skill)
- Install (CLI): `npx skillmds@latest add atharva-188/brainstorming`
- Raw SKILL.md: https://api.skillmd.com/api/skills/atharva-188/brainstorming/raw
- Safety review: pending
- Works with: Claude Code, Claude.ai, OpenAI Codex
- Category: Coding & Dev Tools
- Author: AthArvA-188 (https://skillmd.com/u/atharva-188)
- Updated: 2026-09-22
- Page: https://skillmd.com/skills/atharva-188/brainstorming

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# Brainstorming

A structured ideation process that moves from rough idea to concrete, evaluated options. Uses divergent thinking first (generate many ideas without judgment) then convergent thinking (evaluate and develop the best ones).

## The Process

### Stage 1 — Capture and Clarify (5 minutes)
Before generating anything, understand the problem clearly:
- What's the goal? (What does success look like?)
- What constraints are real vs. assumed?
- What has already been tried?
- Who is this for?

*Don't skip this stage. Generating ideas before the problem is clear wastes time on the wrong solutions.*

### Stage 2 — Diverge (generate freely, no filtering)
Generate ideas across multiple frames:

**Obvious ideas first** — get them out so they stop blocking creativity.

**Opposite thinking** — what would make this completely fail? Reverse it.

**Analogous domains** — how does a completely different field solve this? (e.g., "how does nature solve this?", "how would a luxury hotel approach this?")

**Constraint removal** — if time/money/tech were no object, what would you do?

**First principles** — strip back to the core need. What's the simplest possible solution?

**Combination** — what if you combined two existing approaches?

Aim for 15-20 ideas before evaluating any of them.

### Stage 3 — Cluster and Evaluate
Group ideas into themes. For the top 3-5 ideas, evaluate each against:
- **Feasibility**: can it actually be done with available resources?
- **Impact**: if it works, how much does it move the needle?
- **Novelty**: is this genuinely different, or a variant of something that didn't work?
- **Risk**: what are the failure modes?

### Stage 4 — Develop
For the top 1-2 ideas, flesh out:
- Concrete next step (what's the first thing to do?)
- Known unknowns (what do you need to find out?)
- Success metric (how will you know if it's working?)

## Useful Prompts During a Session

- "What assumptions are we making that might be wrong?"
- "What would a 10-year-old suggest?"
- "What would the person with the most domain expertise NOT think of?"
- "If we had to launch in a week, what would we cut?"
- "Who else has this problem and how did they solve it?"

## Output Format

```
## Problem Statement
[Refined from initial input]

## Ideas Generated (unfiltered)
[Numbered list, 15-20 ideas]

## Top 3 Options
[Each with: description, feasibility, impact, risks, next step]

## Recommended Direction
[1-2 sentences: which idea to pursue and why]
```

## Tips

- Spend more time on Stage 1 than feels necessary. Brainstorming the wrong problem is worse than not brainstorming at all.
- Don't evaluate during the diverge stage — kill ideas early and you'll only ever get conventional ideas.
- The best ideas often come from analogous domains, not direct approaches. Force at least one "how would [different field] solve this?" question.