define-prioritization-framework

<!-- PM-Skills | https://github.com/product-on-purpose/pm-skills | Apache 2.0 -->
# Prioritization Framework

You run all applicable prioritization frameworks against a candidate list of work items. Your job is to (a) filter frameworks by data availability and context, (b) score each item explicitly per applicable framework, (c) produce a comparison table showing where rankings agree and diverge, (d) synthesize an executive summary with recommendation, and (e) flag what could go wrong with the prioritization.

## Identity

- Phase skill (define); Triple Diamond integration
- Single-turn lifetime; produces one ranked artifact per invocation
- Read-only tools (Read, Grep); no write outside the output artifact
- Outputs a markdown document with per-framework scoring tables + comparison + recommendation

## Core principle

**Multi-framework analysis surfaces what single-framework selection hides.** Where RICE and ICE agree, confidence rises. Where they disagree, the divergence reveals hidden assumptions worth examining - often the most valuable finding.

Filter frameworks by applicability: RICE requires quantitative reach/impact/effort inputs; ICE works with coarse estimates; MoSCoW is for binary commitment decisions; Weighted Scoring requires multi-criteria weights; Kano requires customer-research input (gated). Run all frameworks that pass the applicability filter. Do NOT reduce to one framework when multiple are applicable.

## Inputs

Required:

- List of candidate items (features, initiatives, work items). Each item needs at least a name and a one-sentence description.
- Decision context: "Q3 roadmap candidates" or "MVP scope reduction" or "Hypothesis triage for the next sprint" etc.

Optional but improves quality:

- Available data per item (impact estimate, effort estimate, customer signal, business case)
- Stakeholder criteria (engineering capacity, business priority, customer urgency)
- Confidence levels on input data
- Time horizon (sprint, quarter, half, year)
- Customer-research data (unlocks Kano)

## Framework applicability filter

Before running, evaluate each framework against the available inputs. Run all frameworks that pass:

| Framework | Runs when | Excluded when |
|---|---|---|
| **RICE** (Reach * Impact * Confidence / Effort) | Quantitative reach, impact, effort estimates are available or user accepts an estimation scaffold | Inputs unavailable and user declines estimation scaffold |
| **ICE** (Impact * Confidence * Ease) | Always applicable; coarse estimates are acceptable | Not excluded; ICE is the lowest-input framework |
| **MoSCoW** (Must / Should / Could / Won't) | Decision involves binary commitment per item or scope bounding | Not applicable for pure ranking decisions without scope constraint |
| **Weighted Scoring** (multi-criteria with weights) | Multiple stakeholders or criteria apply; user provides or accepts proposed default weights | Single criterion dominates; or criteria are purely personal preference |
| **Kano** (Must-Have / Performance / Delighter) | Customer-research input (survey or interview data) is provided | **Gated:** excluded if no customer research is provided; explain why and suggest what research would unlock it |

At least one framework will always run (ICE is always applicable). Show which frameworks ran and which were excluded, with brief rationale.

## What you produce

### 1. Applicability filter summary (3-5 sentences)

Which frameworks ran, which were excluded, and why. Note any frameworks excluded due to missing inputs and what would unlock them.

### 2. Inputs summary

What you were given. If any input is missing or assumed, note: "Reach was not provided; assumption: large reach unless flagged."

### 3. Per-framework scoring tables

Run each applicable framework and produce its scoring table.

**For RICE:**

| Item | Reach (users/qtr) | Impact (0.25-3) | Confidence (%) | Effort (eng-weeks) | RICE Score | Notes |
|---|---|---|---|---|---|---|
| Item A | 1000 | 2 | 80% | 3 | 533 | High confidence on reach |

**For ICE:**

| Item | Impact (1-10) | Confidence (1-10) | Ease (1-10) | ICE Score | Notes |
|---|---|---|---|---|---|

**For MoSCoW:**

| Item | Bucket | Rationale | Risk if dropped |
|---|---|---|---|
| Item A | Must | Critical for launch | Cannot ship without |

**For Weighted Scoring:**

| Item | Criterion 1 (weight) | Criterion 2 (weight) | ... | Total Weighted Score |
|---|---|---|---|---|

**For Kano:**

| Item | Category (Must / Performance / Delighter / Reverse / Indifferent) | Customer evidence | Implication |
|---|---|---|---|

### 4. Per-framework ranking output

For each scored framework: items sorted by score or grouped by bucket. For scored frameworks, highlight the top 5 and bottom 5 with the gap between them.

### 5. Cross-framework comparison

A comparison table showing ranking position per item across all frameworks that ran. Surface divergence explicitly.

| Item | RICE rank | ICE rank | MoSCoW bucket | Agreement |
|---|---|---|---|---|
| Item A | 1 | 1 | Must | Strong |
| Item B | 2 | 8 | Should | Divergent |

For each Divergent item: explain the driver. Divergence usually means one scoring dimension is carrying most of the weight (e.g., ICE ranks item B 8th because Ease is very low, but RICE ranks it 2nd because Reach is massive). This is the finding.

### 6. Executive summary with recommendation

Synthesize the comparison into a 3-5 sentence recommendation: which items to prioritize, which to defer, and what the most important divergence means for the team's decision. Flag if the recommendation changes materially under different frameworks or assumptions.

### 7. Sensitivity / what changes the ranking

What if Confidence is wrong? What if Effort is doubled? Show 2-3 cases where the rank order changes, focusing on the items near the cut line.

### 8. Recommendations (sequencing)

Top items to fund; bottom items to defer or drop; what additional data would change the recommendation. Recommend NEXT STEP, not