modeling-scenario-planning-frameworks
Builds corporate scenario planning models with macro assumption sets, strategic response options, and contingency plan development. Use when building scenario frameworks, planning strategic responses, or developing contingency strategies.
Best use case
modeling-scenario-planning-frameworks is best used when you need a repeatable AI agent workflow instead of a one-off prompt.
Builds corporate scenario planning models with macro assumption sets, strategic response options, and contingency plan development. Use when building scenario frameworks, planning strategic responses, or developing contingency strategies.
Teams using modeling-scenario-planning-frameworks should expect a more consistent output, faster repeated execution, less prompt rewriting.
When to use this skill
- You want a reusable workflow that can be run more than once with consistent structure.
When not to use this skill
- You only need a quick one-off answer and do not need a reusable workflow.
- You cannot install or maintain the underlying files, dependencies, or repository context.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/modeling-scenario-planning-frameworks/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How modeling-scenario-planning-frameworks Compares
| Feature / Agent | modeling-scenario-planning-frameworks | Standard Approach |
|---|---|---|
| Platform Support | Not specified | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | Unknown | N/A |
Frequently Asked Questions
What does this skill do?
Builds corporate scenario planning models with macro assumption sets, strategic response options, and contingency plan development. Use when building scenario frameworks, planning strategic responses, or developing contingency strategies.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
SKILL.md Source
# Modeling Scenario Planning Frameworks ## When To Use - Board or C-suite requests a structured view of how the business performs under different macro environments (recession, rate shifts, commodity shocks, regulatory change) - Capital allocation decisions require stress-testing across multiple futures before committing spend - Strategic planning cycle needs formalized upside / base / downside cases with linked operational responses - M&A or divestiture evaluation where acquirer must model target performance under divergent assumptions - Investor or lender presentations that require transparent scenario disclosure with quantified impact ranges ## Inputs To Gather - **Macro assumption set**: GDP growth, inflation, interest rates, FX rates, commodity prices, unemployment — sourced from consensus forecasts, internal economics team, or management guidance [VERIFY sources and vintage dates] - **Company financials**: 3–5 years of historicals (revenue, COGS, SG&A, capex, working capital, debt schedule) plus latest budget/forecast - **Strategic levers**: list of management actions available per scenario (headcount freeze, capex deferral, pricing pass-through, product launch acceleration, share repurchase suspension) - **Scenario definitions**: typically 3–5 named scenarios (e.g., Soft Landing, Stagflation, Deep Recession, Rapid Recovery) with narrative descriptions of the macro path - **KPI thresholds**: board-approved triggers or guardrails (e.g., net leverage > 3.5×, liquidity < $200M, dividend coverage < 1.2×) that activate contingency responses - **Time horizon**: usually 3–5 years; confirm whether quarterly or annual granularity is needed ## Workflow 1. **Anchor the base case** — Map current consensus or management forecast into the model as the base scenario. Tie every revenue and cost line to at least one macro driver so assumptions are traceable. 2. **Define scenario narratives** — Write a 2–3 sentence narrative for each scenario describing the macro path, timing, and severity. Ensure scenarios span a realistic range — avoid clustering around the base case. 3. **Build the macro-to-P&L transmission map** — For each scenario, specify how macro variables flow into financials: - Revenue: volume sensitivity to GDP, pricing sensitivity to inflation/FX - COGS: input cost linkage to commodities, labor cost linkage to wage inflation - Interest expense: floating-rate debt repricing under rate scenarios - Capex: discretionary vs. maintenance split and deferral rules - Working capital: DSO/DIO/DPO shifts under stress 4. **Layer strategic response options** — For each downside scenario, attach specific management actions with quantified P&L and cash flow impact: - Hiring freeze: estimated savings = open headcount × avg loaded cost × months - Capex deferral: identify discretionary projects and deferral timeline - Pricing actions: pass-through rate × revenue base × elasticity adjustment - Portfolio actions: divestiture proceeds, restructuring charges 5. **Calculate key outputs per scenario** — Revenue, EBITDA, free cash flow, net debt, leverage ratio, liquidity, dividend coverage, ROIC. Present in a side-by-side comparison table. 6. **Set contingency triggers** — Map KPI thresholds to specific response packages. Example: if trailing net leverage exceeds 3.0× for two consecutive quarters, activate Package A (capex freeze + dividend cut). [VERIFY thresholds against existing credit agreement covenants and board policies] 7. **Run sensitivity overlays** — Within each scenario, flex the 2–3 most uncertain assumptions ±10–20% to show output ranges. Present as tornado charts on EBITDA and FCF. 8. **Stress-test liquidity** — For downside scenarios, build a monthly cash flow waterfall showing whether the company can fund operations, debt service, and minimum capex without drawing on revolving credit or raising capital. ## Output Deliver a scenario planning package containing: - **Scenario summary table**: one-page matrix showing macro assumptions, financial outcomes (revenue, EBITDA, FCF, leverage), and probability-weighted expected values across all scenarios - **Detailed financial schedules**: full P&L, cash flow, and balance sheet projections per scenario at the agreed granularity - **Strategic response menu**: table mapping each contingency trigger to its response package, estimated financial impact, and implementation timeline - **Sensitivity tornado charts**: for EBITDA and FCF under each scenario, showing which assumptions drive the widest variance - **Liquidity bridge**: monthly cash waterfall for downside scenarios showing headroom against credit facilities and covenant limits - **Narrative memo**: 1–2 page executive summary describing key findings, highest-risk scenarios, and recommended pre-positioning actions ## Quality Checks - Every financial output must trace back to a named macro assumption — no orphan line items - Scenario ranges should be meaningfully differentiated; if upside and downside EBITDA differ by less than 15%, challenge whether scenarios are sufficiently distinct - Verify that strategic response savings do not double-count (e.g., headcount freeze savings should not also appear in a separate SG&A reduction line) - Confirm leverage and liquidity calculations use the correct debt definitions matching credit agreement terms [VERIFY] - Probability weights across scenarios must sum to 100%; confirm weights reflect management or board view, not model-builder opinion - Cross-check base case projections against sell-side consensus or prior management guidance to flag material deviations - Ensure contingency triggers reference the same KPI definitions used in covenant compliance reporting [VERIFY]