modeling-economic-profit-analysis
Builds economic profit (EVA) models with capital charge calculation, value spread analysis, and long-term value creation measurement. Use when calculating economic profit, analyzing EVA trends, or measuring value creation.
Best use case
modeling-economic-profit-analysis is best used when you need a repeatable AI agent workflow instead of a one-off prompt.
Builds economic profit (EVA) models with capital charge calculation, value spread analysis, and long-term value creation measurement. Use when calculating economic profit, analyzing EVA trends, or measuring value creation.
Teams using modeling-economic-profit-analysis 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-economic-profit-analysis/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How modeling-economic-profit-analysis Compares
| Feature / Agent | modeling-economic-profit-analysis | 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 economic profit (EVA) models with capital charge calculation, value spread analysis, and long-term value creation measurement. Use when calculating economic profit, analyzing EVA trends, or measuring value creation.
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 Economic Profit Analysis Builds economic profit (EVA) models that quantify whether a business unit, division, or enterprise earns returns above its cost of capital, enabling capital allocation and value creation decisions. ## When To Use - Evaluating whether business units create or destroy shareholder value - Comparing capital allocation efficiency across divisions or investment alternatives - Building multi-year EVA trend analysis for strategic planning - Assessing acquisition targets on an economic profit basis (not just accounting earnings) - Supporting incentive compensation design tied to value creation metrics ## Inputs To Gather - **Income statement data**: Revenue, operating expenses, NOPAT reconciliation items (tax rate, non-cash charges, unusual items) - **Balance sheet data**: Total assets, current liabilities, off-balance-sheet items (operating leases capitalized, R&D amortization if applying Stern Stewart adjustments) - **Capital structure**: Debt/equity mix, cost of debt (pre- and post-tax), equity risk premium assumptions - **WACC inputs**: Risk-free rate, beta, equity market premium, company-specific risk premium, target vs. actual capital structure [VERIFY: confirm whether to use book or market weights] - **Accounting adjustments**: List of EVA adjustments to apply (e.g., LIFO reserve, goodwill amortization add-back, restructuring charge normalization, deferred tax treatment) [VERIFY: confirm which Stern Stewart adjustments are in scope — full list exceeds 160] - **Time horizon**: Historical periods for trend analysis and forecast years ## Workflow 1. **Calculate NOPAT** - Start from operating income (EBIT) - Apply cash operating tax rate (not statutory rate — exclude tax shields from financing) - Add back non-cash charges per agreed adjustment list (e.g., goodwill amortization, LIFO reserve changes, R&D capitalization amortization) - Result: NOPAT = Adjusted EBIT × (1 − Cash Tax Rate) 2. **Determine Invested Capital** - Begin with total assets, subtract non-interest-bearing current liabilities (accounts payable, accrued expenses) - Add back accumulated goodwill amortization, capitalize operating leases (present value of future lease payments), capitalize R&D if applicable - Compute beginning-of-period invested capital (or average, per convention) [VERIFY: confirm beginning vs. average capital convention] - Track invested capital vintage by year for trend analysis 3. **Compute Capital Charge** - Establish WACC: weight cost of equity (CAPM or build-up) and after-tax cost of debt by target capital structure - Capital Charge = Invested Capital × WACC - Document each WACC component with source (e.g., risk-free rate from 10-year Treasury, beta from Bloomberg/Capital IQ) 4. **Calculate Economic Profit** - Economic Profit = NOPAT − Capital Charge - Equivalently: Economic Profit = (ROIC − WACC) × Invested Capital - The value spread (ROIC − WACC) isolates the rate of value creation from the scale of capital deployed 5. **Build Multi-Period Model** - Populate 3–5 years historical and 3–5 years forecast - Decompose EP changes year-over-year: volume effect (capital growth × prior spread) vs. spread effect (spread change × current capital) - Cumulative EP and present value of EP stream for valuation bridge 6. **Segment and Compare** - If multi-division: allocate corporate overhead and shared assets using agreed methodology [VERIFY: allocation keys for shared capital] - Rank business units by EP, value spread, and capital turnover - Identify value creators (positive EP) vs. value destroyers (negative EP) 7. **Sensitivity and Scenario Analysis** - Flex WACC ±50–100 bps and show EP impact - Scenario-test key NOPAT drivers (margin compression, revenue decline) - Show breakeven ROIC (the WACC rate) and margin of safety ## Output - **EP Summary Table**: NOPAT, invested capital, capital charge, economic profit, ROIC, WACC, and value spread by period - **Trend Chart**: Multi-year EP with decomposition into spread and volume effects - **Divisional Ranking** (if applicable): Business units sorted by EP and value spread with capital deployed - **Sensitivity Matrix**: EP under WACC and margin scenarios - **Valuation Bridge**: From accounting book value to intrinsic value using capitalized EP (Market Value = Invested Capital + PV of Future EP) - **Assumptions Register**: Every input sourced and dated; adjustment rationale documented ## Quality Checks - ROIC × Invested Capital must reconcile to NOPAT (arithmetic identity check) - EP calculated via both methods (NOPAT − Capital Charge and Spread × Capital) must match - WACC components should be internally consistent — cost of equity must exceed cost of debt; blended rate should fall between them - Verify that accounting adjustments net to zero across the full model (e.g., capitalizing R&D increases both NOPAT and invested capital) - Confirm tax rate used is cash operating tax rate, not statutory or effective book rate - Cross-check ROIC against industry benchmarks — flag outliers above 30% or below 0% for investigation - Ensure invested capital never goes negative (signals missing liabilities or over-adjustment)