Valuation Methods in Financial Accounting: DDM, DCF, and Relative Valuation

Valuation Overview

Introduction: What Determines a Company's Value

Valuation is the process of estimating the intrinsic value of a company based on its expected future cash flows, discounted to present value. Fundamental analysis focuses on:

• Earnings and dividend prospects

• Expectations for interest rates

• Risk and volatility

Analysis proceeds from macroeconomic factors, to industry trends, and finally to firm-specific metrics.

Macroeconomic Factors

The Global and Domestic Macroeconomy

Macroeconomic conditions influence company valuation through their impact on exports, exchange rates, and competition. Key domestic indicators include:

• GDP growth and industrial production

• Unemployment and capacity utilization

• Inflation and interest rates

Higher interest rates decrease the present value of future cash flows, reducing company valuations.

Fiscal and Monetary Policy

• Fiscal policy: Government spending and taxation. Deficits can stimulate demand but may also raise interest rates.

• Monetary policy: Federal Reserve actions. Lower interest rates encourage investment and increase stock values.

The Business Cycle and Sector Rotation

Economies move in cycles: expansion → peak → contraction → trough. Sector rotation strategies involve:

• Trough: Invest in capital goods, construction, transportation.

• Peak: Invest in defensive sectors like utilities and healthcare.

Industry Analysis

Porter's Five Forces

• New entrants

• Rivalry among competitors

• Substitute products

• Buyer power

• Supplier power

Industries differ in cyclicality: grocery (stable) vs. luxury (volatile).

The Industry Life Cycle

• Start-up: Rapid growth

• Consolidation: Stable growth

• Maturity: Slowing growth

• Decline: Minimal or negative growth

Firm-Level Analysis

Overview

At the firm level, analysts forecast earnings, dividends, and growth, and determine the required rate of return (r). The main valuation approaches are:

1. Dividend Discount Model (DDM)

2. Discounted Cash Flow (DCF)

3. Relative Valuation

Dividend Discount Model (DDM)

Constant Growth Model

The DDM estimates a stock's intrinsic value based on projected dividends:

• $V_0 = \frac{D_1}{r - g}$

• D1: Projected dividend

• r: Required rate of return

• g: Projected growth rate

Example: If $D_1 = $3$, $g = 4\%$, $r = 10\%$:

• $V_0 = \frac{3}{0.10 - 0.04} = 50$

• If market price = $42, the stock is undervalued.

Selecting a Forecast Horizon

• Dividends should be projected indefinitely, but in practice, analysts use a finite horizon (e.g., 5 or 10 years).

• The forecast horizon depends on industry, firm maturity, and predictability of business activities.

• Forecasts of income statements, balance sheets, and cash flows should extend until the firm reaches a steady state of growth.

How to Project Future Dividends

• D0: Most recent dividend per share

• Estimate dividend growth rate:

  • Historical average growth rate

  • $g = \text{ROE} \times \text{Retention Ratio}$

  • Retention Ratio = $1 - \text{Dividend Payout Ratio}$

  • Analyst/management forecasts

• Forecast each year: $D_t = D_0(1 + g)^t$

• Align dividends with expected earnings and payout ratios.

How to Find the Required Rate of Return (r)

• Use the Capital Asset Pricing Model (CAPM):

$r = R_f + \beta (R_m - R_f)$

• Rf: Risk-free rate (e.g., 10-year Treasury note)

• Rm: Expected market return

• β: Stock's sensitivity to the market

Example: $R_f = 4\%$, $R_m = 10\%$, $\beta = 1.2$ $r = 4\% + 1.2(6\%) = 11.2\%$

Higher beta or rates imply a higher required return.

Risk and Return – Understanding Beta

• $\beta = 1$ → moves with market

• $\beta > 1$ → more volatile

• $\beta < 1$ → less volatile

Example: Utilities $\beta = 0.6$ (stable); Tech $\beta = 1.5$ (volatile)

Discounted Cash Flow (DCF) Model

DCF Formula

The DCF model values a firm as the present value of its future free cash flows:

$DCF = \sum_{t=1}^{n} \frac{CF_t}{(1 + r)^t}$

• CFt: Expected cash flow in period t

• r: Discount rate (often WACC or required rate of return)

• n: Number of forecast periods

This formula gives the present value of all forecasted future cash flows.

DCF with Terminal Value

Enterprise value includes the present value of forecasted free cash flows and terminal value:

$\text{Enterprise Value} = \sum_{t=1}^{n} \frac{FCF_t}{(1 + WACC)^t} + \frac{TV}{(1 + WACC)^n}$

• FCFt: Free Cash Flow in year t

• WACC: Weighted Average Cost of Capital

• TV: Terminal Value at the end of year n

• n: Number of forecast years

How to Find Free Cash Flow (FCF)

• EBIT: Earnings Before Interest and Taxes

• T: Tax Rate

• CAPEX: Capital Expenditures for long-term assets

• NWC: Net Working Capital (current assets – current liabilities)

How to Find the Weighted Average Cost of Capital (WACC)

• E: Market value of equity

• D: Market value of debt (use book value if market not known)

• V: E + D

• re: Cost of equity (from CAPM)

• rd: Cost of debt (interest rate)

• T: Tax rate

How to Find the Terminal Value (TV)

$\text{Terminal Value} = \frac{FCF_n \times (1 + g)}{WACC - g}$

• FCFn: Free cash flow in the final forecast year

• g: Perpetual growth rate (long-term sustainable growth)

• WACC: Discount rate

DDM vs. DCF

Reason	Explanation
Dividend Policy vs. True Cash Flow	DDM may undervalue high-growth firms that reinvest profits instead of paying dividends.
Model Focus	DDM values only equity; DCF values the whole enterprise.
Discount Rate Differences	DDM uses cost of equity; DCF often uses WACC.
Terminal Value Methods	Small differences in growth or cash flow assumptions can cause large changes.
Practicality	DDM works best for mature, stable dividend payers.

Relative Valuation

Overview

Relative valuation estimates a company's worth by comparing it to similar firms using market multiples:

$\text{Value Target} = \text{Peer Multiple} \times \text{Target Metric}$

• Peer multiple: Derived from comparable companies (e.g., EV/EBITDA, P/E)

• Target metric: Your company's financial figure (e.g., EBITDA, EPS)

Example: Use Dick's Sporting Goods, Academy Sports & Outdoors, and Big 5 Sporting Goods Corp as peers.

Relative Valuation Multiples

Category	Formula	Type of Value It Produces	When to Use
P/E	Price / EPS	Equity value / share	Stable earnings, comparable capital structures
EV/EBITDA	Enterprise Value / EBITDA	Firm value	Most common; neutral to capital structure
EV/EBIT	Enterprise Value / EBIT	Firm value	When D&A differs greatly among peers
P/B	Price / Book Value	Equity value	Financials or asset-intensive firms
EV/Revenue	Enterprise Value / Sales	Firm value	Early-stage or low-profit companies

Pulling It All Together

• Valuation summary: Macroeconomy → Industry → Firm

• Compare intrinsic value ($V_0$) to market price ($P_0$):

  • $V_0 > P_0$: Buy

  • $V_0 < P_0$: Sell

• Tools: DDM, DCF, Relative Valuation

When to Use Each Method

Method	Best Used When...	Type of Value	Strengths	Limitations
DDM (Dividend Discount Model)	Company pays stable, predictable dividends (e.g., utilities, REITs, banks)	Intrinsic equity	Simple; focuses on shareholder returns	Not useful for low or irregular dividend firms
DCF (Discounted Cash Flow)	Company has reliable cash flow forecasts; long-term view needed	Intrinsic total firm	Fundamental; comprehensive	Sensitive to WACC and growth assumptions
Relative Valuation (Market Multiples)	Comparable peers exist; goal is to benchmark against market pricing	Market-inferred	Reflects current investor sentiment	Depends on peer selection and market mood

• Quick Guide:

  • Use DDM – for steady dividend payers.

  • Use DCF – for long-term intrinsic analysis.

  • Use Relative – to compare with market or peers.

Closing Summary

• Valuation combines economics, industry analysis, and firm metrics.

• CAPM provides the required rate of return (r), WACC blends financing costs, and DCF ties it all to future cash flows.

• A solid valuation is both art and science—connecting data with judgment.