NISM Series XXI-A: Portfolio Management Services Compliance Study Guide
Chapter 3: Investing in Stocks (Part 2 — Company Valuation, Fundamental Models, and Technical Analysis)
This study guide provides a highly structured, rigorous analysis of the second half of Chapter 3: Investing in Stocks. Designed for portfolio managers, research analysts, and compliance professionals, this guide focuses on the mechanics of company analysis, fundamental valuation models, and technical analysis frameworks.
1. Company Analysis Overview
In the top-down fundamental analysis framework, Company Analysis represents the third and final step.
- Purpose: While macroeconomic analysis determines the overall strategic asset allocation (SAA) to equities, and industry analysis identifies sectors poised for growth, company analysis focuses on selecting specific, mispriced stocks.
- The Valuation Objective: The core objective of company analysis is to estimate the intrinsic value of a stock. Intrinsic value represents the "true" or underlying value of the business based on economic fundamentals (such as earnings, cash flows, interest rates, and risk factors).
- Valuation Uncertainty: Due to the inherent uncertainties associated with estimating future inputs (such as growth rates, cash flows, and discount rates), the final valuation output is not an absolute certainty; instead, it is considered an educated estimate, provided that adequate due diligence has been meticulously complied with during the valuation process.
2. Fundamentals-Driven Valuation: Discounted Cash Flow (DCF) Models
The Discounted Cash Flow (DCF) approach is structurally recognized as the most appropriate framework for determining the intrinsic value of a business.
The Three Pillars of DCF Valuation
To conduct a valid DCF valuation, an analyst must accurately determine three critical inputs:
- The Stream of Future Cash Flows: The projected cash generated by the business over its operating life.
- The Timings of These Cash Flows: The exact periods (years or months) in which these cash flows are expected to be realized.
- The Expected Rate of Return of the Investors (Discount Rate): The rate used to convert future cash flows into present value terms.
3. Free Cash Flow Models: FCFF vs. FCFE
There are two primary ways to evaluate and discount the cash flows of a business, depending on whether the analyst is valuing the entire enterprise or only the equity portion.
| Aspect | FCFF | FCFE |
|---|---|---|
| Full Form | Free Cash Flow to Firm | Free Cash Flow to Equity |
| Cash Flow Available To | All capital providers — debt and equity | Equity investors only |
| Debt Payments | Cash flow before debt payments | Cash flow after debt-related obligations |
| Discount Rate | WACC | Cost of Equity (Ke) |
| Valuation Perspective | Values the entire firm | Values equity |
Free Cash Flow to the Firm (FCFF)
- Definition: FCFF represents the cash flows generated by the business before any payments are made on the outstanding debt.
- Capital Allocation: This cash flow belongs and is available to all capital contributors—which includes both equity investors and debt providers.
- Discounting Method: To calculate the overall enterprise value of the firm, the future FCFF stream is discounted using the Weighted Average Cost of Capital (WACC), which reflects the combined cost of both debt and equity.
Free Cash Flow to Equity (FCFE)
- Definition: FCFE represents the net cash flows that accrue to the equity investors alone. This cash remains after all operational expenses, reinvestment needs, and debt service obligations (interest and principal repayments) have been satisfied.
- Discounting Method: To calculate the standalone value of the equity, the projected FCFE stream is discounted using the Cost of Equity (Ke).
4. Capital Asset Pricing Model (CAPM)
The Cost of Equity (Ke) used in FCFE discounting is theoretically and practically computed using the Capital Asset Pricing Model (CAPM).
The Cost of Equity Formula
The CAPM formula is expressed in a simple line format as follows:
\[\text{Ke} = \text{Rf} + \beta \times (\text{Rm} - \text{Rf})\]
Where:
- Ke = The Cost of Equity.
- Rf = The Risk-Free Rate of Return. Under financial theory, the nominal risk-free rate is the rate of return that an investor is certain of receiving on the due date, with complete certainty regarding both the amount and timing of the payment.
- (Beta) = The measure of systematic risk. It relates the return of an individual stock or portfolio to the broader market index, reflecting its volatility and sensitivity relative to market fluctuations.
- Rm = The expected or forecasted return on the market index.
- (Rm - Rf) = The Market Risk Premium, representing the additional return required by investors for choosing to hold risky assets rather than risk-free instruments.
Systematic Risk and Beta
The system provides a clear mathematical formulation for Beta, which is written in simple line format as:
Beta = Cov(Mr, Pr) / Var(Mr)
Where:
- Cov(Mr, Pr) = The covariance between the market return (Mr) and the portfolio/stock return (Pr).
- Var(Mr) = The variance of the market return (Mr).
5. Asset-Based Valuation
Aside from income-based DCF models, analysts also use balance-sheet-driven frameworks:
- Core Principle: Under the Asset-Based Valuation method, the value of the business is established directly from its balance sheet.
- Valuation Calculation: The net value of the business is calculated using the following simple line format:
Value of Business = Value of Assets − Value of Liabilities
6. Relative Valuation Multiples
Relative Valuation is a market-driven approach conducted by identifying comparable firms and obtaining their current equity market values. These market values are subsequently converted into standardized multiples relative to a selected financial metric of the company.
Note: The specific details and operational definitions of these multiples are not detailed in the source chapter, but they are identified as the primary industry-standard metrics for pricing comparisons.
Primary Relative Valuation Multiples Table
| Standardized Multiple | Financial Base Metric | Analytical Purpose / Context |
|---|---|---|
| PE Ratio | Earnings | Compares market price to earnings per share. |
| PB Ratio | Book Value | Compares market capitalization to net asset value on the balance sheet. |
| PS Ratio | Sales (Revenue) | Standardized pricing based on top-line revenue generation. |
| PEG Ratio | Earnings Growth | Adjusts the standard PE ratio to account for the company's expected earnings growth rate. |
| EVA and MVA | Economic & Market Value Added | Evaluates wealth generation over the cost of capital. |
| EBIT / EV | Enterprise Value (Earnings Yield) | Measures operating earnings relative to total enterprise value. |
| EV / EBITDA | Enterprise Value & Operating Cash Flow | Compares core business valuation independent of capital structure and tax regimes. |
| EV / S Ratio | Sales / Enterprise Value | Measures enterprise valuation relative to top-line sales. |
7. Technical Analysis: Core Principles & Assumptions
While fundamental analysis seeks to establish a stock's intrinsic value based on financial and economic variables, Technical Analysis operates on a completely different core premise.
The Core Premise of Technical Analysis
Technical analysis assumes that all relevant information—including company fundamentals, economic factors, and market sentiments—is already fully reflected in stock prices. Therefore, technical analysts do not analyze financial statements; instead, they study market action directly.
The Three Elements of Price Behaviour
To understand and forecast price movements, technical analysis integrates three primary elements:
- Past Price History: Provides critical indications of the underlying trend and its general direction.
- Trading Volume: The volume of transactions accompanying price movements provides vital inputs regarding the underlying strength of the trend.
- Observed Time Span: Observing price and volume over specific time frames allows analysts to factor in long-term forces that influence prices over a period of time.
These three elements are integrated directly into visual price charts, price trends, and defined levels of support and resistance to evaluate if buying interest is sufficient to drive prices upward, or if selling pressure will drive them down.
8. The Six Assumptions of Technical Analysis
Technical analysis relies on six foundational assumptions regarding how markets operate and how price adjustments occur:
- Supply and Demand Determination: The market price of a stock is determined solely by the interaction of market supply and demand.
- Rational and Irrational Drivers: Supply and demand dynamics are governed by a wide variety of factors, which can be both rational and irrational.
- Non-Instantaneous Adjustments: Price adjustments in response to news or supply-demand shifts are not instantaneous; instead, prices move in observable trends.
- Trend Persistence: Once established, prices move in trends that persist for appreciable lengths of time.
- Reaction to Supply-Demand Shifts: Observable price trends change in direct response to structural shifts in the underlying supply and demand relationships.
- Market Action Detection: These critical shifts in supply and demand can be detected and tracked directly through the historical actions of the market itself.
9. Trading Rules and Technical Indicators
Technical analysts employ a wide array of trading rules and technical indicators. These are categorized into two primary levels of application:
- Market Momentum Indicators: Used to evaluate aggregate market trends to make overall asset allocation decisions.
- Security-Specific Trading Rules: Applied to individual stocks to determine precise entry and exit timings.
Popular Technical Analysis Indicators
The NISM curriculum highlights three primary tools used to map trends and boundaries:
- Trend-Line Analysis: Visual lines drawn across local highs (resistance) or local lows (support) on a price chart to identify the current trajectory of a stock.
- Moving Averages: Mathematical smoothing of price data over specific time intervals to highlight the direction of the dominant trend by removing short-term market noise.
- Bollinger-Band Analysis: Volatility bands placed above and below a moving average, which expand or contract based on market volatility to identify overextended price levels.
Key Terms Glossary
- Intrinsic Value: The estimated actual or true value of a security based on underlying cash flows, earnings, and risk parameters, independent of its current market price.
- FCFF (Free Cash Flow to Firm): The net operating cash flows available to all capital providers (equity and debt) before debt servicing costs.
- FCFE (Free Cash Flow to Equity): The cash flows available to equity shareholders alone after all expenses, reinvestment, and debt servicing obligations have been met.
- CAPM (Capital Asset Pricing Model): A model that describes the relationship between systematic risk (beta) and the required rate of return for assets, specifically used to calculate the cost of equity (Ke).
- Systematic Risk (beta): The measure of a stock’s price sensitivity relative to changes in the broader market index.
- WACC (Weighted Average Cost of Capital): The weighted average cost of a firm's debt and equity capital, used as the discount rate for FCFF models.
- Support and Resistance: Chart-based price levels where buying interest (support) or selling pressure (resistance) historically prevents the price from moving further in a given direction.