Certificate in Investment Management: Securities Valuation

This is the heaviest chapter in the technical unit, and it behaves like it. The paper expects candidates to compare valuation methods across equities, fixed income, hybrids, derivatives, and swaps without collapsing everything into one generic pricing answer. The strongest answers identify the instrument type first, then choose the correct valuation logic, risk language, and strategy consequence. Most mistakes here come from using a familiar metric on the wrong instrument family.

Chapter snapshot

What this chapter is really testing

The paper usually tests disciplined instrument recognition. Equities, fixed income, convertibles, money-market instruments, derivatives, and swaps each respond to different valuation inputs and risks. A correct answer often begins by rejecting the wrong metric family rather than by calculating the right one immediately.

It also tests whether you can connect valuation to portfolio use. A bond is not just a cash-flow equation. A derivative is not just a contract definition. The stronger answer usually knows what the instrument is doing inside a portfolio as well as how its value is shaped.

Because this is the largest technical topic, it also tests sequencing. Identify the instrument, identify the cash flows or payoff, identify the relevant risk driver, then select the valuation measure. Jumping straight to a remembered formula is dangerous when the stem is really about liquidity, credit quality, duration, optionality, dilution, or hedging purpose.

Section map

Section-by-section lesson

Equities

Equity valuation is usually about earnings power, cash generation, dividends, growth expectations, and multiples. The exam rewards candidates who recognise what sort of equity reasoning the stem calls for rather than defaulting mechanically to one ratio.

Core equity measures:

\[ \begin{aligned} \text{EPS} &= \frac{\text{Earnings attributable to ordinary shareholders}}{\text{Number of ordinary shares}} \\ \text{Historic P/E} &= \frac{\text{Current share price}}{\text{Historic EPS}} \\ \text{Prospective P/E} &= \frac{\text{Current share price}}{\text{Forecast EPS}} \\ \text{Dividend yield} &= \frac{\text{Dividend per share}}{\text{Share price}} \\ \text{Dividend cover} &= \frac{\text{EPS}}{\text{Dividend per share}} \\ \text{Price-to-book} &= \frac{\text{Market price per share}}{\text{Book value per share}} \end{aligned} \]

Dividend-based valuation is usually tested at workbook level rather than as advanced equity research. The Gordon growth model is useful when the stem presents a stable dividend and growth assumption:

\[ \text{Value} = \frac{D_1}{r - g} \]

where \(D_1\) is next period’s dividend, \(r\) is the required return, and \(g\) is the expected constant growth rate. The model becomes fragile when growth is unsustainable, payout is unstable, or the required return is close to the growth rate.

EBIT and EBITDA are not interchangeable. EBIT includes depreciation and amortisation, so it is closer to operating profit after the cost of using long-lived assets. EBITDA strips those charges out and can help compare operating cash generation before financing and non-cash charges, but it can overstate quality where capital expenditure is economically necessary.

Depositary Receipts and Unlisted Investments

These instruments change access, liquidity, and valuation confidence. Unlisted holdings especially require more caution because market price discovery is weaker and comparability may be less direct.

Depositary receipts provide a route to economic exposure to shares listed or issued elsewhere. The exam point is usually not the custody mechanics in isolation; it is that access route, currency, settlement, liquidity, and disclosure environment can affect valuation and portfolio fit.

Unlisted investments require a larger uncertainty discount. Without a continuous public market, valuation depends more on comparable transactions, cash-flow estimates, recent financing rounds, appraisals, or manager judgement. Stronger answers recognise that illiquidity and weaker price discovery are not minor details.

Corporate Actions

Corporate actions matter because they can change price, ownership, income, or risk exposure. The stronger answer usually sees the valuation consequence of the action rather than treating the event as a simple corporate-news label.

Theoretical ex-rights price questions are not just arithmetic. They test whether the candidate understands dilution, the value of rights, and the difference between raising new money and changing the number of shares outstanding. If a corporate action mainly changes form, the answer should not invent economic value creation.

Money Market Securities

Money-market instruments are short dated and usually valued with discount, yield, and cash-equivalent logic rather than long-duration bond analysis. The exam often tests recognition of that difference.

Treasury bills, certificates of deposit, commercial paper, and other short-dated instruments are usually judged by term, issuer quality, liquidity, discount or yield basis, and suitability for cash management. They can still carry credit or liquidity risk, but their price behaviour is not the same as a long-dated bond with high duration.

When a question uses money-market language, ask whether the issue is short-term liquidity, safe parking of funds, yield pickup, counterparty quality, or discount calculation. Avoid using long-bond duration analysis unless the stem clearly introduces it.

Fixed-Income Types and Structures

The first question with fixed income is often structural: what kind of bond or debt instrument is this, and what does that structure imply for risk and cash flows? Only after that should valuation follow.

Securitisation questions usually test risk distribution. Originator, special-purpose vehicle, servicer, trustee, rating agency, credit enhancer, and investors do not all bear the same role. Structure design affects who receives cash flows first, who absorbs losses, and how transparent the risk is.

Fixed-Income Valuation and Duration

Duration matters because it connects rate moves to price sensitivity. A stronger answer recognises when the stem is really about sensitivity rather than about credit or default.

Fixed-income valuation should separate yield, inflation, credit, and price mechanics:

\[ \begin{aligned} \text{Flat yield} &= \frac{\text{Annual coupon}}{\text{Clean price}} \\ \text{Approximate real return} &\approx \text{Nominal return} - \text{Inflation rate} \\ \text{Approximate price change} &\approx -\text{Modified duration} \times \Delta y \end{aligned} \]

Macaulay duration is the weighted average time to receive the bond’s cash flows. Modified duration translates that timing into approximate price sensitivity for a change in yield. The exam often tests the direction and relative magnitude: when yields rise, prices fall; longer modified duration generally means larger price movement.

Index-linked debt adds inflation mechanics. If the principal and interest are linked to an inflation index such as RPI, the real cash-flow logic differs from a conventional fixed-rate bond. During zero inflation, index uplift does not drive returns in the same way, so coupon, price, and redemption assumptions need to be read carefully from the stem.

Fixed-Income Pricing and Strategies

Pricing and strategy questions often test relative value, yield interpretation, curve exposure, and positioning. They reward candidates who know what the portfolio is trying to achieve, not just what the formula says.

The same bond can look attractive on one measure and unattractive on another. A high yield may compensate for credit risk, liquidity weakness, or optionality. A low clean price may simply reflect accrued-interest mechanics, credit deterioration, or higher required yield. Stronger answers ask why the price or yield differs before treating it as opportunity.

Hybrid Investments

Hybrid instruments sit between familiar categories. Their appeal is often exactly what makes them tricky: they cannot be understood properly if the candidate insists on treating them as pure equity or pure fixed income.

Convertible bonds are usually debt-like when the share price is far below the conversion value and more equity-like when conversion becomes attractive. The conversion feature gives upside participation, but the bond still has credit, rate, liquidity, and call-feature risks.

Mezzanine finance is subordinated and often sits between senior debt and equity in the capital structure. It may offer higher return potential, warrants, or equity participation, but it also carries weaker recovery position and greater issuer-specific risk.

The exam frequently tests whether the hybrid’s behaviour changes with market conditions. A convertible can behave differently after a large equity move. A subordinated instrument can look income-attractive until credit quality weakens.

Derivatives

Derivatives matter because payoff, hedging use, leverage, and valuation depend on the underlying variable and contract structure. The exam usually tests broad valuation and use-case judgement rather than specialist trading detail.

The Greeks should be understood as sensitivities, not as decorative labels:

Historic volatility describes realised past variability. Implied volatility is inferred from option prices and market expectations. The CBOE Volatility Index is a market volatility gauge, not a direct prediction of a specific UK equity or bond holding. Derivative questions usually reward clear purpose: hedge an exposure, gain tactical exposure, generate income, or use leverage within a mandate.

Swaps

Swaps involve exchanging cash-flow streams. The candidate should recognise the structure, what exposure is being altered, and how that changes the risk and valuation discussion.

Interest calculations in swap markets do not always feel like simple bond coupons. Reset dates, day-count conventions, reference rates, payment frequency, collateral, credit support, and curve assumptions all affect valuation. Quality spread differential language usually points to financing or hedging efficiency: one party may have a relative advantage in one market and use a swap to transform the exposure.

Instrument-selection checklist

Use this sequence when a securities-valuation stem feels dense:

1. Name the instrument family: equity, fixed income, money market, hybrid, derivative, or swap.
2. Identify the cash flow or payoff: dividend, coupon, redemption, conversion, option payoff, or exchanged cash-flow stream.
3. Identify the dominant risk: business risk, credit risk, rate risk, liquidity risk, volatility, basis risk, or counterparty risk.
4. Choose the metric: multiple, yield, duration, spread, option sensitivity, or swap exposure.
5. Tie the result to portfolio use: valuation is incomplete unless the conclusion fits the mandate, horizon, and risk tolerance.

Best study order inside this chapter

1. Equities: Start with core business-value logic.
2. Depositary Receipts and Unlisted Investments: Then add access and liquidity complexity.
3. Corporate Actions: Add issuer-event pricing consequences.
4. Money Market Securities: Then secure short-dated valuation logic.
5. Fixed-Income Types and Structures: Identify the debt family correctly first.
6. Fixed-Income Valuation and Duration: Then move into sensitivity and pricing.
7. Fixed-Income Pricing and Strategies: Add relative-value and curve thinking.
8. Hybrid Investments: Then tackle mixed-feature instruments.
9. Derivatives: Add contingent payoff logic.
10. Swaps: Finish with exchange-of-cash-flow structures.

Quick map

    flowchart TD
	A["Instrument in the stem"] --> B{"What family is it?"}
	B -->|"Equity"| C["Business value, growth, cash flow, multiples"]
	B -->|"Fixed income"| D["Cash flows, yield, duration, structure"]
	B -->|"Hybrid or derivative"| E["Embedded features, payoff logic, exposure change"]
	C --> F["Portfolio use and valuation judgement"]
	D --> F
	E --> F

What stronger answers usually do

• identify the instrument family before selecting the valuation method
• distinguish pricing sensitivity from credit or liquidity issues when the stem demands it
• connect valuation to portfolio use and exposure management
• avoid forcing one favourite metric across unrelated securities
• treat corporate actions, convertibles, derivatives, and swaps as valuation events rather than labels
• check clean price, accrued interest, duration, spread, and liquidity before making fixed-income conclusions

Sample Exam Question

A sterling bond portfolio manager expects UK rates to rise and wants to compare two otherwise similar gilts with different durations. What is the strongest starting judgement?

• A. The gilt with longer duration is likely to be more price-sensitive to the rate rise
• B. Duration is irrelevant because both instruments are government bonds
• C. The shorter-duration gilt must always have higher credit risk
• D. Rate changes only affect equities, not bonds

Answer: A.

Duration measures price sensitivity to interest-rate moves. All else equal, the longer-duration gilt is more exposed to a rise in yields.

Common traps

• using equity ratios on fixed-income questions or vice versa
• confusing sensitivity to market rates with default risk
• forgetting that hybrids and derivatives need their own valuation logic
• treating corporate actions as narrative events rather than valuation events
• assuming high yield, high dividend yield, or low P/E automatically means good value
• ignoring optionality, conversion features, or swap purpose when the instrument is designed around them

Key takeaways

• Securities valuation begins with correct instrument recognition.
• Different instrument families demand different metrics, risks, and pricing language.
• Duration, payoff structure, and portfolio use often decide the better answer.
• The heaviest topic rewards method selection as much as calculation.