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CFA Level III · Level III Core

Swaps, Forwards, and Futures Strategies for CFA Level III

This chapter shows how to use swaps, forwards, futures and swaptions to change a portfolio's duration, asset allocation or currency exposure without trading the underlying assets. You solve it by finding the gap between current and target exposure, then sizing the derivative position to close that gap.

What this chapter covers

This chapter is about using derivatives as tools. You are not pricing them here. You are using them to change a portfolio's risk quickly and cheaply: shift duration, move between equity and bonds, change currency exposure, or lock in a purchase before cash arrives.

The topics fall into three groups. Swaps cover interest rate, currency and equity swaps. Futures and forwards cover equity overlays, bond duration adjustment and currency hedging. Options on swaps and cash flow anticipation round out the toolkit. Almost every question follows one pattern: state the current exposure, state the target, compute the position that closes the gap.

The chapter links directly to Asset Allocation, where derivatives implement tactical and strategic changes, and to Portfolio Construction, where currency management and liability-driven investing rely on duration control. It also feeds Derivatives and Risk Management and the pathway material. Always tie the strategy back to the client's objectives and constraints, because item sets and essays ask you to justify the choice.

Derivatives implementation shows up in both item sets and essay sets, and the calculations are mechanical once you know the pattern. Each 12-point set rewards candidates who can size a position, show the working and state a one-line justification linked to the client's needs. The chapter also supports other core topics, so time spent here pays off in asset allocation, fixed income and currency questions. There is no penalty for wrong answers, so always attempt every calculation.

Swaps, Forwards, and Futures Strategies: topics in the order to study them

  1. 1Interest Rate Swaps for Duration ManagementStart here. The duration gap logic you learn (target versus current, scaled by the instrument's duration) is reused in every later topic.
  2. 2Futures for Fixed Income and Duration AdjustmentIt applies the same duration logic with bond futures, so you can compare the swap and futures routes directly.
  3. 3Swaptions and Interest Rate StrategiesIt builds on swap mechanics by adding optionality, and you need the swap payer and receiver positions clear first.
  4. 4Currency Swaps and Cross-Currency ExposureMoves from single-currency rate swaps to swaps that exchange both currency and interest rate exposure.
  5. 5Forwards and Futures for Currency HedgingWith currency swaps fresh, you can compare hedging tools, hedge ratios and the cost of carry from interest rate differentials.
  6. 6Equity Swaps and Asset Allocation ChangesUses swap mechanics again, now to gain or give up equity exposure, so it is quick after the earlier swap topics.
  7. 7Futures for Asset Allocation and Equity OverlayIt combines futures sizing with allocation shifts, such as moving between equity and bonds using beta and duration together.
  8. 8Anticipating Cash Flows and Pre-Investing with DerivativesFinish with this applied topic. It pulls together futures, swaps and forwards to take exposure before cash arrives.

How to prepare Swaps, Forwards, and Futures Strategies

Treat this chapter as one method applied to different instruments. Learn the method once, then practise it across tools.

  1. Write down the core pattern on one page: current exposure, target exposure, instrument sensitivity, number of contracts or notional.
  2. Learn the duration and beta adjustment formulas, and know which sign means buy and which means sell.
  3. For each swap, draw the cash flows: who pays fixed, who pays floating, and what the portfolio ends up with.
  4. Do worked examples by hand and show every step. In essays, a correct number alone earns calculation credit, but only the number of answers requested counts.
  5. Practise one-line justifications that tie the strategy to the client's objectives and constraints, using the command word in bold in the question.
  6. Compare tools in a table you draw yourself: swap versus futures versus forward versus swaption, for cost, flexibility, counterparty risk and basis risk.
  7. Finish with mixed item sets and essays under time limits, 12 points per set.

Common mistakes in Swaps, Forwards, and Futures Strategies

  • Getting the direction of the trade wrong, such as selling futures when duration must increase.

    Fix: Ask first: do I want more or less exposure? Then buy for more and sell for less, and check the sign of your answer.

  • Mixing up pay-fixed and receive-fixed effects on duration.

    Fix: Receive-fixed acts like owning a bond, so duration rises. Pay-fixed acts like shorting a bond, so duration falls.

  • Using duration where BPV is required, for example using the futures contract's duration instead of its BPV in a BPV-based formula.

    Fix: Define each input in words before computing, and check that units match across numerator and denominator.

  • Giving a calculation without a justification, or a long justification with no link to the client.

    Fix: Write one short sentence per point asked, naming the client's objective, constraint or risk that supports the choice.

  • Ignoring practical risks in derivative strategies.

    Fix: Mention basis risk, counterparty risk, margin calls and liquidity where relevant, and note that the hedge may not match the exposure exactly.

  • Answering more items than requested in an essay.

    Fix: Give exactly the number of responses asked for, in the order requested, because only those are evaluated.

Last-day revision: Swaps, Forwards, and Futures Strategies

  • Duration change needs a position sized on basis point value (BPV). For swaps: notional = (target BPV − current BPV) ÷ swap BPV per unit of notional.
  • Receive-fixed swap raises portfolio duration; pay-fixed lowers it.
  • Receive-fixed, pay-floating = long fixed-rate bond + short floater; swap duration = fixed-leg duration − floating-leg duration. Pay-fixed, receive-floating is the opposite: swap duration = floating-leg duration − fixed-leg duration.
  • Futures contracts for duration use the same BPV approach: contracts = (BPV_target − BPV_portfolio) ÷ BPV_futures. A positive result means buy; a negative result means sell.
  • A payer swaption gives the right to pay fixed; a receiver swaption gives the right to receive fixed.
  • Currency swaps exchange notional at start and end, plus interest in each currency.
  • A forward hedge locks the exchange rate; the hedge ratio sets how much exposure is covered.
  • Equity swaps can add or remove equity exposure without trading the stock.
  • Equity futures overlay: contracts = (target beta − current beta) ÷ futures beta × portfolio value ÷ futures value.
  • Pre-investing uses long futures or swaps to gain exposure now, then unwinds as cash arrives.
  • Derivatives hedges are imperfect: name basis risk, counterparty risk and margin or liquidity needs.
  • In essays, answer exactly what the command word asks and only the number of responses requested.

Swaps, Forwards, and Futures Strategies in other exams

The same ground in other exams, if you are preparing for more than one or want another angle on it.

Swaps, Forwards, and Futures Strategies: frequently asked questions

How do I adjust portfolio duration using swaps or futures?

Find the difference between target and current duration, then size the position using the instrument's duration or basis point value. Receive-fixed swaps and long bond futures raise duration. Pay-fixed swaps and short bond futures lower it.

What is the difference between a payer and receiver swaption?

A payer swaption gives the holder the right to enter a swap paying fixed. A receiver swaption gives the right to enter a swap receiving fixed. Choose based on whether you fear rates rising or falling.

Do I need to memorise every formula in this chapter?

You need the core sizing formulas for duration, beta and hedge ratios, and you must know when to use each. Most questions test whether you can set up the gap between current and target exposure and compute a position.

How are these topics tested on the Level III exam?

They appear in item sets, which are a vignette with four multiple-choice questions worth 3 points each, and in essay sets. Essays often ask for a calculation or a short justification. Show your working and match the command word.