CISI IAD Derivatives Technical Unit Exam Blueprint & Readiness Checklist
Practical topic map and readiness checklist for the Chartered Institute for Securities & Investment CISI IAD Derivatives Technical Unit exam.
How to Use This Exam Blueprint
This Exam Blueprint is an independent study map for candidates preparing for the Chartered Institute for Securities & Investment CISI IAD Derivatives Technical Unit exam, code CISI IAD Derivatives. It translates the main derivatives readiness areas into practical review tasks, scenario prompts, calculation checks, and final-week priorities.
Use it in three passes:
- Map the territory: scan the topic-area table and mark weak areas.
- Test application: work through the “Can you do this?” prompts without notes.
- Final review: use the traps and final-week checklist to remove avoidable errors.
This page does not state official question weights, pass marks, section counts, or syllabus rules. Treat it as a practical readiness blueprint alongside the official Chartered Institute for Securities & Investment materials.
Exam Identity and Readiness Standard
| Item | Details |
|---|---|
| Official provider | Chartered Institute for Securities & Investment |
| Official exam title | CISI IAD Derivatives Technical Unit |
| Official exam code | CISI IAD Derivatives |
| Blueprint purpose | Independent preparation support for reviewing derivatives knowledge and applied exam judgment |
| Readiness target | You can identify the derivative, explain the risk transfer, calculate basic payoffs or hedge effects, and choose an appropriate action in a client or market scenario |
What “Ready” Means
You are ready when you can move beyond definitions and answer applied questions such as:
- What exposure exists?
- Which derivative changes that exposure?
- Who has the right, obligation, or cash-flow commitment?
- What happens if the underlying rises, falls, or remains unchanged?
- How do margin, premium, collateral, liquidity, and counterparty risk change the result?
- Is the instrument being used for hedging, speculation, arbitrage, income generation, or risk transfer?
- What disclosure, documentation, suitability, or conduct issue is being tested?
Topic-Area Readiness Map
| Readiness area | Be ready to explain or do | Evidence you are ready | Common review trigger |
|---|---|---|---|
| Derivative fundamentals | Define derivatives, underlyings, contracts, notional exposure, leverage, settlement, and expiry | You can distinguish exposure from cash invested and explain why derivatives magnify outcomes | You treat notional value as the same as initial cost |
| Market participants and uses | Identify hedgers, speculators, arbitrageurs, market makers, issuers, investment managers, and clients | You can state the motive and risk transfer in a short scenario | You focus only on profit instead of risk management purpose |
| Exchange-traded vs OTC derivatives | Compare standardisation, liquidity, clearing, counterparty risk, documentation, flexibility, and transparency | You can choose exchange-traded or OTC based on scenario needs | You assume OTC always means unsuitable or exchange-traded always means low risk |
| Forwards and futures | Explain obligations, pricing logic, settlement, margin, daily variation, basis risk, and hedge construction | You can calculate direction of gain or loss from a price move | You confuse futures margin with an option premium |
| Options | Explain calls, puts, buyers, writers, exercise price, expiry, premium, intrinsic value, time value, moneyness, and payoff profiles | You can draw or describe payoff and profit for long/short calls and puts | You forget that option buyers have rights, while writers have obligations |
| Option strategies | Interpret protective puts, covered calls, collars, spreads, straddles, strangles, and simple combinations | You can identify maximum loss/gain directionally, even when exact figures are not requested | You memorise strategy names but cannot explain why they are used |
| Greeks and option sensitivity | Understand delta, gamma, theta, vega, and rho at a practical level | You can explain how option value changes when price, time, volatility, or rates change | You treat all options as moving one-for-one with the underlying |
| Equity and index derivatives | Apply futures, options, and swaps to portfolio hedging, income, and tactical exposure | You can connect beta, index exposure, contract size, and hedge direction | You hedge the wrong way when portfolio value is expected to fall |
| Interest rate derivatives | Understand rate futures, FRAs, swaps, caps, floors, collars, and fixed-versus-floating exposure | You can identify whether a borrower or investor wants protection from rising or falling rates | You forget the inverse relationship between bond prices and yields |
| FX derivatives | Apply forwards, futures, options, and swaps to currency exposures | You can decide whether an importer, exporter, investor, or borrower needs to buy or sell currency forward | You mix up base/terms currency or hedge the wrong cash flow |
| Commodity derivatives | Understand hedging, speculation, storage, delivery, seasonality, and basis risk in commodity contracts | You can identify why producers and consumers may hedge opposite price risks | You ignore delivery terms or assume all contracts are held to delivery |
| Credit derivatives | Understand risk transfer, reference entities, credit events, protection buyer/seller logic, and counterparty concerns at a high level | You can explain who is protected and who receives premium-like compensation | You confuse credit protection with ordinary insurance without considering documentation and counterparty risk |
| Swaps | Explain fixed/floating, equity, currency, commodity, and credit-related swap logic | You can trace which party pays and receives which cash flow | You cannot identify whether the swap reduces or creates exposure |
| Pricing and valuation drivers | Apply no-arbitrage intuition, cost of carry, income, volatility, time, rates, credit, and liquidity factors | You can explain why a derivative price changes even if the underlying is unchanged | You memorise formulas without interpreting the market driver |
| Margin, collateral, and clearing | Distinguish initial margin, variation margin, collateral calls, central clearing, and bilateral counterparty exposure | You can explain what happens after an adverse daily price movement | You assume margin is a cost that caps losses |
| Settlement and delivery | Compare cash settlement, physical delivery, netting, close-out, exercise, assignment, and expiry | You can state what must happen at maturity or exercise | You overlook operational risk at expiry |
| Hedging effectiveness | Recognise basis risk, hedge ratios, over-hedging, under-hedging, correlation, tenor mismatch, and liquidity | You can identify why a hedge may reduce but not eliminate risk | You assume any derivative hedge is perfect |
| Regulation, conduct, and documentation | Recognise client classification, risk disclosure, suitability, conflicts, market abuse, documentation, and record-keeping themes where relevant | You can identify the conduct issue before calculating the trade outcome | You answer only the technical part and miss the compliance issue |
| Tax/accounting awareness | Recognise that derivative use may affect reporting, tax, hedge accounting, and documentation depending on context | You know when a question is testing awareness rather than detailed tax computation | You over-apply tax rules not provided in the scenario |
| Exam calculation discipline | Use contract multipliers, signs, currency units, premium, margin, notional, and settlement conventions carefully | Your calculation answers are directionally and numerically consistent | You get the right formula but the wrong sign, unit, or contract count |
Product Recognition Table
| Product | Core economic idea | Long position benefits when | Short position benefits when | Primary exam cue |
|---|---|---|---|---|
| Forward | Custom OTC obligation to transact later at an agreed price | Contract terms move favourably versus market price | Opposite side of the obligation becomes favourable | Tailored hedge, counterparty exposure, no daily exchange margin unless collateralised |
| Future | Standardised exchange-traded obligation with daily marking-to-market | Futures price moves in the long’s favour | Futures price moves in the short’s favour | Margin calls, daily settlement, contract size, exchange clearing |
| Call option | Right to buy the underlying | Underlying rises above strike enough to cover premium | Underlying stays below strike or premium is retained | Upside participation, limited loss for buyer, obligation for writer |
| Put option | Right to sell the underlying | Underlying falls below strike enough to cover premium | Underlying stays above strike or premium is retained | Downside protection, insurance-like payoff, premium cost |
| Swap | Exchange of cash flows based on agreed terms | Depends on received leg versus paid leg | Depends on opposite exposure | Fixed/floating conversion, currency or equity cash-flow exchange |
| Cap | Protection against rates rising above a level | Rates rise above cap level | Premium received if sold and rates do not exceed expectations | Borrower protection against rising floating rates |
| Floor | Protection against rates falling below a level | Rates fall below floor level | Premium received if sold and rates do not fall below expectations | Investor/lender protection against falling rates |
| Collar | Combination limiting both upside and downside | Depends on cap/floor or call/put structure | Depends on opposite side | Lower-cost protection with a trade-off |
| Credit derivative | Transfer of credit risk on a reference exposure | Protection buyer benefits from adverse credit event, subject to terms | Protection seller benefits if credit event does not occur | Credit risk transfer, documentation, counterparty risk |
Core Payoff and Calculation Checks
You do not need to treat every question as a complex valuation problem. Many exam-style derivatives questions test signs, rights, obligations, and cash-flow interpretation.
Option Payoffs
\[ \text{Long call payoff} = \max(S_T - K, 0) \]\[ \text{Long put payoff} = \max(K - S_T, 0) \]\[ \text{Long call profit} = \max(S_T - K, 0) - \text{premium} \]\[ \text{Long put profit} = \max(K - S_T, 0) - \text{premium} \]Where \(S_T\) is the underlying price at expiry and \(K\) is the strike price.
Put-Call Parity Awareness
For European-style options on a non-dividend-paying asset, the classic relationship is often expressed conceptually as:
\[ C + PV(K) = P + S_0 \]Use this as a logic check: calls, puts, the underlying, and the present value of the strike are linked by arbitrage relationships. If dividends, income, carrying costs, or contract features are introduced, adjust the reasoning rather than forcing a memorised version.
Futures and Forward Exposure
| Calculation task | Practical check |
|---|---|
| Futures profit/loss | Price change × contract multiplier × number of contracts, with sign based on long or short position |
| Notional exposure | Futures or forward price × contract size × number of contracts |
| Hedge contract count | Exposure to hedge ÷ exposure per contract, adjusted for beta, duration, currency, or correlation where relevant |
| Option break-even for long call | Strike + premium, before other costs |
| Option break-even for long put | Strike - premium, before other costs |
| Intrinsic value of call | Maximum of underlying price minus strike, or zero |
| Intrinsic value of put | Maximum of strike minus underlying price, or zero |
| Time value | Option premium minus intrinsic value |
| Swap cash-flow comparison | Received leg minus paid leg, using the relevant notional and period assumptions |
Hedge Ratio Logic
A simple hedge ratio can be expressed as:
\[ \text{Number of contracts} = \frac{\text{Exposure to be hedged}}{\text{Exposure per derivative contract}} \]For equity index hedging, a beta adjustment may be required:
\[ \text{Contracts} = \frac{\text{Portfolio value} \times \beta}{\text{Futures price} \times \text{contract multiplier}} \]Use the formula only after deciding the direction:
| Exposure | Risk | Typical hedge direction |
|---|---|---|
| Long equity portfolio | Market falls | Sell index futures or buy protective puts |
| Future purchase of an asset | Price rises before purchase | Buy futures/forwards or buy calls |
| Future sale of an asset | Price falls before sale | Sell futures/forwards or buy puts |
| Floating-rate borrower | Rates rise | Use rate cap, receive-floating/pay-fixed swap logic, or other rate hedge depending on scenario |
| Fixed-rate borrower | Rates fall after borrowing | May be disadvantaged versus new lower rates; hedge depends on objective and instrument |
| Exporter expecting foreign currency receipt | Foreign currency weakens against home currency | Sell foreign currency forward or use currency option |
| Importer needing foreign currency payment | Foreign currency strengthens against home currency | Buy foreign currency forward or use currency option |
“Can You Do This?” Readiness Checklist
Fundamentals and Market Structure
- Define derivative, underlying, notional, leverage, expiry, settlement, and counterparty.
- Explain why a derivative can create large exposure with relatively small initial cash outlay.
- Distinguish hedging from speculation using the same derivative instrument.
- Explain arbitrage in plain language without assuming risk-free practical execution.
- Compare exchange-traded and OTC contracts in terms of standardisation, credit risk, flexibility, liquidity, and clearing.
- Identify the likely market participant in a scenario: producer, consumer, investor, borrower, lender, issuer, dealer, fund manager, or corporate treasurer.
Futures and Forwards
- Identify whether a party should go long or short a forward/future to hedge a stated exposure.
- Calculate gain or loss from a futures price movement using a contract multiplier.
- Explain daily variation margin and why gains/losses are realised before contract expiry.
- Identify basis risk when the hedge asset, quantity, quality, location, currency, or maturity differs from the exposure.
- Explain why closing out a futures position is different from holding to delivery.
- Recognise that a forward can be tailored but introduces OTC counterparty and documentation issues.
Options
- Distinguish payoff from profit after including the premium.
- Identify the right or obligation for each of: long call, short call, long put, short put.
- Calculate intrinsic value and time value from a simple option quote.
- Determine whether an option is in the money, at the money, or out of the money.
- Identify maximum loss for an option buyer as the premium, before other costs.
- Recognise that option writers may face substantial or potentially unlimited loss depending on the position.
- Explain why volatility, time to expiry, and interest rates can affect option value.
Option Strategies
- Explain why an investor buys a protective put.
- Explain why an investor writes a covered call and what is sacrificed.
- Identify a collar and explain the trade-off between reduced cost and limited upside/downside.
- Distinguish a straddle from a strangle at a practical level.
- Identify whether a spread is mainly reducing premium cost, limiting risk, or expressing a directional view.
- Avoid assuming every multi-leg strategy is suitable simply because it has a name.
Swaps and Interest Rate Derivatives
- Trace the cash flows in a fixed-for-floating interest rate swap.
- Identify whether a borrower wants protection from rising or falling rates.
- Explain the purpose of a cap, floor, and collar.
- Recognise that swap notional is normally a reference amount for calculating payments, not an amount exchanged in a plain interest rate swap.
- Explain how currency swaps may involve exchange of principal-like amounts and currency cash-flow risk.
- Connect interest rate futures and bond prices to the inverse price/yield relationship.
FX, Equity, Commodity, and Credit Applications
- Determine the correct currency to buy or sell forward in importer/exporter scenarios.
- Use index futures to hedge a portfolio and adjust for contract size and beta when required.
- Explain why commodity producers and consumers may hedge in opposite directions.
- Recognise delivery, storage, quality, and location issues in commodity derivative questions.
- Explain the protection buyer/protection seller roles in a credit derivative.
- Identify residual counterparty, liquidity, legal, and documentation risks.
Conduct, Suitability, and Documentation
- Identify when a derivative may be inappropriate for a client even if it solves a market exposure.
- Recognise disclosure issues around leverage, margin calls, losses, liquidity, and complexity.
- Distinguish execution of a hedge from advice that requires suitability assessment.
- Recognise conflicts of interest in structured or OTC products.
- Identify the need for clear documentation of purpose, risks, terms, valuation, and client understanding.
- Avoid giving a purely mathematical answer when the scenario is testing conduct judgment.
Scenario and Decision-Point Checks
Hedging Direction Prompts
| Scenario cue | Exposure | Candidate decision |
|---|---|---|
| A fund manager holds a diversified equity portfolio and fears a short-term market fall | Long market exposure | Consider selling index futures or buying index puts |
| A company will buy USD in three months and reports in GBP | Needs foreign currency later | Consider buying USD forward or using a USD call-style protection structure |
| An exporter will receive EUR later and fears EUR weakness | Long future EUR receipt | Consider selling EUR forward or using EUR put-style protection |
| A farmer will sell crop output after harvest and fears price falls | Future seller of commodity | Consider short commodity futures/forwards |
| An airline expects to buy fuel and fears price rises | Future buyer of commodity | Consider long fuel-related futures/forwards or call-style protection |
| A floating-rate borrower fears rates will rise | Pays floating rates | Consider fixed-rate conversion, cap, or other rate hedge |
| An investor owns shares and wants downside protection while keeping upside | Long underlying asset | Consider buying puts; collar if willing to cap upside |
| An investor wants income from shares and accepts limited upside | Long shares | Covered call may be relevant, subject to suitability |
| A credit investor fears default of a reference borrower | Long credit exposure | Consider credit protection, subject to documentation and counterparty risk |
Suitability and Conduct Prompts
| Scenario cue | What to check before choosing the derivative |
|---|---|
| Client asks for “low-risk income” using option writing | Does the client understand downside exposure, assignment risk, and market loss? |
| Corporate wants a perfect hedge for a non-standard exposure | Is there basis risk, maturity mismatch, quantity mismatch, or liquidity risk? |
| Retail or less-experienced client wants leveraged derivatives | Is the product suitable, explained, documented, and within risk capacity? |
| OTC product appears cheaper than exchange-traded alternative | What risks are embedded: credit, liquidity, valuation, early termination, complexity? |
| A hedge creates large margin calls during temporary adverse moves | Can the client fund liquidity needs even if the hedge works economically by expiry? |
| Structured payoff has attractive headline return | What risk is being sold or transferred by the client? |
| Derivative reduces one risk but creates another | Identify residual market, basis, liquidity, counterparty, legal, and operational risks |
Margin and Liquidity Prompts
Ask these questions whenever a scenario includes futures, cleared derivatives, or collateralised OTC trades:
- Is the position long or short?
- Did the market move favourably or adversely?
- Is the outcome realised through daily variation margin?
- Could the client face a cash-flow problem before the hedge achieves its final purpose?
- Is the initial margin a performance bond rather than a maximum loss?
- Are collateral requirements separate from economic profit or loss?
Option Strategy Readiness Table
| Strategy | Typical purpose | Main benefit | Main trade-off |
|---|---|---|---|
| Long call | Participate in upside | Limited loss to premium before other costs | Premium lost if market does not rise enough |
| Long put | Downside protection or bearish view | Limited loss to premium before other costs | Premium cost reduces net return |
| Covered call | Generate income on owned asset | Premium income | Upside is capped if called away |
| Protective put | Insure a long position | Downside floor after premium | Protection has a cost |
| Collar | Reduce cost of protection | Downside protection with lower or offset premium | Upside is capped or limited |
| Bull spread | Limited-upside bullish view | Lower cost than outright long call in many structures | Profit capped |
| Bear spread | Limited-downside bearish view | Defined directional exposure | Profit capped |
| Straddle | View that volatility or large movement may increase | Benefits from large movement in either direction when long | Premium cost can be high |
| Strangle | Similar to straddle, usually with different strikes | May reduce premium versus straddle | Requires larger move to profit when long |
Common Weak Areas and Traps
| Trap | Why it causes errors | Safer exam approach |
|---|---|---|
| Confusing payoff and profit | Premiums and costs change the break-even | Calculate payoff first, then subtract or add premium |
| Reversing long and short futures | Directional hedge becomes speculation | State the exposure first, then choose hedge direction |
| Treating margin as maximum loss | Futures losses can exceed initial margin | Remember margin is collateral/performance support |
| Ignoring contract multiplier | Correct price move but wrong total P/L | Always write price move × multiplier × contracts |
| Forgetting currency quotation | FX hedge direction becomes reversed | Identify what currency is being bought or sold in the future |
| Assuming hedges are perfect | Basis, timing, and quantity mismatches remain | Look for residual risk in the scenario |
| Ignoring liquidity | A theoretically sound hedge may be hard to close | Consider market depth, bid/offer spread, and early termination |
| Confusing option buyer and writer | Rights and obligations are opposite | Buyer has right; writer has obligation |
| Misreading interest rate exposure | Borrowers and investors fear different rate moves | Identify whether the party pays or receives the rate |
| Treating OTC customisation as free benefit | Flexibility may increase credit, legal, and valuation risk | Mention documentation and counterparty exposure |
| Missing conduct issues | Technical answer may be incomplete | Check suitability, disclosure, conflicts, and client understanding |
| Over-relying on strategy labels | Names do not prove appropriateness | Explain cash flows and risk limits |
| Forgetting assignment/exercise effects | Option positions can become underlying positions | Ask what happens if exercised or assigned |
| Confusing intrinsic and time value | Option premium is not only immediate exercise value | Premium = intrinsic value + time value |
| Not rounding hedge contracts sensibly | Partial contracts may not be possible | State practical rounding implications if relevant |
Calculation Drill Checklist
Before the exam, you should be able to complete these without notes:
- Compute profit or loss on a futures position from a stated price change.
- Compute notional exposure from price, contract size, and number of contracts.
- Determine whether a call or put is in the money.
- Calculate intrinsic value and time value.
- Calculate long call and long put break-even points.
- Distinguish option buyer maximum loss from option writer risk.
- Calculate a simple hedge contract count.
- Adjust an equity index hedge for beta when the data are provided.
- Interpret a basic fixed-versus-floating swap cash-flow comparison.
- Identify whether a rate cap, floor, or collar fits the stated exposure.
- Translate an FX receipt or payment into the correct forward buy/sell decision.
- Explain the effect of volatility, time decay, and underlying price movement on an option position.
Regulatory, Ethical, and Client-Facing Readiness
Derivative exams often test judgment as much as product mechanics. For the CISI IAD Derivatives Technical Unit, be ready to connect technical knowledge to professional conduct.
| Client-facing issue | What a strong answer recognises |
|---|---|
| Suitability | A derivative may be technically effective but unsuitable for a client’s knowledge, objectives, risk capacity, or liquidity position |
| Disclosure | Leverage, loss potential, margin calls, complexity, liquidity, and counterparty risks should be clear |
| Documentation | OTC terms, confirmations, collateral arrangements, close-out terms, and valuation methods matter |
| Conflicts | Issuer, distributor, adviser, and market-maker roles can create conflicts |
| Market integrity | Trading behaviour, information use, and fair dealing remain relevant in derivatives markets |
| Record-keeping | Advice, rationale, risk warnings, and client instructions should be evidenced |
| Product governance | Complexity and target market considerations may affect how products are offered |
| Valuation | OTC or illiquid derivatives may have model risk, bid/offer uncertainty, and early termination costs |
Final-Week Review Checklist
Seven to Five Days Out
- Re-read your official Chartered Institute for Securities & Investment syllabus and learning outcomes.
- Build a one-page formula and payoff sheet.
- Redraw long call, short call, long put, and short put payoff diagrams from memory.
- Complete a mixed set of practice questions across futures, options, swaps, FX, interest rates, and conduct themes.
- Start an error log with three columns: mistake type, why it happened, prevention rule.
Four to Two Days Out
- Drill contract multiplier and hedge-ratio calculations.
- Review every question you missed because of direction: long/short, buy/sell, pay/receive, call/put.
- Practise short written explanations for suitability, margin, counterparty risk, and basis risk.
- Revisit option Greeks conceptually rather than memorising isolated definitions.
- Practise FX and interest rate scenarios until the hedge direction feels automatic.
- Review common strategy purposes: protection, income, volatility view, directional view, and cost reduction.
Final Day
- Stop adding new advanced material unless it fixes a clear weakness.
- Review formulas, payoff shapes, hedge direction rules, and common traps.
- Work a short timed set to maintain rhythm.
- Check that you can explain each wrong answer in your error log.
- Sleep, eat normally, and avoid last-minute overcomplication.
Exam-Day Mental Checklist
Before selecting an answer, ask:
- What is the underlying exposure?
- Is the party buying protection, selling risk, hedging, or speculating?
- Is the instrument a right, an obligation, or an exchange of cash flows?
- What happens if the underlying rises?
- What happens if the underlying falls?
- Are premium, margin, collateral, or contract multipliers included?
- Is there a suitability, disclosure, or documentation issue?
- Does the answer use the correct sign, currency, and unit?
Practical Next Step
Use this blueprint to mark each topic as ready, needs practice, or needs relearning. Then prioritise mixed practice questions that force you to combine product mechanics, calculations, hedge direction, and client-facing judgment. The strongest final preparation is not just knowing derivative definitions; it is being able to apply them quickly and accurately in realistic exam scenarios for the Chartered Institute for Securities & Investment CISI IAD Derivatives Technical Unit.