CIRO Derivatives Exam Blueprint

Last revised: June 29, 2026

Practical exam blueprint for the Canadian Investment Regulatory Organization CIRO Derivatives Exam.

How to Use This Exam Blueprint

Use this independent checklist to organize final review for the Canadian Investment Regulatory Organization CIRO Derivatives Exam. The official exam code supplied for this page is Derivatives Exam.

This is not a list of official section weights. Treat it as a practical readiness map: work down each topic area, prove that you can apply the concept in a client, trade, risk, or compliance scenario, and mark items only when you can explain both the answer and the reason.

A good review pass should include:

Definitions and product mechanics
Payoff, profit, loss, and breakeven calculations
Hedging, speculation, and risk-transfer scenarios
Suitability, disclosure, documentation, and supervision judgment
Common traps involving options, futures, forwards, swaps, margin, liquidity, and leverage

Topic-area readiness table

Readiness area	What to review	You are ready when you can…
Derivatives purpose and vocabulary	Hedging, speculation, income generation, arbitrage, leverage, risk transfer, underlying assets, contract terms	Identify why a derivative is being used and what risk it creates or reduces
Market participants and market structure	Investors, hedgers, speculators, dealers, exchanges, clearing, OTC counterparties	Compare exchange-traded and OTC derivatives without confusing liquidity, standardization, clearing, and counterparty risk
Contract mechanics	Long/short positions, notional exposure, contract size, expiry, settlement, delivery, exercise, assignment	Translate a trade description into obligations, rights, cash flows, and exposure
Options fundamentals	Calls, puts, premiums, strike price, moneyness, intrinsic value, time value, volatility, exercise style	Determine whether an option is in, at, or out of the money and calculate basic expiry outcomes
Options strategies	Covered calls, protective puts, collars, spreads, straddles, strangles, combinations	Match a strategy to a market view, risk tolerance, and client objective
Futures	Standardized contracts, daily marking-to-market, margin, settlement, basis, convergence, contract months	Explain how gains/losses flow and why margin is not the same as an option premium
Forwards	Customized OTC terms, settlement date, delivery terms, counterparty exposure	Decide when a forward may fit better than a standardized futures contract and identify added risks
Swaps and OTC derivatives	Interest-rate, currency, equity, commodity, and total-return concepts; payment exchanges; counterparty exposure	Explain the economic purpose of a swap and the key risks before using it
Pricing drivers	Underlying price, strike, time to expiry, volatility, interest rates, dividends/income, carry costs	Predict the directional effect of major pricing inputs without needing a full pricing model
Risk measures and sensitivity	Delta, gamma, theta, vega, rho, duration/beta adjustments where relevant	Interpret the practical meaning of a sensitivity measure in a scenario
Margin, collateral, and leverage	Initial/maintenance margin concepts, margin calls, collateral, concentration, liquidity	Explain how leverage can magnify both gains and losses and why margin calls can force action
Hedging decisions	Full vs partial hedge, basis risk, hedge ratio, cross-hedging, over-hedging, timing mismatch	Choose a hedge direction and explain what risk remains
Client suitability and product approval	Client knowledge, objectives, risk capacity, time horizon, liquidity needs, account permissions, product complexity	Reject an unsuitable derivatives recommendation even if the trade could be profitable
Disclosure and documentation	Risk disclosures, order documentation, trade confirmations, strategy rationale, client communications	Identify what should be documented before and after a derivatives recommendation
Ethics, conduct, and supervision	Conflicts, misleading claims, unauthorized trading, excessive risk, concentration, complaint handling	Recognize conduct red flags and select the more conservative compliance response
Tax and accounting awareness	Economic profit/loss vs tax/reporting treatment, hedging vs speculative characterization in concept	Know when the exam is testing product economics versus tax/accounting classification, without assuming identical treatment

Core derivative language checklist

Mark each item only if you can define it and use it in a short scenario.

Contract and exposure terms

Underlying asset
Notional amount
Contract multiplier or contract size
Expiry or maturity date
Delivery versus cash settlement
Long position versus short position
Open position versus closed position
Exchange-traded versus over-the-counter
Standardized contract versus customized contract
Initial transaction cash flow versus future obligation
Counterparty risk
Liquidity risk
Basis risk
Leverage

Options terms

Call option
Put option
Option buyer or holder
Option seller or writer
Premium
Strike or exercise price
Intrinsic value
Time value
In the money
At the money
Out of the money
Breakeven
Assignment
Exercise
Expiry
Covered writing
Naked writing
Spread
Combination strategy
Implied volatility
Delta and other Greeks, at least conceptually

Futures, forwards, and swaps terms

Futures contract
Forward contract
Swap
Margin account
Marking-to-market
Maintenance margin
Margin call
Settlement price
Basis
Contango
Backwardation
Carrying cost
Contract roll
Hedge ratio
Cross-hedge
Fixed-rate payer
Floating-rate payer
Net settlement

Product mechanics: what you must be able to explain

Product	Buyer/long position	Seller/short position	Key risk points	Common exam-style decision
Call option	Has the right to buy the underlying at the strike	Has the obligation if assigned to sell the underlying at the strike	Long call risks premium; short call can have substantial risk if uncovered	Bullish view, upside participation, or price cap for a future purchase
Put option	Has the right to sell the underlying at the strike	Has the obligation if assigned to buy the underlying at the strike	Long put risks premium; short put has downside exposure	Downside protection, bearish view, or price floor
Covered call	Owns the underlying and writes a call	Receives premium but may have to sell the underlying	Upside is capped; downside in the underlying remains	Income strategy for a client willing to sell at the strike
Protective put	Owns the underlying and buys a put	Pays premium for downside protection	Cost reduces return; protection lasts only for the option term	Client wants to keep upside but limit downside
Collar	Owns underlying, buys put, writes call	Uses call premium to offset put cost	Downside limited, upside capped	Client wants defined range of outcomes
Futures	Long benefits if futures price rises; short benefits if futures price falls	Both sides have daily settlement exposure	Leverage, margin calls, basis risk, contract roll risk	Hedge an existing or expected exposure with standardized terms
Forward	Customized future purchase/sale agreement	Counterparty obligation depends on negotiated terms	Counterparty, liquidity, valuation, documentation risk	Customize date, amount, or asset when exchange contract does not fit
Swap	Exchanges cash flows based on agreed reference terms	Both sides carry counterparty and valuation risk	Complexity, credit exposure, liquidity, termination costs	Convert risk exposure, such as fixed/floating or currency cash flows
Structured or embedded derivative	Exposure may be packaged inside another investment	Risk depends on product terms	Payoff may be non-linear or hard to value	Determine whether the client understands the embedded derivative risk

Options readiness checklist

Rights, obligations, and payoff

For every call or put, identify who has the right and who has the obligation.
Distinguish the option premium from margin or collateral.
Determine whether exercise would be economically beneficial at expiry.
Calculate intrinsic value for calls and puts.
Separate intrinsic value from time value before expiry.
Calculate breakeven for long and short calls.
Calculate breakeven for long and short puts.
Identify maximum loss and maximum gain where they are limited.
Identify when risk is substantial or theoretically unlimited.
Explain how assignment changes the investor’s position.
Explain why a profitable market view can still be unsuitable for a client.

Core option formulas

Use these as calculation anchors. In practice, always adjust for contract size, commissions, taxes, currency, and any exam-specific assumptions provided in the question.

\[ \text{Call intrinsic value} = \max(0, S - X) \]\[ \text{Put intrinsic value} = \max(0, X - S) \]\[ \text{Long call breakeven} = X + \text{premium paid} \]\[ \text{Long put breakeven} = X - \text{premium paid} \]\[ \text{Long option profit at expiry} = \text{option payoff} - \text{premium paid} \]\[ \text{Short option profit at expiry} = \text{premium received} - \text{option payoff} \]

Where \(S\) is the underlying price at expiry and \(X\) is the strike price.

Options strategy table

Strategy	Market view	Risk profile	Readiness check
Long call	Bullish	Loss limited to premium; upside exposure	Can you calculate breakeven and expiry profit?
Short call, uncovered	Neutral to bearish	Substantial upside risk if underlying rises	Can you explain why this may be unsuitable for many clients?
Long put	Bearish or protective	Loss limited to premium; gains as underlying falls	Can you distinguish speculation from insurance-like protection?
Short put	Neutral to bullish	Downside exposure if underlying falls	Can you explain the obligation to buy if assigned?
Covered call	Neutral to moderately bullish	Premium income; upside capped; downside remains	Can you identify the client’s willingness to sell the underlying?
Protective put	Bullish but risk-conscious	Downside floor for the term; premium cost	Can you explain protection, cost, and expiry risk?
Bull spread	Moderately bullish	Limited gain and limited loss	Can you identify net premium and breakeven?
Bear spread	Moderately bearish	Limited gain and limited loss	Can you describe why it is less aggressive than a naked short position?
Straddle	Expects large move, direction uncertain	Needs enough movement to overcome premium cost	Can you explain volatility risk and breakeven on both sides?
Strangle	Expects large move, direction uncertain	Lower cost may require larger move	Can you compare it with a straddle?
Collar	Wants downside protection and accepts upside cap	Range-bound outcome	Can you identify the floor, cap, and net premium effect?

Futures, forwards, and swaps readiness checklist

Futures and forwards

Identify the underlying exposure being hedged.
Choose long futures/forwards when the risk is rising prices.
Choose short futures/forwards when the risk is falling prices.
Explain why futures are marked to market.
Explain why a futures margin deposit is not the maximum loss.
Calculate basic futures profit or loss from price changes.
Adjust for contract size or multiplier when provided.
Identify basis risk when the hedge instrument does not perfectly match the exposure.
Recognize timing mismatch when the hedge expiry differs from the exposure date.
Explain why closing, rolling, or offsetting a contract may create additional risk.
Compare a forward’s customization benefit with its counterparty and liquidity risk.

A generic futures profit/loss structure is:

\[ \text{Long futures P\&L} = (\text{exit price} - \text{entry price}) \times \text{contract multiplier} \times \text{number of contracts} \]\[ \text{Short futures P\&L} = (\text{entry price} - \text{exit price}) \times \text{contract multiplier} \times \text{number of contracts} \]

A practical hedge-size estimate is:

\[ \text{Approximate contracts} = \frac{\text{exposure to hedge}}{\text{contract notional}} \times \text{adjustment factor} \]

The adjustment factor may reflect beta, duration, currency exposure, correlation, or another relationship stated in the question.

Swaps and OTC derivatives

Identify the cash flows each party pays and receives.
Distinguish notional amount from amount exchanged.
Explain fixed-for-floating interest-rate exposure in plain language.
Explain currency cash-flow exchange risk in plain language.
Recognize that OTC customization can increase documentation and counterparty concerns.
Identify termination, valuation, collateral, and liquidity issues.
Avoid treating swaps as simple securities trades; focus on ongoing obligations.

Pricing and sensitivity readiness

Driver	Option impact to understand	Scenario cue
Underlying price	Calls generally benefit from increases; puts generally benefit from decreases	“The stock rises sharply before expiry…”
Strike price	Lower call strikes and higher put strikes are generally more valuable, all else equal	“Two options have the same expiry but different strikes…”
Time to expiry	More time often increases option value because more outcomes are possible	“One option expires next week; another expires later…”
Volatility	Higher expected volatility generally increases option premiums	“The market expects major price swings…”
Interest rates	Can affect option value and forward/futures pricing	“Carrying cost or financing rates change…”
Dividends or income	Expected income from the underlying can affect derivative pricing	“The underlying pays income before expiry…”
Liquidity	Wide spreads and thin trading can change execution quality	“The client wants to exit quickly…”
Correlation	Imperfect correlation weakens a hedge	“The hedge uses a related but different underlying…”

Greeks and risk sensitivities

You do not need to turn every sensitivity into a pricing-model exercise unless the question gives you enough information. Be ready to interpret direction and risk.

Sensitivity	Practical meaning	Readiness prompt
Delta	Approximate price sensitivity to the underlying	Can you tell whether the position behaves like long or short exposure?
Gamma	Change in delta as underlying price changes	Can you identify positions where risk accelerates?
Theta	Time decay	Can you explain why long options lose time value as expiry approaches?
Vega	Sensitivity to volatility	Can you identify strategies that benefit from higher or lower volatility?
Rho	Sensitivity to interest rates	Can you recognize rate impact conceptually?
Beta or duration adjustment	Hedge relationship for equity or fixed-income exposure	Can you scale a hedge instead of assuming one contract perfectly offsets risk?

Suitability, disclosure, and client judgment

The CIRO Derivatives Exam can require more than calculation skill. Be ready to decide whether a trade is appropriate.

Client facts to gather before recommending derivatives

Investment objective
Risk tolerance
Risk capacity
Time horizon
Liquidity needs
Investment knowledge
Derivatives experience
Financial circumstances
Concentration in the underlying asset
Ability to meet margin calls
Tax and accounting considerations, when relevant
Need for income, protection, leverage, or hedging
Account permissions and product eligibility under current firm and regulatory requirements
Understanding of worst-case and adverse-case outcomes

Suitability decision checks

If the scenario says…	Be careful about…	Better exam reasoning
Client has low risk tolerance but wants high return	Leverage and loss amplification	A profitable strategy can still be unsuitable
Client does not understand derivatives	Inadequate product knowledge	Education and disclosure do not automatically cure suitability problems
Client cannot meet margin calls	Futures or short options	Margin-based strategies may create forced-sale risk
Client wants income from a concentrated stock position	Covered calls	Income is not risk-free; upside may be capped and downside remains
Client wants capital protection	Protective puts, collars, or reducing exposure	Confirm cost, term, cap, and residual risk
Client wants to “guarantee” a result	Misleading communication	Derivatives reduce or transfer some risks but may introduce others
Client wants to speculate aggressively	Account approval, risk capacity, concentration	Match strategy to documented objectives and capacity
Client is hedging business exposure	Basis, timing, currency, quantity mismatch	A hedge may reduce but not eliminate risk
Client wants an OTC customized contract	Counterparty, valuation, liquidity, documentation	Customization creates additional due-diligence needs

Scenario and decision-point checks

Use these prompts to test applied readiness.

Scenario cue	Likely decision focus	Can you answer?
Investor owns shares and fears a short-term decline	Protective put or collar	Which strategy preserves upside? Which caps upside?
Investor owns shares and wants extra income	Covered call	What happens if the stock rises above the strike?
Investor expects a sharp move but is unsure of direction	Straddle or strangle	How much movement is needed to overcome total premiums?
Investor expects only a modest rise	Bull spread	Why might a spread be more suitable than a long call?
Investor expects only a modest decline	Bear spread	What limits both gain and loss?
Portfolio manager wants to reduce broad market exposure	Index futures or index options	What basis or beta mismatch remains?
Commodity producer fears price decline	Short futures/forward or put strategy	Which hedge locks in price and which preserves upside?
Commodity user fears price increase	Long futures/forward or call strategy	Which choice creates an obligation and which creates a right?
Exporter or importer has currency exposure	Currency forward, futures, or option	Does the client need certainty or flexibility?
Borrower worries about rising interest rates	Interest-rate derivative concept	What cash flow risk is being transferred?
Investor writes uncovered options	Suitability, margin, and loss risk	Is the risk clearly understood and documented?
Client wants to close a futures position early	Offset, settlement, liquidity	What price risk exists before closing?
OTC derivative has moved against the client	Collateral, credit, termination cost	What operational and counterparty risks arise?

Calculation checklist

Calculation task	Plain-language formula	Ready when you can…
Call intrinsic value	max(0, underlying price - strike price)	Identify when a call has exercise value
Put intrinsic value	max(0, strike price - underlying price)	Identify when a put has exercise value
Time value	option premium - intrinsic value	Avoid calling the entire premium intrinsic value
Long call breakeven	strike price + premium paid	Calculate the price needed to break even at expiry
Long put breakeven	strike price - premium paid	Calculate the downside move needed to break even
Short call profit	premium received - call payoff	Recognize capped gain and substantial risk if uncovered
Short put profit	premium received - put payoff	Recognize premium income with downside exposure
Covered call outcome	stock gain/loss + premium received, subject to assignment	Explain capped upside and remaining downside
Protective put outcome	stock gain/loss - premium paid, with downside floor from put	Explain cost of insurance-like protection
Spread net premium	premiums paid - premiums received, or net credit received	Use net premium in breakeven and max loss/gain
Futures P&L	price change × contract multiplier × number of contracts	Apply the correct sign for long versus short
Approximate hedge size	exposure ÷ contract notional, adjusted for hedge relationship	Avoid assuming a one-contract hedge without checking size
Notional exposure	contract price or value × multiplier × contracts	Compare economic exposure to cash invested
Percentage return	profit or loss ÷ capital committed	Explain how leverage changes return and risk

Documentation, conduct, and compliance readiness

Area	What to verify in a scenario	Common weak answer
Product understanding	Client understands rights, obligations, leverage, liquidity, and worst-case outcomes	Assuming disclosure alone makes the trade suitable
Account authorization	Derivatives permissions and account requirements are addressed under current rules and firm policy	Placing the trade first and documenting later
KYC and suitability	Recommendation matches objectives, risk profile, and financial capacity	Focusing only on expected return
KYP and product due diligence	Product terms, risks, complexity, and costs are understood	Treating all derivatives as interchangeable
Risk disclosure	Client receives clear explanation of material risks	Using vague language such as “low risk” for leveraged exposure
Communications	Balanced presentation of benefits and risks	Highlighting premium income while minimizing possible losses
Order handling	Instructions, strategy, quantity, and account details are clear	Ambiguous or unauthorized trading
Supervision	Higher-risk or complex strategies receive appropriate review	Treating complex derivatives like routine cash trades
Conflicts	Compensation, issuer/dealer role, or product incentives are addressed	Ignoring how conflicts may affect recommendation quality
Ongoing monitoring	Margin, expiry, assignment, concentration, and hedge effectiveness are tracked when relevant	Assuming the trade is finished once entered

Common weak areas and traps

Confusing a right with an obligation in options.
Treating an option premium as if it were a refundable deposit.
Forgetting that short options can involve large losses.
Ignoring contract multipliers in profit/loss calculations.
Calculating breakeven with gross premium instead of net premium for spreads.
Forgetting that a covered call still has downside risk in the underlying.
Forgetting that a protective put has a cost and an expiry.
Assuming all hedges eliminate all risk.
Ignoring basis risk, timing mismatch, and quantity mismatch.
Treating margin as the maximum possible loss.
Confusing futures margin with option premium.
Ignoring liquidity risk when a position must be closed quickly.
Confusing exchange clearing with absence of market risk.
Treating OTC customization as automatically better than standardization.
Recommending leverage based only on client return objective.
Failing to document the strategy rationale and client understanding.
Overlooking tax, accounting, or reporting issues when the scenario flags them.
Using “income strategy” language without explaining risk of assignment or downside exposure.
Assuming a client’s sophistication in one product means suitability for all derivatives.
Missing operational issues near expiry, settlement, exercise, or assignment.

Final-week review checklist

Product mechanics

I can explain calls, puts, futures, forwards, and swaps without notes.
I can state the rights and obligations of each party.
I can compare exchange-traded and OTC derivatives.
I can explain settlement, expiry, exercise, assignment, and closing transactions.
I can identify when a product creates leverage.

Calculations

I can calculate option intrinsic value.
I can calculate option breakeven.
I can calculate expiry profit/loss for long and short options.
I can calculate basic spread outcomes using net premium.
I can calculate futures profit/loss using a contract multiplier.
I can estimate hedge size when exposure and contract notional are given.
I can interpret the result, not just compute it.

Suitability and compliance

I can identify missing client information.
I can reject an unsuitable derivatives strategy.
I can explain required risk discussion in plain language.
I can identify misleading communication.
I can spot unauthorized, excessive, or poorly documented trading.
I can distinguish product risk from client suitability risk.
I can explain why supervision matters for complex or leveraged trades.

Scenario practice

I can match common client objectives to appropriate derivatives strategies.
I can identify whether the client is hedging, speculating, or generating income.
I can state the main risk that remains after a hedge.
I can compare two possible strategies and explain why one is better.
I can recognize when “do not trade” is the best answer.

Practical next step

Turn every unchecked item into a short practice task: define the term, work one calculation, and answer one client scenario using the same concept. For final review, prioritize weak areas that combine product mechanics with suitability judgment, because those questions test whether you understand both the derivative and the client context.

Study Plan

Scenario Guide