The CM-SIP module — Capital Markets: Specified Investment Products, Derivatives and Collective Investment Schemes — is a CMFAS product knowledge examination administered by the Institute of Banking and Finance Singapore. It is typically taken alongside a Rules, Ethics and Skills module by individuals dealing in capital markets products such as derivatives, structured products and leveraged foreign exchange, under the licensing pathways published by IBF. This guide distils 30 substantive concepts spanning the official syllabus: derivative fundamentals, futures, forwards and swaps, options, structured warrants and daily leverage certificates, barrier and binary options, structured deposits, notes and funds, contracts for difference, and product risk analysis tested through case studies. Use it as a revision companion, not a replacement for the official IBF study guide: work through one concept cluster per sitting, attempt the self-check scenarios cold, and use the revision stages to structure your final weeks. Where any assessment detail could change, verify against the IBF Portal and your latest study guide before you sit.
Exam and assessment essentials
- Format
- 80 multiple-choice questions, computer based[1]
- Duration
- 2.5 hours[1]
- Pass mark
- 70%[1]
- Results
- Displayed on screen after the exam; result slips printable from the IBF Portal account the next business day[1]
- Study guide access
- Registered candidates receive PDF study guide access via the IBF Portal until their exam date; candidates should use the latest version (CM-SIP study guide updated January 2026, version 1.1)[2]
- Exemptions
- Exemption references are listed in MAS Notice SFA 04-N22; confirm any personal exemption with the administrator[1]
What the syllabus covers
This study map groups the official scope into revision themes. It is not an official chapter list or a prediction of question weightings.
Overview of derivatives
Explain what derivatives are, how their value derives from underlyings, and the purposes of hedging, speculation and arbitrage across exchange-traded and OTC markets[1]
Futures, forwards and swaps
Contrast customised forwards with standardised futures and margining, and describe plain vanilla interest rate swap mechanics[1]
Futures strategies
Size long and short hedges, calculate contract numbers, and explain basis risk and spread trading[1]
Options
Analyse calls and puts, premium composition, the factors driving premiums, payoff asymmetries and basic covered and protective combinations[1]
Structured warrants and daily leverage certificates
Explain leverage, time decay, expiry risk and daily-reset path dependence for exchange-listed structured products[1]
Barrier options, binary options and callable contracts
Describe knock-in and knock-out behaviour, all-or-nothing payoffs and early termination features that truncate or activate payoffs conditionally[1]
Structured deposits and other structured products
Identify the deposit-plus-embedded-derivative construction, conditional returns and issuer dependence[1]
Structured notes
Break down note structures including equity-linked and barrier-linked payoffs and the unsecured issuer credit layer[1]
Structured funds
Explain formula-linked fund payoffs, participation rates, maturity-dated protection conditions and CIS pricing basics[1]
Contracts for differences
Explain CFD margining, leverage, financing costs and the risk that losses exceed margin[1]
Key product and investment risks
Apply leverage, counterparty, issuer, liquidity and volatility risk analysis to derivative and structured products[1]
Case studies
Match product mechanics and worst-case outcomes to investor objectives, horizons and risk tolerance[1]
30 key concepts to understand
- Derivatives and their underlying assets
- Exchange-traded versus OTC derivatives
- Hedging, speculation and arbitrage
- Forward contracts and mutual obligation
- Futures as standardised, margined contracts
- Initial margin, variation margin and calls
- Plain vanilla interest rate swaps
- Long hedges and short hedges
- Hedge ratio and number of contracts
- Basis risk and spread strategies
- Calls, puts, buyers and writers
- Intrinsic value and time value
- Factors driving option premiums
- Option payoff profiles and asymmetry
- Protective put versus covered call
- Exercise styles and early exercise
- Structured warrants: leverage and expiry risk
- Daily leverage certificates and path dependence
- Knock-in and knock-out barrier options
- Binary payoffs and callable features
- Structured deposits and embedded derivatives
- Structured note construction and issuer credit
- Reverse convertibles and autocallable notes
- Structured funds and conditional capital protection
- Collective investment scheme pooling and NAV pricing
- CFD mechanics: margin and leverage
- CFD costs, stop-losses and gapping
- Leverage sizing and volatility exposure
- Counterparty, issuer and liquidity risk in structured products
- Case study method: matching product risk to the client
Overview of derivatives
1. Derivatives and their underlying assets
A derivative is a contract whose value is derived from an underlying such as a share, index, currency, commodity or interest rate. Because the payoff mirrors movements in the underlying, derivatives transfer price risk between parties. Leverage means small underlying moves can produce amplified gains or losses, and the holder typically does not own the underlying itself.[1]
Common mistake: Treating a derivative as an independent asset whose value moves separately from its underlying.
Overview of derivatives
2. Exchange-traded versus OTC derivatives
Exchange-traded derivatives are standardised contracts cleared through a central clearing house, which reduces counterparty risk through margining. OTC derivatives are privately negotiated and customisable in size and terms, but expose each party to the other's credit risk until settlement. Transparency and liquidity also typically differ between the two markets.[1]
Common mistake: Assuming an OTC contract carries no counterparty risk simply because a signed contract exists.
Overview of derivatives
3. Hedging, speculation and arbitrage
Hedgers use derivatives to offset existing exposure and reduce uncertainty. Speculators take directional positions to profit from expected price moves, accepting the risk hedgers shed. Arbitrageurs exploit temporary price inconsistencies between related markets for comparatively low-risk profit, and their activity helps keep prices aligned across markets.[1]
Common mistake: Believing hedging eliminates all risk rather than exchanging spot risk for basis and counterparty risk.
Futures, forwards and swaps
4. Forward contracts and mutual obligation
A forward is a customised OTC agreement to buy or sell an asset at a fixed price on a fixed future date, and both parties are obliged to perform. Terms can be tailored to exact hedging needs, but without daily settlement, gains and losses accrue unnoticed until maturity, building credit exposure between the parties.[1]
Common mistake: Confusing forwards with options: a forward binds both sides, while an option grants a right without any obligation.
Futures, forwards and swaps
5. Futures as standardised, margined contracts
Futures are standardised exchange-traded equivalents of forwards: fixed contract sizes, dates and settlement procedures, transacted through a clearing house. Daily mark-to-market converts gains and losses into daily cash flows through the margin account, sharply limiting credit exposure but requiring active liquidity management. Standardisation trades flexibility for liquidity and price transparency.[1]
Common mistake: Assuming futures profit only when prices rise; a short futures position gains when prices fall.
Futures, forwards and swaps
6. Initial margin, variation margin and calls
Initial margin is a performance deposit posted when the position opens. Positions are revalued daily and losses are debited as variation margin. If account equity falls below the maintenance level, a margin call must be met promptly or the position may be force-closed. Margin levels are set by the clearing house and can rise with volatility.[1]
Common mistake: Viewing margin as the purchase price; it is collateral against leveraged losses that can exceed the margin posted.
Futures, forwards and swaps
7. Plain vanilla interest rate swaps
In a plain vanilla swap, two parties exchange fixed-rate interest for floating-rate interest on a notional principal; the notional itself is not exchanged. Firms use swaps to convert floating borrowings into a fixed cost, or the reverse, to match their views or asset profiles. Cash flows are typically netted each payment period.[1]
Common mistake: Thinking principal changes hands; only interest differences on the notional amount are exchanged.
Futures strategies
8. Long hedges and short hedges
A long hedge uses futures buying to lock a price for a future purchase; a short hedge uses futures selling to protect the value of an existing or planned holding. The hedge works because futures and spot prices are correlated, so a loss on one leg is offset by a gain on the other leg.[1]
Common mistake: Hedging in the same direction as the exposure, which doubles the risk instead of offsetting it.
Futures strategies
9. Hedge ratio and number of contracts
The number of contracts is sized by dividing the value of the exposure, beta-adjusted for equity portfolios, by the value of one futures contract, then rounding. Mismatches in timing, contract specification and correlation leave basis risk, so even a correctly sized hedge remains imperfect and cannot fully immunise the underlying position.[1]
Common mistake: Ignoring beta or the contract's multiplier, which sizes the hedge incorrectly and over- or under-hedges the portfolio.
Futures strategies
10. Basis risk and spread strategies
Basis is the gap between spot and futures prices; it converges toward zero at expiry but fluctuates before then, creating basis risk for hedgers. Spread strategies hold opposing positions in different futures maturities or related contracts, profiting from changes in the price relationship between the legs rather than from outright market direction.[1]
Common mistake: Assuming basis stays constant during the hedge period; it moves, so hedge outcomes remain uncertain until close-out.
Options
11. Calls, puts, buyers and writers
A call gives the buyer the right to buy the underlying at the strike price; a put gives the right to sell. Buyers pay a premium and face limited loss; writers receive the premium but accept potentially large obligations if the option is exercised. This asymmetry between rights and duties defines option risk allocation.[1]
Common mistake: Believing option buyers can lose more than the premium; the buyer's maximum loss is capped at the premium paid.
Options
12. Intrinsic value and time value
Premium equals intrinsic value plus time value. Intrinsic value is the in-the-money amount: for a call, underlying price minus strike when positive; for a put, strike minus price. Time value reflects the chance the option becomes more valuable before expiry, and it decays to zero at expiry, penalising passive holders.[1]
Common mistake: Expecting an option to rise one-for-one with the underlying; only intrinsic value moves directly while time value erodes daily.
Options
13. Factors driving option premiums
Higher underlying prices raise call values and lower put values; higher expected volatility raises both; more time to expiry normally raises both; higher interest rates modestly raise calls and lower puts; expected dividends work the other way. Each direction follows from logic about the payoff's likelihood, so effects can be reasoned out rather than memorised.[1]
Common mistake: Assuming time always helps the buyer; decay accelerates near expiry, so a correct eventual direction can still produce a loss.
Options
14. Option payoff profiles and asymmetry
A long call's loss is capped at the premium with uncapped upside; a long put's loss is capped with upside down to the strike, since the underlying cannot fall below zero. A short call's gain is capped at the premium with uncapped loss potential; a short put's loss is capped at the strike less premium received.[1]
Common mistake: Believing option strategies carry symmetric risk; writing options, especially naked calls, shifts uncapped risk onto the writer.
Options
15. Protective put versus covered call
A protective put combines a long holding with a bought put, setting a value floor while keeping upside, at the cost of the premium. A covered call combines the holding with a written call, generating premium income but capping upside above the strike. Both are trade-offs between insurance and income on the same shareholding.[1]
Common mistake: Describing a covered call as fully safe; the underlying can still fall sharply, with the premium only a small cushion.
Options
16. Exercise styles and early exercise
American-style options permit exercise at any time up to expiry; European-style options only at expiry. Early exercise can be worthwhile for certain in-the-money positions, mainly to capture dividends, but selling the option is usually better because exercise forfeits remaining time value. Settlement may involve physical delivery of the underlying or cash.[1]
Common mistake: Assuming early exercise is optimal whenever an option is in the money; selling usually captures more value by retaining time value.
Structured warrants and daily leverage certificates
17. Structured warrants: leverage and expiry risk
Structured warrants are exchange-listed, time-limited options issued by a third party rather than the company underlying them. They offer leverage: a small premium controls exposure to the underlying, so percentage swings in the warrant exceed those in the share. If the underlying does not move favourably before expiry, the warrant can expire worthless.[1]
Common mistake: Treating warrants as long-term share substitutes; time decay means a sideways market loses money even without a price fall.
Structured warrants and daily leverage certificates
18. Daily leverage certificates and path dependence
Daily leverage certificates seek a fixed multiple, hypothetically 2x or -2x, of an underlying's daily return, resetting every day. Compounding of daily returns means longer-run results can deviate markedly from the multiple of the period return, especially in volatile sideways markets, and severe adverse moves can wipe out the holder's entire investment.[1]
Common mistake: Assuming a 2x certificate returns twice the underlying's multi-day return; daily resetting makes holding-period returns path-dependent.
Barrier options, binary options and callable contracts
19. Knock-in and knock-out barrier options
A barrier option's payoff depends on whether the underlying touches a preset level. Knock-out options terminate worthless if the barrier is hit; knock-in options become active only if it is hit. Because activation or termination is conditional, barriers are cheaper than comparable vanilla options, but holders can lose value abruptly as the barrier nears.[1]
Common mistake: Valuing a barrier like a vanilla option; proximity to the barrier can slash its value sharply as the level approaches.
Barrier options, binary options and callable contracts
20. Binary payoffs and callable features
Binary options pay a fixed amount or nothing, depending on a yes-or-no condition at expiry, so returns are all-or-nothing rather than proportional to the underlying's move. Callable contracts give the issuer a right to terminate the instrument early when conditions are met, truncating the holder's potential remaining gains. Both create discontinuous, condition-dependent outcomes.[1]
Common mistake: Reading a near-miss condition as almost a win; the payoff is binary, so finishing one point short pays nothing.
Structured deposits and other structured products
21. Structured deposits and embedded derivatives
A structured deposit combines a deposit with one or more embedded derivatives, linking returns to an underlying such as an index, currency or basket. Where principal protection is offered, it is a contractual promise of the issuing institution, not an absolute guarantee, and depends on the issuer's ability to pay; early termination may reduce the amount received.[1]
Common mistake: Assuming the word deposit means fully safe and liquid; returns are conditional and early exit can reduce proceeds.
Structured notes
22. Structured note construction and issuer credit
A structured note is a debt instrument whose return is modified by an embedded derivative, often built from a bond-like component plus options or swaps. The note is an unsecured obligation of the issuer: if the issuer defaults, even a capital-protected structure can suffer losses. Caps, participation rates and contingencies are defined in the term sheet.[1]
Common mistake: Judging a note solely by its payoff diagram while ignoring the issuer's creditworthiness as a separate layer of risk.
Structured notes
23. Reverse convertibles and autocallable notes
A reverse convertible, or equity-linked note, pays an enhanced coupon but requires the investor to receive shares, or cash below par, if the underlying falls below a strike at valuation; economically the investor has sold a put. Autocallable notes terminate early when the underlying reaches a call level, ending future coupons, and knock-out barriers can convert the payoff into a loss.[1]
Common mistake: Viewing high coupons as free yield; the coupon compensates for an embedded short-put exposure to the underlying.
Structured funds
24. Structured funds and conditional capital protection
A structured fund is a collective investment scheme whose returns follow a formula, often offering capital protection at a specified maturity date plus a participation rate in the underlying's gains. Protection usually applies only if units are held to that date and depends on the protection provider's standing; early redemption typically forfeits it entirely.[1]
Common mistake: Assuming capital protection applies at any time; it generally operates only at the specified maturity date and subject to the provider's ability to pay.
Structured funds
25. Collective investment scheme pooling and NAV pricing
Collective investment schemes pool investors' money into a professionally managed portfolio, with investors holding units valued at net asset value per unit after fees. Key distinctions include open-ended formats, where units are created and cancelled at NAV, versus exchange-traded formats, and the layers of sales, management and other charges that reduce net returns over time.[1]
Common mistake: Comparing funds on headline returns without checking fee layers and how NAV pricing treats entry and exit costs.
Contracts for differences (CFDs)
26. CFD mechanics: margin and leverage
A contract for difference is a leveraged agreement to exchange the difference between the opening and closing price of an underlying, without owning it. Positions are margined, so exposure is a multiple of capital committed. Profits and losses mirror the underlying's full price movement, and long positions typically incur daily financing charges while held.[1]
Common mistake: Equating the margin paid with the maximum possible loss; losses are based on full exposure and can exceed the margin deposited.
Contracts for differences (CFDs)
27. CFD costs, stop-losses and gapping
CFD risks include leverage magnifying losses, price gaps carrying execution through stop-loss levels so exits occur worse than the trigger, financing charges eroding positions held over time, provider counterparty risk, and currency exposure on foreign underlyings. Stop-loss orders reduce but do not guarantee exit prices, particularly in fast-moving or illiquid markets.[1]
Common mistake: Assuming a stop-loss caps the loss at exactly the trigger price; gapping means fills can be materially worse.
Key product and investment risks
28. Leverage sizing and volatility exposure
Leveraged products convert modest underlying moves into large percentage swings in the investor's capital. Volatile underlyings raise the probability of margin calls, knock-outs or forced exits at unfavourable moments. Position sizing should reflect total exposure, not cash committed, and concentrating capital in one leveraged position compounds the damage when the move goes against the holder.[1]
Common mistake: Sizing positions by cash outlay rather than total exposure, unintentionally overweighting the portfolio's overall risk.
Key product and investment risks
29. Counterparty, issuer and liquidity risk in structured products
Structured products and OTC instruments are claims on a counterparty or issuer; credit deterioration or default can cut value regardless of how the underlying behaves. Many structured items also trade thinly, so exit before maturity depends on the issuer's indicative prices, and secondary market values can sit well below any model-based fair value.[1]
Common mistake: Treating an early indicative value as a guaranteed exit price rather than an issuer's unilateral quote.
Case studies
30. Case study method: matching product risk to the client
Case study questions test whether product mechanics fit investor circumstances: objective, time horizon, risk tolerance, liquidity needs and capacity to absorb the worst-case outcome. A sound analysis identifies each product's key risk, such as expiry, barrier, leverage or issuer dependence, and judges suitability from that, rather than from headline returns or protection labels.[1]
Common mistake: Recommending from headline features such as coupon size or the word protection without checking the worst-case scenario for that specific client.
How to revise for CM-SIP
1. Anchor to the official study guide
Register via the IBF Portal to access the PDF study guide, which expires on your exam date, and confirm you hold the latest version (CM-SIP updated January 2026). Map this guide's 30 concepts against the 12 official syllabus domains and flag any domain your materials under-cover.
2. Master the derivatives core first
Work through forwards, futures, swaps and options before touching structured products, since structured instruments are combinations of these building blocks. Practise drawing payoff diagrams from memory for long and short calls and puts until each is automatic.
3. Interrogate structured product term sheets
For structured deposits, notes, warrants, DLCs, barriers and autocallables, write out for each structure: what activates or terminates the payoff, who owes you the payoff, and what happens if you exit early. This three-question habit covers most case-study traps.
4. Drill the calculations under time pressure
Rehearse hedge ratio sizing, margin calls, intrinsic and time value splits, payoff breakevens and CFD percentage-loss arithmetic. Use clearly hypothetical numbers as done here, verify every answer by hand, and aim to complete each calculation type in under a minute.
5. Consolidate risks and run case studies
Build a one-page matrix of the key risks (leverage, issuer, counterparty, liquidity, path dependence) against each product. Then write your own client-profile scenarios, as in the self-check section, and practise identifying the single decisive mismatch in each.
6. Final week: simulate and verify logistics
Sit at least two timed self-tests covering all 12 domains. Re-read your weakest concept cluster, then confirm exam-day logistics, result collection and any exemption questions directly through the IBF Portal and MAS Notice SFA 04-N22 rather than secondary sources.
Test your understanding
These original learning scenarios are for revision; they are not official examination questions.
1. An investor holds shares bought at S$20 and writes S$22 calls for a S$1 premium (hypothetical). At expiry the stock trades at S$30. What is the outcome, and what trade-off does it illustrate?
Show answer and explanation
The calls are exercised, so the shares are called away at S$22; total proceeds are S$23 per share including the premium, versus the S$30 market value. The strategy generated income and a small cushion but capped the upside. Downside from holding the shares remains, except for the S$1 premium received.[1]
2. A client holds a 2x daily leverage certificate for three months in a choppy market, and the underlying ends the period roughly where it began. Should the client expect to break even?
Show answer and explanation
No. Because the certificate resets daily, each day's leveraged return compounds, and a volatile sideways path produces decay: the ending value typically sits below the starting value even though the underlying is flat. This is why daily-leveraged products suit short-term trading rather than buy-and-hold positions.[1]
3. A manager must hedge a S$4.5 million portfolio with beta 1.25 using index futures quoted at S$150,000 per contract. How many contracts should be sold, and what residual risk remains?
Show answer and explanation
The position count is (4,500,000 x 1.25) / 150,000 = 37.5, so 37 short contracts after rounding down, which avoids over-hedging (a surplus of contracts would add new directional exposure; some practitioners instead round to the nearest whole contract). The hedge is not perfect either way: basis between spot and futures, beta estimation error and timing mismatches leave basis risk, so the hedge reduces exposure but does not fully immunise the portfolio.[1]
Frequently asked questions
What is the format of the CM-SIP exam?
Per IBF's published examination details, CM-SIP is a computer-based paper of 80 multiple-choice questions over 2.5 hours with a 70% pass mark. Results appear on screen after the exam, and result slips can be printed from the IBF Portal account the next business day.[1]
Who needs to take CM-SIP, and do I also need a RES module?
Under IBF's published pathways, CM-SIP is the product knowledge module for individuals dealing in capital markets products such as exchange-traded and OTC derivatives, spot foreign exchange for leveraged foreign exchange trading, and securities or units in collective investment schemes. It is taken together with a Rules, Ethics and Skills module such as RES 2A, RES 2B or RES 12B (with add-on modules for exchange members) depending on your role; confirm your required combination with your firm and the administrator.[1]
Are there any exemptions from the CM-SIP exam?
IBF directs exemption queries to MAS Notice SFA 04-N22, which lists the exemptions for the CM-SIP exam. Do not rely on secondary summaries; check the notice yourself or confirm your situation with IBF before registering.[1]
How do I get the official CM-SIP study guide?
Candidates who successfully register for the examination receive access to a PDF version of the study guide through their IBF Portal account, and access expires on the exam date. IBF updates study guides periodically, so ensure you are studying the latest version before you sit.[2]
Does passing CM-SIP give me a licence to deal or advise?
No. Passing the relevant CMFAS modules is a step in the licensing process. After completing the required modules, candidates must lodge a notification with the Monetary Authority of Singapore before carrying out regulated activities. The exam result alone confers no licence or professional designation.[1]
Official sources and review notes
Public IBF and SCI sources were checked on 16 September 2026 for syllabus scope and assessment details, with additional primary references where listed. References identify the relevant syllabus or subject source; explanations and examples are original teaching material. This guide selects important concepts and does not replace the full official study text. Confirm the applicable edition and any updates with the administrator before your assessment.