SCI M8A, Collective Investment Schemes II, is a Singapore College of Insurance examination module designed for new and existing representatives of financial advisers who must demonstrate the knowledge required to advise clients on collective investment schemes, as referenced under MAS Notice FAA-N26. The module concentrates on structured products: what they are, how they are built, the risks they carry, the derivatives inside them, and how structured funds behave across market conditions. This study guide distils the syllabus into 31 substantive concepts spread across the six official content chapters, from product anatomy and documentation through derivatives mechanics to worked case analysis. Each concept includes an original example and a common pitfall so you can test understanding, not just recall definitions. You will also find a staged revision plan, three self-check scenarios with explained answers, and answers to frequently asked questions. Use the guide alongside the official SCI eBook, which is the required study text, and verify administrative details such as fees and scheduling directly with SCI before registering.
Exam and assessment essentials
- Format or assessment
- 50 multiple-choice questions[1]
- Duration
- 1 hour[1]
- Passing grade
- 70 percent; one mark per correct answer, no negative marking for wrong or blank answers[1]
- Examination mode
- Closed-book computer screen examination in English; self-study permitted[1]
- Study materials
- eBook only; no hard copy study texts are issued[1]
- Frequency and resits
- Conducted daily on weekdays; no limit on the number of attempts[1]
- Outcome issued
- Result slip only; no certificate is issued[1]
- CPD recognition
- Passing this module entitles the candidate to 1 CPD hour[1]
- Regulatory context
- Intended for financial adviser representatives needing requisite knowledge on collective investment schemes per MAS Notice FAA-N26; candidates should confirm applicable modules with their compliance department[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.
Introduction to structured products
Explain what makes a product structured, how wrapper and derivative components combine, the objectives such products serve, how they compare with conventional investments, and the governance roles and documentation behind an offering[1]
Risk considerations of structured products
Identify and explain credit, liquidity, currency, early-redemption and complexity risks, and recognise how conflicts of interest can arise in the distribution of structured products[1]
Understanding derivatives
Describe forwards, futures, options, swaps, warrants and barrier features; distinguish exchange-traded from over-the-counter instruments; and analyse payoffs, premiums and value drivers[1]
Introduction to structured funds
Distinguish structured funds from conventional collective investment schemes, explain protection and participation mechanics and their conditions, and link product features to client suitability[1]
Examples of structured funds
Characterise the main structured fund families, including equity-linked, yield-enhancement, currency-linked, commodity-linked and dynamically protected structures, and how each performs under different market conditions[1]
Case studies
Integrate product features, risks and client circumstances to judge suitability and anticipate fund behaviour in varied market scenarios[1]
31 key concepts to understand
- Anatomy of a structured product
- Zero-coupon bond plus option construction
- Product objectives: protection, yield enhancement, participation
- Structured products versus shares and conventional funds
- Documentation stack: prospectus, product highlight sheet and term sheet
- Issuer and counterparty credit risk
- Liquidity and valuation risk
- Currency risk in cross-border structures
- Callable features and early-redemption risk
- Conflicts of interest and distribution incentives
- Forwards versus futures
- Futures mechanics: margin and marking to market
- Call and put options: rights and obligations
- Option premium: intrinsic and time value
- Moneyness and payoff profiles
- Drivers of option value
- Barrier options: knock-in and knock-out
- Warrants as listed options
- Swaps: exchanging cash-flow streams
- Exchange-traded versus over-the-counter derivatives
- Structured funds versus conventional collective investment schemes
- Capital-protected versus capital-guaranteed funds
- Conditions and limits of principal protection
- Participation rate and lock-in features
- Suitability and client risk profiling
- Equity-linked structured funds and autocall behaviour
- Reverse convertible and yield-enhancement structures
- Currency-linked and dual-currency structures
- Constant proportion portfolio insurance funds
- Integrating features and risks in case analysis
- Anticipating performance under varied market conditions
Introduction to structured products
1. Anatomy of a structured product
A structured product is a package that combines a conventional component, typically a deposit or bond-like instrument, with a derivative whose payoff is linked to an underlying such as an index, share, currency or commodity. The derivative reshapes the return profile, producing outcomes like capped gains, conditional protection or enhanced yield that ordinary securities do not offer.[1]
Common mistake: Treating a structured product as one indivisible asset and ignoring that its value is the sum of a financing leg and a derivative leg with separate risk drivers.
Introduction to structured products
2. Zero-coupon bond plus option construction
Many capital-oriented structures are built by investing part of the money in a zero-coupon bond that grows to the protected amount at maturity, and spending the leftover premium on options that provide upside. How much protection and participation are possible depends on interest rates and option prices at launch, which is why identical products can offer different terms in different rate environments.[1]
Common mistake: Assuming protection and participation are independent promises; in reality they trade off against each other within a fixed budget.
Introduction to structured products
3. Product objectives: protection, yield enhancement, participation
Structured products are usually grouped by objective. Capital-protection structures limit downside to a defined amount at maturity. Yield-enhancement structures pay above-market income in exchange for the investor bearing downside exposure to the underlying. Participation structures exchange a fraction of upside for reduced cost or conditional downside limits. Classifying a product by objective helps you map it to a client's goal before examining mechanics.[1]
Common mistake: Reading a product's marketing label, such as 'protected', without confirming the exact conditions under which the promise applies.
Introduction to structured products
4. Structured products versus shares and conventional funds
Direct shares give proportional ownership, dividends and generally continuous market pricing. Conventional unit trusts give diversified exposure managed against a benchmark. Structured products instead deliver rule-based, often asymmetric payoffs with a fixed term, limited or no secondary market, and outcomes that hinge on issuer performance and contractual conditions. Comparing all three on liquidity, transparency, return pattern and term clarifies where structured products genuinely fit a portfolio.[1]
Common mistake: Comparing headline returns only, ignoring that structured products lock capital for a term and may not be redeemable on demand like units in a conventional fund.
Introduction to structured products
5. Documentation stack: prospectus, product highlight sheet and term sheet
Structured offerings are governed by layered documents. The prospectus or offering document contains the legally binding terms, fees and risk disclosures. A product highlight sheet condenses key features and risks for quick reading. A term sheet specifies deal-level parameters such as strike levels, barriers, observation dates and coupon formulas. Advice should rest on the full documentation, since summaries cannot capture every condition that determines payoff.[1]
Common mistake: Relying on marketing summaries and never cross-checking deal parameters in the term sheet or the binding offering document.
Risk considerations of structured products
6. Issuer and counterparty credit risk
Most unsecured structured notes are promises of the issuing bank. If the issuer defaults, holders become unsecured creditors and may recover only part of their investment, regardless of how the underlying performed. Protection features, coupons and guaranteed amounts all depend on the issuer remaining solvent for the product's life. Collateralisation or guarantees from third parties can modify, but rarely eliminate, this exposure.[1]
Common mistake: Assessing only the underlying market risk and overlooking that the strongest possible index outcome cannot overcome an insolvent issuer.
Risk considerations of structured products
7. Liquidity and valuation risk
Structured products are designed to be held to maturity. Secondary markets are typically limited to the issuer or a small group of dealers, and exit prices embed a bid-offer spread and the dealer's remaining-risk margin. Early exit values can therefore be below a naive expectation, especially after market moves or if issuer credit deteriorates. Valuations between fixings are model-based rather than observed from a deep market.[1]
Common mistake: Presenting a structured product as if it can be liquidated at fair value any day, like a listed share or a daily-dealt fund.
Risk considerations of structured products
8. Currency risk in cross-border structures
When a product's underlying, coupon or redemption currency differs from the investor's home currency, exchange-rate movements add an unhedged return component unless the terms state otherwise. An attractive headline coupon in a foreign currency can be erased, or exceeded, by currency moves. This applies to both gains and losses, and it operates independently of the derivative's own payoff.[1]
Common mistake: Quoting the coupon in isolation and ignoring conversion into the client's base currency, which is what the client ultimately spends.
Risk considerations of structured products
9. Callable features and early-redemption risk
Many structures give the issuer, or trigger automatically, the right to redeem early when conditions are met, such as the underlying staying above a level on an observation date. Early redemption typically caps total return at the coupons already paid and forces the investor to reinvest at then-prevailing, possibly lower, rates. The features are valuable to the issuer, which is why they come with richer coupons for the investor.[1]
Common mistake: Framing early redemption as an investor benefit; it usually ends the income stream precisely when the product has performed well.
Risk considerations of structured products
10. Conflicts of interest and distribution incentives
Structured products can carry higher distribution commissions and margin for the arranger and distributor than plain investments, creating a conflict between the incentive to sell and the duty to recommend suitably. Governance frameworks, disclosure obligations and internal controls exist to manage this, but the representative's safeguard is an independent suitability analysis: does the payoff, risk and term genuinely match the client, irrespective of the fee attached?[1]
Common mistake: Assuming a heavily marketed or higher-paying product must be superior, rather than recognising the fee differential as a potential conflict to be managed and disclosed.
Understanding derivatives
11. Forwards versus futures
Forwards are private agreements to buy or sell an asset at a fixed price on a future date, customisable and settled at maturity, but exposed to counterparty default. Futures achieve the same economics on an exchange, with standardised contracts, a clearing house standing between parties, and daily cash settlement of gains and losses through margin. The trade-off is flexibility versus credit safety and liquidity.[1]
Common mistake: Assuming futures and forwards differ only in name; the daily settlement mechanism and clearing-house guarantee materially change credit and cash-flow behaviour.
Understanding derivatives
12. Futures mechanics: margin and marking to market
Trading futures requires posting initial margin, a performance deposit, with gains and losses settled daily against the closing price. If losses reduce the account below a maintenance level, a variation margin call must be met or the position is closed. This machinery keeps default risk minimal but creates funding risk: even a correct long-run hedge can be forcibly exited by interim losses.[1]
Common mistake: Viewing futures as pay-later instruments; margin obligations mean cash demands arise daily, not at expiry.
Understanding derivatives
13. Call and put options: rights and obligations
A call gives the buyer the right, without obligation, to buy the underlying at the strike price; a put gives the right to sell. Buyers pay a premium and their loss is capped at that premium. Writers receive the premium but take on potentially large or, for uncovered calls, theoretically unlimited obligations. Structured products embed both long and short option positions, so both sides of the payoff matter.[1]
Common mistake: Forgetting the writer's asymmetry: a short call's loss grows without limit as the underlying rises, unlike the defined loss of the buyer.
Understanding derivatives
14. Option premium: intrinsic and time value
An option premium splits into intrinsic value, the in-the-money amount realisable by immediate exercise, and time value, the extra paid for possible favourable movement before expiry. Time value reflects the uncertainty the option still has room to exploit and declines toward zero at expiry. For puts, intrinsic value is strike minus underlying when positive. Decomposing premiums lets you judge whether an embedded option is cheap or expensive.[1]
Common mistake: Equating a high premium with high intrinsic value; the extra may be decaying time value that contributes nothing at expiry.
Understanding derivatives
15. Moneyness and payoff profiles
Moneyness describes where the underlying sits relative to the strike: in-the-money means exercise would produce a positive intrinsic value, at-the-money means the strike equals the current level, and out-of-the-money means exercise is currently unprofitable. Payoff diagrams make the position's behaviour visual: long calls and puts have hockey-stick profiles with limited loss, while short positions show limited gain against potentially large losses.[1]
Common mistake: Confusing 'in-the-money' with profitable overall; a position can be in-the-money yet show a net loss once the premium paid is included.
Understanding derivatives
16. Drivers of option value
Option prices respond predictably to several inputs: rising underlying prices raise call values and lower put values; higher expected volatility raises all option values because extremes become more likely; longer time to expiry generally increases value; and higher interest rates modestly favour calls over puts. Within structured products, these relationships explain why terms offered at launch vary with market conditions.[1]
Common mistake: Believing options on 'riskier' underlyings are always worse value for buyers; higher volatility raises option value, which is bad for writers but central to why options exist.
Understanding derivatives
17. Barrier options: knock-in and knock-out
Barrier options activate or terminate when the underlying touches a preset level. A knock-in comes into existence only if the barrier is hit; a knock-out ceases to exist if it is hit. Because they may end worthless or never start, they are cheaper than plain options, which is why structured products use them to cut costs, but they also create path dependence: where the underlying travels matters, not just where it ends.[1]
Common mistake: Evaluating barriers using the ending price only; barrier outcomes depend on the underlying touching the level at any specified observation time during the product's life.
Understanding derivatives
18. Warrants as listed options
Warrants are tradable instruments giving the right to buy, in the case of call warrants, or sell, for put warrants, an underlying at a set strike on the exercise terms stated in the warrant, typically issued in standardised lots and listed for exchange trading. They give retail-sized, leveraged exposure similar to options but are issued by third-party issuers rather than written by another investor, and their prices embed the same intrinsic and time-value logic.[1]
Common mistake: Treating warrant leverage as free; the full premium can be lost if the underlying fails to move favourably before expiry.
Understanding derivatives
19. Swaps: exchanging cash-flow streams
A swap is an agreement to exchange a series of cash flows over time. In a plain interest rate swap, fixed payments are exchanged for floating payments on a notional amount, letting each party obtain the rate structure it prefers. Equity swaps exchange equity-linked returns for a financing rate, and currency swaps exchange obligations in different currencies. Structured funds use swaps to gain exposure to underlyings they cannot hold directly.[1]
Common mistake: Ignoring that swap participants take on each other's performance risk over the swap's life, not just market risk on the underlying.
Understanding derivatives
20. Exchange-traded versus over-the-counter derivatives
Exchange-traded derivatives are standardised, centrally cleared, transparently priced and backed by the margin system, limiting counterparty exposure. Over-the-counter derivatives are privately negotiated, customisable in size, dates and payoff, but carry bilateral counterparty credit risk and less price transparency. Structured products typically embed OTC components precisely because their bespoke payoffs cannot be replicated with standardised exchange contracts.[1]
Common mistake: Assuming customisation is a free benefit; the flexibility of OTC terms is precisely what concentrates counterparty and valuation opacity in structured products.
Introduction to structured funds
21. Structured funds versus conventional collective investment schemes
A conventional fund buys securities and its value tracks a diversified portfolio. A structured fund commits to a predefined payoff formula, typically combining fixed-income instruments, deposits or swaps with derivatives so that returns follow rules such as capped upside, conditional protection or enhanced coupons. The fund wrapper adds manager and custodial arrangements, but the return engine remains contractual rather than purely market-driven.[1]
Common mistake: Comparing structured funds with conventional funds on past returns alone, when the fair comparison is between payoff rules, risks and holding-period requirements.
Introduction to structured funds
22. Capital-protected versus capital-guaranteed funds
A capital-protected fund constructs protection internally, for example by holding instruments that mature at the protected value, so the protection depends on the composition and performance of those assets. A capital-guaranteed fund carries an external promise, usually from a guarantor, to make up any shortfall. The distinction matters because the two fail differently: one through asset underperformance, the other through the guarantor's inability to pay. Note also that in Singapore, the term 'capital protected' and its derivatives have been disallowed in product marketing since September 2009; only products backed by an actual guarantee may use the 'capital guaranteed' label, so the true source of any protection must be confirmed from the offering documents rather than the marketing name.[1]
Common mistake: Using the two labels interchangeably; the source of the promise, and therefore the risk to monitor, is fundamentally different.
Introduction to structured funds
23. Conditions and limits of principal protection
Protection in structured funds is typically conditional: it applies at a specified maturity date, only if the investor holds to that date, and only to a stated percentage of the initial amount. Exiting early generally means receiving market value, which can be below the protected level. Protection also remains exposed to the credit standing of whoever provides the promise, whether issuer, guarantor or the instruments inside the fund.[1]
Common mistake: Communicating protection as an unconditional, any-time guarantee; it is a dated, conditional feature subject to counterparty performance.
Introduction to structured funds
24. Participation rate and lock-in features
The participation rate determines what fraction of the underlying's gain is credited to the investor, so a fund with 70 percent participation captures 7 units of every 10 units of index rise. Some funds add lock-in or averaging mechanisms that fix portions of gains at observation dates or base returns on average levels, reshaping the payoff to smooth volatility or secure interim gains.[1]
Common mistake: Reading headline index performance as the investor's return; participation rates, averaging formulas and caps all reduce or reshape what is actually credited.
Introduction to structured funds
25. Suitability and client risk profiling
Because structured funds exchange upside for defined payoff shapes, suitability hinges on matching the client's risk tolerance, investment horizon, income needs and liquidity requirements to the product's term, conditions and worst-case outcomes. A client must be able to hold to maturity, accept issuer exposure and understand that best-case marketing scenarios are not expected outcomes. Documenting why the payoff structure fits distinguishes advice from product pushing.[1]
Common mistake: Fitting the client to the product by emphasising best-case scenarios instead of testing the client's capacity to bear the product's defined worst case.
Examples of structured funds
26. Equity-linked structured funds and autocall behaviour
Equity-linked funds tie returns to one or more shares or indices, often paying coupons conditional on the underlying staying above a level and redeeming early when conditions are met. If the underlying has fallen significantly at final observation, the investor may bear the full downside or receive delivery of depreciated shares. These funds therefore perform well in flat-to-rising markets and poorly in sustained declines.[1]
Common mistake: Describing such funds as 'income products' without stressing that income is conditional and downside to the underlying can exceed all coupons received.
Examples of structured funds
27. Reverse convertible and yield-enhancement structures
Yield-enhancement structures embed a short put: the investor effectively collects a premium, paid as an enhanced coupon, in exchange for agreeing to buy the underlying at a fixed strike if it falls below that level. Outcomes are attractive when the underlying stays stable or rises, but losses in a falling market can be substantial and are only partially offset by the coupon, which is fixed in advance.[1]
Common mistake: Presenting the enhanced coupon as additional return with no offsetting exposure; the coupon is compensation for taking equity downside below the strike.
Examples of structured funds
28. Currency-linked and dual-currency structures
Dual-currency style structures pay enhanced interest but give the counterparty the right to repay the investor in a different currency at a preset conversion rate. If the market rate moves past that rate, the investor is repaid in the weaker currency and suffers a conversion loss that can exceed the extra interest earned. The investor is effectively writing an option on the exchange rate.[1]
Common mistake: Focusing on the enhanced interest rate and overlooking that repayment currency risk is the true exposure being sold.
Examples of structured funds
29. Constant proportion portfolio insurance funds
CPPI funds do not buy a maturing bond for protection; they trade dynamically, shifting exposure between risky assets and a defensive reserve according to a cushion formula. As the risky asset rises, exposure increases; after falls, exposure is cut to defend the floor. The mechanism depends on the ability to rebalance quickly, so severe gap moves or illiquid markets can breach the intended floor, unlike a held-to-maturity bond floor.[1]
Common mistake: Equating dynamic protection with contractual protection; CPPI is a strategy whose success depends on continuous, executable rebalancing, not a dated guarantee.
Case studies
30. Integrating features and risks in case analysis
Case-style analysis requires combining everything: identify the payoff rule, determine which market scenarios help or hurt, check the protection and early-redemption conditions, note the currency of returns, and test the structure against the client's horizon, liquidity needs and loss tolerance. The disciplined sequence, product mechanics first, client fit second, prevents the common error of starting from the headline coupon or past performance.[1]
Common mistake: Concluding suitability from one favourable attribute, such as protection, without checking every condition, term and risk dimension against the client's circumstances.
Case studies
31. Anticipating performance under varied market conditions
The syllabus emphasises how structured funds perform across market regimes: rising, falling, flat and volatile. Each structure has a home regime where it shines and a hostile regime where it disappoints. Building a simple mental table, structure type versus market scenario, lets you predict qualitative outcomes quickly, which is the analytical skill case questions target rather than memorised product names.[1]
Common mistake: Assuming a product that performed well in one past market condition will behave similarly in a different future regime; payoff rules, not history, determine outcomes.
How to revise for SCI M8A
1. Stage 1: Anchor the six-chapter map
Read the official SCI eBook's table of contents against the six chapters listed on the SCI M8A exam page, then allocate your revision sessions explicitly across chapters 1 to 6 so no domain, especially the shorter case-study chapter, is left uncovered.
2. Stage 2: Build derivatives fluency before product chapters
Master forwards, futures, options, swaps and barrier features first, since chapter 3 underpins chapters 4 and 5. Practise drawing payoff diagrams and decomposing premiums into intrinsic and time value with your own numbers until each takes seconds, not minutes.
3. Stage 3: Memorise the risk taxonomy with paired examples
For chapter 2, create a one-line trigger and consequence for each risk: issuer default, illiquid exit, currency drag, early redemption and conflicts. Pair each with one original product example so recognition in questions is instant rather than reasoned from scratch.
4. Stage 4: Tabulate structured fund families by market regime
For chapters 4 and 5, build a table listing each fund type against rising, falling, flat and volatile markets, plus its protection conditions and typical investor profile. Revise by predicting outcomes from the table, then check your predictions against the eBook's descriptions.
5. Stage 5: Practise case-style integration
For chapter 6, write your own short client scenarios mixing horizon, liquidity and risk tolerance with a named product type, and practise running the sequence: payoff rule, scenario outcomes, conditions, currency, suitability verdict. Aim to complete a verdict in under two minutes.
6. Stage 6: Simulate exam pacing and logistics
The paper is 50 multiple-choice questions in 60 minutes, roughly 70 seconds per question, so run at least two timed 50-question self-tests from the eBook's coverage. Confirm the current exam fee, available daily weekday sittings and eBook version directly with SCI before registering, since these are administered details that can change.
Test your understanding
These original learning scenarios are for revision; they are not official examination questions.
1. A structured note embeds a call option with a strike of 10 on a share currently trading at 10.50. The option's premium is 0.80. Your colleague says the time value is 0.80 because the option still has six months to run. What is the correct split, and what happens to each component at expiry?
Show answer and explanation
Intrinsic value is the in-the-money amount: 10.50 minus the 10 strike, or 0.50. Time value is the remainder of the premium: 0.80 minus 0.50, which is 0.30. The colleague has treated the entire premium as time value. At expiry, time value decays to zero, so the option is worth only its intrinsic value, which depends on where the share then trades relative to the strike.[1]
2. A client invests in a five-year fund advertising 100 percent capital protection at maturity. After two years, markets have fallen and the client must redeem early to fund an emergency expense. The fund's unit price is 8 percent below launch. Is the protection broken, and what should the client have understood at the outset?
Show answer and explanation
The protection is not broken; it never applied. Capital protection in such funds is a conditional, dated feature: the protected amount is delivered only to investors who hold until the specified maturity, and it remains subject to the creditworthiness of the provider of the protection. Early redemption receives prevailing market value, which can be below the invested amount. The client should have matched the five-year lock-up against liquidity needs before investing.[1]
3. A one-year yield-enhancement note pays a 6 percent coupon and references a share with a strike of 20. At maturity the share trades at 16, so the investor receives shares instead of the principal. Measured against 100 units of reference value, what does the investor hold, and does the coupon cover the shortfall?
Show answer and explanation
The investor receives shares worth 80 units per 100 of reference value, a 20 percent capital loss relative to the reference amount. The 6 percent coupon, paid on top, offsets only part of the decline, leaving a net position of about 86 units equivalent. This illustrates the structure's mechanism: the enhanced coupon is compensation for accepting share downside below the strike, not a substitute for it.[1]
Frequently asked questions
Who needs to take the SCI M8A Collective Investment Schemes II exam?
SCI states the module is for new or existing representatives of financial advisers who need to satisfy the MAS knowledge requirement to advise others on collective investment schemes, as referenced in MAS Notice FAA-N26. Because applicable modules can vary with your role and licence type, confirm the exact requirement with your compliance department before registering.[1]
What is the format and passing mark for the M8A exam?
Per SCI's published exam details, M8A consists of 50 multiple-choice questions taken in one hour as a closed-book computer screen examination in English. The passing grade is 70 percent, one mark is awarded per correct answer, and no marks are gained or lost for wrong or blank answers, so there is no penalty for guessing.[1]
What study materials should I use for M8A, and do I get a certificate if I pass?
SCI requires candidates to prepare using the official eBook; hard copy study texts are no longer issued, and content updates are incorporated into the eBook with a version control record at the back. On passing, SCI issues a result slip rather than a certificate, and passing entitles you to 1 CPD hour.[1]
How often is M8A held, and can I retake it if I fail?
SCI schedules the English M8A examination daily on weekdays, with specific dates published in its examination schedule. There is no limit to the number of times a candidate can sit the exam, so a failed attempt does not affect future eligibility. Check current fees and registration steps on SCI's exam fees and registration pages.[1]
Does passing M8A let me advise clients on structured funds immediately, and are there exemptions?
Passing M8A addresses the knowledge examination component referenced in MAS Notice FAA-N26 for advising on collective investment schemes, but it does not by itself confer a licence, designation or authority to advise; overall regulatory and firm-level requirements apply. SCI directs candidates seeking exemptions to the MAS website under MAS Notice FAA-N26 rather than listing exemptions on the exam page.[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.