This guide is written for private banking professionals preparing for CACS Paper 2 (Industry & Product Knowledge), the assessment under the Client Adviser Competency Standards administered by the Institute of Banking and Finance Singapore (IBF). It applies to Covered Persons in client-facing roles who advise accredited investors, as referenced in the Private Banking Code of Conduct by the Association of Banks of Singapore. Paper 2 tests applied product and market knowledge across ten domains: macroeconomic analysis, portfolio management and performance measurement, foreign exchange, fixed income, equities, funds, alternative investments, derivatives, structured products, and credit and leverage. This is a study guide for the assessment, not a substitute for the official study guide. Use it by working through the 30 concepts domain by domain, testing yourself with the scenarios, and then confirming administrative details directly with IBF before booking. Each concept carries a source ID linking it to the official syllabus evidence, so you can trace every topic back to its authoritative origin.
Exam and assessment essentials
- Assessment body and context
- IBF administers the CACS Assessment, which applies to private banking professionals (Covered Persons) in client-facing roles providing financial advisory services to accredited investors[1]
- Paper 2 format
- 80 multiple-choice questions, computer based[1]
- Duration
- 2.5 hours[1]
- Pass mark
- 70%[1]
- Results
- Results are displayed on screen after the exam; result slips can be printed from the IBF Portal account the next working day[1]
- Fee (inclusive of GST)
- S$446.90 for Corporate Members; S$534.10 for Non-Corporate Members[1]
- Exemption
- From 1 January 2019, CFA Charterholders are exempted from CACS Paper 2[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.
Macroeconomic Analysis and Key Drivers of Asset Prices
Link monetary policy, inflation, growth and business cycle conditions to expected returns across bond, equity and currency markets[1]
Portfolio Management Process and Performance Measurement
Explain the planning-to-review investment process, apply diversification principles, and evaluate performance using risk-adjusted measures and benchmarks[1]
Foreign Exchange Analysis
Read currency quotations correctly, analyse drivers of exchange rates, and apply parity relationships to unhedged and hedged positions[1]
Fixed Income Analysis and Strategies
Compute price sensitivity using duration and convexity, interpret yield curve shapes, and assess credit risk through ratings and spreads[1]
Equity Analysis and Strategies
Apply valuation models and ratios, distinguish investing styles and strategies, and understand the limits of each analytical approach[1]
Funds Solutions
Compare fund structures, pricing and fee mechanics, and match fund types to client objectives and risk profiles[1]
Alternative Investments
Describe the characteristics, return drivers, liquidity constraints and risks of hedge funds, private equity, real assets and commodities[1]
Derivatives Market
Explain forwards, futures, options and swaps, their payoffs, pricing logic and practical uses and risks in portfolio management[1]
Structured Products
Decompose structured notes into components, explain payoff conditions such as barriers and autocalls, and identify capital-at-risk scenarios[1]
Credit and Leverage
Explain margin mechanics, forced liquidation, counterparty exposure and liquidity risk in leveraged and credit-intensive strategies[1]
30 key concepts to understand
- Interest rates as the base driver of asset prices
- Real versus nominal returns under inflation
- Business cycle positioning of asset classes
- Strategic asset allocation as the primary portfolio decision
- Systematic versus unsystematic risk in diversification
- Risk-adjusted performance: Sharpe ratio and alpha
- Currency quotation conventions and appreciation logic
- Interest rate differentials and the carry trade
- Purchasing power parity and long-run currency value
- Duration as interest rate risk
- Yield curve shapes and their economic signal
- Credit ratings, spreads and the risk-return trade-off
- Dividend discount model mechanics
- Relative valuation ratios and their comparability limits
- Fundamental versus technical analysis
- Unit trusts, fund vehicles and NAV pricing
- Fund fees: TER and its compounding impact
- Active versus passive and matching fund to objective
- Hedge fund strategies and their risk profiles
- Private equity: the J-curve and illiquidity
- Real assets and commodities as inflation-sensitive exposures
- Forward and futures contracts: obligations and uses
- Option payoffs, intrinsic value and time value
- Swaps: exchanging cash flow streams
- Decomposing structured products into building blocks
- Barriers, autocalls and path-dependence
- Capital protection is conditional, not guaranteed
- Margin, gearing and forced liquidation
- Counterparty credit risk in derivatives and lending
- Liquidity risk across products and stress conditions
Macroeconomic Analysis and Key Drivers of Asset Prices
1. Interest rates as the base driver of asset prices
Policy interest rates anchor discount rates across all assets. Higher rates lower the present value of future cash flows, pressuring long-duration bonds and valuation-sensitive equities, while lower rates do the reverse. Transmission is uneven: banks, exporters, rate-sensitive sectors and currencies respond differently depending on the economy's structure and the reason rates are moving.[1]
Common mistake: Treating all equities as uniformly rate-sensitive when growth stocks with distant cash flows are typically more affected than near-cash-flow value stocks.
Macroeconomic Analysis and Key Drivers of Asset Prices
2. Real versus nominal returns under inflation
Inflation erodes purchasing power, so the real return approximates the nominal return minus expected inflation. Unexpected inflation hurts fixed-rate bondholders whose coupons cannot adjust, while assets with pricing power or inflation-linked cash flows, such as equities of strong franchises or inflation-linked bonds, cope better. Asset allocation decisions should be framed in real-return terms for long-horizon clients.[1]
Common mistake: Quoting nominal yields to long-horizon clients as if they represent real wealth accumulation, ignoring inflation's compounding drag.
Macroeconomic Analysis and Key Drivers of Asset Prices
3. Business cycle positioning of asset classes
Growth phases favour cyclical equities, credit and commodities; contractions favour high-quality bonds and defensive sectors. Leading, coincident and lagging indicators move at different points in the cycle, so analysts combine them rather than relying on one signal. Cycle timing is inherently uncertain, which is why strategic asset allocation dominates tactical calls for most private banking mandates.[1]
Common mistake: Assuming a fixed sequence of asset performance in every cycle; the order and magnitude of rotations vary and no mechanical rule guarantees results.
Portfolio Management Process and Performance Measurement
4. Strategic asset allocation as the primary portfolio decision
The portfolio management process runs from understanding the client's objectives and constraints, through an investment policy statement, to implementation, monitoring and rebalancing. Long-run differences in portfolio outcomes are driven largely by the mix between asset classes rather than individual security selection, which is why the policy allocation is treated as the central decision for private clients.[1]
Common mistake: Confusing tactical market views with the strategic policy mix, so that short-term shifts permanently change the client's risk profile without documented approval.
Portfolio Management Process and Performance Measurement
5. Systematic versus unsystematic risk in diversification
Diversification reduces unsystematic (security-specific) risk because poor individual outcomes can offset across holdings. It cannot remove systematic risk, such as interest rate, recession or geopolitical risk, which affects all assets to some degree. Correlation matters: adding assets correlated with existing holdings adds little diversification, and correlations tend to rise in stress periods exactly when diversification is most wanted.[1]
Common mistake: Claiming a diversified portfolio cannot lose value, when in crisis conditions correlations converge and broad drawdowns occur.
Portfolio Management Process and Performance Measurement
6. Risk-adjusted performance: Sharpe ratio and alpha
Raw returns are meaningless without risk context. The Sharpe ratio measures excess return per unit of total volatility, while alpha measures return relative to what a benchmark or factor exposure would predict. Higher-return funds can be inferior on a risk-adjusted basis. Measures also have limits: Sharpe penalises upside volatility equally with downside, and alpha depends on the chosen benchmark being appropriate.[1]
Common mistake: Ranking funds solely on raw or trailing-period returns without adjusting for volatility or checking that the benchmark matches the fund's actual mandate.
Foreign Exchange Analysis
7. Currency quotation conventions and appreciation logic
FX quotes follow base/term conventions: EUR/USD at 1.0800 means one euro costs 1.08 US dollars. A rise means the base currency strengthens and the term currency weakens. Cross rates derive from two quoted pairs. For a Singapore-based client, gains in a foreign asset can be amplified or erased by the currency move, so the unhedged return equals the local return plus or minus the exchange rate change.[1]
Common mistake: Reversing the direction of appreciation: a rising EUR/USD quote means the euro strengthens, not weakens, against the term (quote) currency, i.e. the US dollar in EUR/USD.
Foreign Exchange Analysis
8. Interest rate differentials and the carry trade
Currencies with higher interest rates tend to trade at forward discounts against lower-rate currencies, reflecting interest rate parity. Uncovered carry strategies borrow low-rate currencies to buy high-rate currencies, earning the differential if exchange rates stay stable. The risk is sharp adverse currency moves, which historically occur abruptly and can wipe out accumulated carry, a pattern known as crash risk in carry trades.[1]
Common mistake: Treating carry income as risk-free when the strategy embeds short-volatility exposure to sudden currency dislocations.
Foreign Exchange Analysis
9. Purchasing power parity and long-run currency value
Purchasing power parity says identical goods should cost the same across countries after exchange rate conversion, implying high-inflation currencies should depreciate over time. PPP is a long-run anchor, not a timing tool: currencies can deviate for years due to capital flows, trade balances, interest differentials and risk sentiment. Analysts use it to judge whether a currency looks cheap or expensive, not to predict short moves.[1]
Common mistake: Using PPP deviations as a short-term trading signal when the relationship only loosely holds over long horizons.
Fixed Income Analysis and Strategies
10. Duration as interest rate risk
Modified duration approximates the percentage price change of a bond for a 1 percentage point change in yield; convexity refines this for larger moves. Duration rises with longer maturity, lower coupons and lower yields. Portfolio duration can be managed actively: shortening duration defends against rate rises, lengthening positions benefit from cuts. Duration is an approximation that weakens for big yield shifts and ignores credit spread changes.[1]
Common mistake: Applying a single duration figure as if exact for large rate moves, ignoring convexity and treating credit spread widening as identical to risk-free rate rises.
Fixed Income Analysis and Strategies
11. Yield curve shapes and their economic signal
A normal upward-sloping curve reflects higher compensation for longer maturities. A flat curve suggests expectations of slower growth or tighter policy; an inverted curve, where short yields exceed long yields, has historically preceded economic slowdowns. Steepening can occur when long rates rise faster or short rates fall. Curve views drive strategies such as riding the curve or barbell versus bullet positioning, each with distinct risk profiles.[1]
Common mistake: Reading an inverted curve as a guaranteed recession date; it is a probabilistic signal with variable lead times and false positives.
Fixed Income Analysis and Strategies
12. Credit ratings, spreads and the risk-return trade-off
Credit ratings summarise default probability and recovery prospects; investment-grade and high-yield categories carry different risk profiles. Credit spread is the extra yield over a comparable risk-free bond, compensating for default, downgrade and liquidity risk. Spreads widen in risk-off conditions, causing price losses beyond rate moves. Ratings are opinions that lag events, so spread levels and trends add forward-looking information.[1]
Common mistake: Chasing yield without recognising that high spreads price in real default risk, and that spread widening is a distinct loss channel from interest rate moves.
Equity Analysis and Strategies
13. Dividend discount model mechanics
The dividend discount model values a stock as the present value of expected future dividends. In the Gordon growth form, value equals next year's dividend divided by the difference between required return and the perpetual growth rate. It suits mature, stable-payout companies. Small changes in the growth or discount assumptions swing the valuation dramatically, and the model breaks down when growth meets or exceeds the required return.[1]
Common mistake: Assuming dividends grow forever at a rate above the required return, which produces a mathematically meaningless negative or infinite value.
Equity Analysis and Strategies
14. Relative valuation ratios and their comparability limits
Price-to-earnings, price-to-book and price-to-sales ratios compare price to fundamentals, but meaning depends on context. P/E is distorted by cyclical or one-off earnings; P/B suits financials but not asset-light firms; P/S ignores profitability entirely. Comparisons are only valid across similar industries, accounting regimes and growth profiles, and high ratios may reflect quality rather than overvaluation.[1]
Common mistake: Screening purely for the lowest P/E across unrelated sectors, which systematically selects structurally cheap or cyclically overheated earnings rather than genuine value.
Equity Analysis and Strategies
15. Fundamental versus technical analysis
Fundamental analysis estimates intrinsic value from earnings, cash flows, balance sheets and competitive position; technical analysis studies price and volume patterns to gauge supply and demand. They answer different questions: what the business is worth versus what market action implies about sentiment and momentum. Most institutional processes blend them, and neither reliably predicts short-term moves, particularly in informationally efficient markets.[1]
Common mistake: Assuming a strong fundamental case guarantees near-term price appreciation; sentiment and flows can keep prices mispriced for extended periods.
Funds Solutions
16. Unit trusts, fund vehicles and NAV pricing
Open-ended funds issue and redeem units at net asset value, computed as total assets minus liabilities divided by units outstanding. Closed-end funds trade at market prices that can deviate from NAV at premium or discount. NAV-based pricing protects exiting investors from other investors' trades, unlike pooled market-priced vehicles. Understanding the pricing mechanism clarifies liquidity, dealing cut-off times and how transaction costs affect returns.[1]
Common mistake: Assuming open-ended fund units always transact at the moment of order placement; dealing occurs at the next forward pricing point, so final price is uncertain.
Funds Solutions
17. Fund fees: TER and its compounding impact
The total expense ratio captures annual management, trustee, administration and other operating costs deducted from fund assets, separate from sales charges. Fees compound: a 1% annual drag on a portfolio is substantial over decades. Passive index funds typically carry lower expense ratios because they replicate rather than research, so the active-versus-passive decision should weigh expected value added against this persistent cost difference.[1]
Common mistake: Evaluating funds on performance before fees or ignoring that past gross outperformance may vanish entirely after the fee load.
Funds Solutions
18. Active versus passive and matching fund to objective
Active funds aim to beat a benchmark through selection and timing; passive funds replicate an index at low cost. Neither dominates universally, and outcomes vary by market efficiency and asset class. The right fund solution also depends on the client's goal: capital growth, income, capital preservation or specific thematic exposure. Style drift, where a fund strays from its stated mandate, undermines the asset allocation the fund was chosen to implement.[1]
Common mistake: Selecting funds on recent league-table rank alone, which encourages buying styles at their peak and ignores mandate fit with the client's allocation.
Alternative Investments
19. Hedge fund strategies and their risk profiles
Hedge funds span long-short equity, global macro, event-driven, relative value and managed futures styles, each with distinct market exposures. Market-neutral or relative-value strategies still carry leverage, liquidity and model risks rather than being riskless. Fee structures historically include performance-based components, which align incentives but can encourage risk-taking. Valuation of less liquid positions is a recurring transparency concern.[1]
Common mistake: Equating 'hedged' with 'low risk'; many hedge fund losses come from leverage, crowded exits and illiquid holdings rather than directional bets.
Alternative Investments
20. Private equity: the J-curve and illiquidity
Private equity invests in unlisted companies through buyout or venture strategies, targeting value creation over multi-year holding periods. Early years typically show negative returns as fees and initial costs precede value realisation, the J-curve pattern. Positions cannot be readily sold, so investors need genuine long horizons and liquidity reserves. Reported returns rely on valuations rather than market prices, complicating comparison with listed assets.[1]
Common mistake: Promising accredited investors exit flexibility that the asset class does not offer, or comparing private equity valuations directly with daily-marked public fund returns.
Alternative Investments
21. Real assets and commodities as inflation-sensitive exposures
Real estate, infrastructure and commodities derive value from physical assets or raw materials, giving them partial inflation sensitivity and low correlation to financial assets in some regimes. Real estate returns combine rental income and capital values; commodities generate no income and are driven by supply-demand balances, storage costs and cycle timing. REIT-style vehicles add listed liquidity but also equity market beta, diluting the diversification benefit.[1]
Common mistake: Assuming listed real assets diversify equity risk purely because the underlying asset is physical, when the listing itself transmits equity market volatility.
Derivatives Market
22. Forward and futures contracts: obligations and uses
Forwards are customised bilateral agreements to exchange an asset at a fixed price on a future date, carrying counterparty credit risk. Futures are exchange-traded, standardised, margined daily and centrally cleared, sharply reducing counterparty exposure. Both create obligations for both sides. Common uses include hedging currency or index exposure and gaining synthetic market exposure with capital efficiency, at the cost of daily margin calls and basis risk when hedges are imperfect.[1]
Common mistake: Forgetting that both parties to a forward or future are obligated to perform; unlike options, there is no right to walk away regardless of market direction.
Derivatives Market
23. Option payoffs, intrinsic value and time value
Calls give the right, not obligation, to buy at the strike; puts give the right to sell. Buyers risk only the premium; sellers face potentially large losses, especially when writing uncovered calls. An option's price comprises intrinsic value (payoff if exercised now) plus time value, which decays toward expiry. Volatility raises option prices for both calls and puts because greater movement increases the chance of finishing in the money.[1]
Common mistake: Selling naked options believing premiums are easy income, ignoring that uncovered call selling exposes the seller to unlimited upside loss on the underlying.
Derivatives Market
24. Swaps: exchanging cash flow streams
A plain vanilla interest rate swap exchanges fixed-rate payments for floating-rate payments on a notional principal, letting parties transform their rate exposure without refinancing. Currency swaps exchange both interest and principal in different currencies. Swaps are over-the-counter, customised and carry counterparty risk, though clearing is now common for standardised contracts. Mark-to-market values move as expectations of future rates change over the swap's life.[1]
Common mistake: Thinking swaps require exchange of the full notional principal in interest rate swaps; only net interest differences are exchanged, with notional serving as a calculation base.
Structured Products
25. Decomposing structured products into building blocks
Most structured notes combine a bond component with embedded derivatives, such as options on an index, currency pair or basket. Decomposing the payoff into these parts reveals where returns come from and what risks are embedded. The issuer's credit standing matters because the note is a claim on the issuer, not on the underlying assets. Understanding the decomposition lets advisers explain payoff scenarios and worst cases concretely.[1]
Common mistake: Presenting the headline yield without explaining the embedded short option position that finances it, leaving clients unaware of the scenario that produces losses.
Structured Products
26. Barriers, autocalls and path-dependence
Many notes include knock-in barriers, where the underlying breaching a level activates capital-at-risk losses, and autocall features, which terminate the note early if the underlying is at or above a level on observation dates. Outcomes are path-dependent: the sequence of prices matters, not just the final level. Losses can be amplified by leverage factors, and early autocall may return principal but deprive the client of expected future coupons.[1]
Common mistake: Explaining only the best-case coupon scenario and omitting that a single breach of the barrier changes the entire loss profile for the remaining term.
Structured Products
27. Capital protection is conditional, not guaranteed
Notes described as capital-protected protect principal only within the issuer's contractual ability to pay and only if specified conditions, such as no early exit, are met. Secondary market exits before maturity can realise less than the protected amount because the embedded option value fluctuates. Issuer default risk is separate from market risk. Products with capital-at-risk features offer no protection at all once barrier conditions are triggered.[1]
Common mistake: Describing capital-protected notes to clients as equivalent to deposits, ignoring issuer credit risk and the loss of protection on early redemption.
Credit and Leverage
28. Margin, gearing and forced liquidation
Leverage via margin borrowing amplifies both gains and losses relative to invested capital. Margin requirements specify the minimum equity proportion; falls in portfolio value below the maintenance level trigger margin calls requiring top-up or forced sale of holdings, potentially at the worst prices. Leverage also raises sensitivity to interest costs on borrowed funds and to volatility, since larger swings reach call thresholds sooner.[1]
Common mistake: Communicating only the enhanced return in rising markets without modelling the equity percentage losses and liquidation points in a decline.
Credit and Leverage
29. Counterparty credit risk in derivatives and lending
Counterparty credit risk is the risk of loss if the other party defaults while a contract has positive value to you. Your exposure generally increases when the contract moves in your favour, subject to collateral and enforceable netting. Collateral, netting and central clearing can reduce or change exposure but do not eliminate all risk. When exposure increases at the same time as the counterparty becomes less creditworthy, this is wrong-way risk.[1][3]
Common mistake: Treating all derivative exposures as equally safe because the product is standard, when collateral status and clearing arrangements drive the actual credit exposure.
Credit and Leverage
30. Liquidity risk across products and stress conditions
Liquidity risk appears at three levels: an asset's marketability, a fund's redemption terms and a client's ability to meet obligations. Products with sparse secondary markets, such as some structured notes and private investments, may only be exitable at significant discounts. In stress, bid-offer spreads widen and market depth thins, so instruments normally tradeable become costly to exit. Matching product liquidity to the client's cash-flow needs is a core suitability control.[1]
Common mistake: Judging liquidity by normal market conditions; risk assessments must reflect stressed markets, when exits are most likely to be needed and most expensive.
How to revise for CACS P2
1. Stage 1: Map the official syllabus to your materials
Log into the IBF Portal to confirm you have the latest CACS Paper 2 study guide (the official source shows it was updated to v1.3 in Dec 2025; access expires on your exam day). List the ten official domains from the IBF exam details page and tick which sections of your study guide cover each, flagging any gaps before you begin content revision.
2. Stage 2: Build quantitative fluency first
Drill the calculation-based mechanics that recur across domains: modified duration and convexity approximations, Gordon growth valuation, Sharpe ratios, FX cross-rate conversions, option intrinsic versus time value, and margin call arithmetic. Practise each until you can compute under time pressure, since these underpin multiple domains and are the most reliably self-checkable skills.
3. Stage 3: Work domain by domain with mechanism notes
For each of the ten domains, write a one-page summary in your own words focused on mechanisms rather than definitions: why duration measures risk, why autocalls are path-dependent, why carry trades crash. Explaining the causal chain is what distinguishes exam-ready knowledge from recognition of terms.
4. Stage 4: Link domains cross-sectionally
The exam rewards connecting ideas: a rate hike touches bonds (duration), equities (discount rates), FX (rate differentials) and structured products (pricing). Build a matrix of the ten domains and note at least one interaction per pair you find difficult, such as counterparty risk linking derivatives, structured products and credit.
5. Stage 5: Self-test with scenarios under timing
Use the three scenarios in this guide and your own written ones: set a stopwatch per question at roughly the 80-questions-in-150-minutes pacing implied by the official format. Write the reasoning before checking answers, then log every error by syllabus domain to identify which sections need a second pass rather than rereading everything uniformly.
6. Stage 6: Final-week verification and logistics
Reread only your flagged weak domains and your mechanism notes. Confirm with IBF current registration status, exam day identification requirements and the exact version of the study guide you were given, since the official source shows updates are issued at intervals and access lapses on exam day. Do not rely on third-party summaries for rules that change; verify administratively with the administrator.
Test your understanding
These original learning scenarios are for revision; they are not official examination questions.
1. A fixed income portfolio has a modified duration of 6. Yields on comparable bonds rise by 0.40 percentage points. A colleague says the portfolio will lose about 2.4% and that a concurrent widening of credit spreads would not matter because duration only measures rate risk. Evaluate both parts of the claim.
Show answer and explanation
The duration approximation is correct: 6 times 0.40% gives an estimated price decline of about 2.4%, though convexity makes the true loss slightly smaller for this move. The second part is wrong. Credit spread widening is a separate loss channel from risk-free rate changes; duration does not capture it, so total losses could exceed the duration estimate if spreads also widen.[1]
2. A client compares two funds: Fund A returned 9% with 12% volatility, Fund B returned 11% with 20% volatility, and the risk-free rate is 2%. The client wants to pick B purely on return. Using Sharpe ratios, explain which fund delivered better risk-adjusted performance.
Show answer and explanation
Fund A's Sharpe is (9 minus 2) divided by 12, equal to about 0.58. Fund B's is (11 minus 2) divided by 20, equal to 0.45. Despite the lower headline return, Fund A delivered more excess return per unit of risk. For a risk-aware mandate, A is the better risk-adjusted choice, though the final decision should also consider objectives and benchmark fit.[1]
3. A client is offered a five-year note paying enhanced quarterly coupons, linked to a stock index, with a 60% knock-in barrier and no protection once triggered. The client says it is 'like a fixed deposit because it pays regular income'. What must be corrected?
Show answer and explanation
The comparison is unsafe. The note embeds short option exposure that finances the coupons; if the index closes below 60% of its initial level, principal redemption at maturity can fall one-for-one with index losses, so the client can lose a large part of capital. It is also an issuer credit claim, not a deposit, and early exits may realise less than the invested amount.[1]
Frequently asked questions
What is the format of the CACS Paper 2 exam?
Per IBF, Paper 2 (Industry & Product Knowledge) consists of 80 multiple-choice questions taken on computer over 2.5 hours, with a pass mark of 70%. Confirm current details on the IBF examination details page before registering.[1]
Am I exempt from CACS Paper 2 if I hold the CFA charter?
IBF states that from 1 January 2019, CFA Charterholders are exempted from CACS Paper 2. Check with IBF or your compliance function on the documentation needed to apply the exemption to your situation.[1]
How do I get the CACS Paper 2 study guide?
Candidates who successfully register for the examination are given access to a PDF version of the study guide through their IBF Portal account, and access expires on the day of the registered examination. IBF updates study guides periodically, so ensure you have the latest version, which for Paper 2 was v1.3 in December 2025.[2]
How much does it cost to sit CACS Paper 2?
Published fees inclusive of GST are S$446.90 for Corporate Members and S$534.10 for Non-Corporate Members. Verify current fees on the IBF registration page at the time you book, as amounts can change.[1]
Does passing CACS Paper 2 give me a licence or qualification?
No. CACS is a competency assessment for private banking professionals advising accredited investors, referenced in the ABS Private Banking Code of Conduct. It measures competency standards; it does not itself confer a licence, designation or automatic entitlement to any role.[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.