Your FREE CFA Level 3 Flashcards 2026 – 200+ Cards

Portfolio management and wealth planning. Level III applies the tools from Levels I and II to construct and manage portfolios for clients, using both essay (constructed-response) and item-set questions.

A broader view of a client's wealth that adds human capital (the present value of future earnings) and the present value of future liabilities to traditional financial assets and liabilities.

The present value of an individual's future labor income. Bond-like (stable) human capital supports a higher allocation to risky financial assets; equity-like human capital argues for more conservative financial assets.

A person's tradable, investable assets — cash, stocks, bonds, real estate — as distinct from human capital. Total wealth = financial capital + human capital.

The long-run policy mix of asset classes set in the IPS to meet the investor's objectives and constraints. It reflects the investor's risk and return needs over the full time horizon.

Short-term, deliberate deviations from the strategic policy weights to exploit perceived near-term opportunities. It introduces active risk relative to the policy portfolio.

A method that finds the asset weights producing the highest expected return for a given level of risk (the efficient frontier), using expected returns, variances, and correlations.

Utility = expected return − ½ × risk-aversion (λ) × variance. The optimal portfolio maximizes utility; a more risk-averse investor (higher λ) accepts lower return for less risk.

An allocation approach that optimizes the assets in isolation, ignoring any liabilities. Standard mean-variance optimization on the assets alone.

Allocates assets relative to the present value of liabilities, optimizing the surplus (assets − PV of liabilities). Used by pensions and insurers whose obligations drive the portfolio.

The market value of assets minus the present value of liabilities. Surplus optimization minimizes the volatility of this surplus rather than the volatility of assets alone.

Builds sub-portfolios for distinct goals, each with its own time horizon and required probability of success. More important or near-term goals get a higher required probability and safer assets.

Allocating a portfolio's total risk across asset classes, factors, or active managers so that the use of risk is deliberate and aligned with where the investor expects to be rewarded.

Rebalancing the portfolio back to target weights on a set schedule (e.g., the first day of each quarter), regardless of how far weights have drifted. Simple but ignores intra-period drift.

Rebalancing only when an asset class drifts outside a set tolerance band (corridor) around its target weight. Responds to market moves rather than the calendar.

Wider corridors suit asset classes with higher transaction costs, higher volatility, lower correlation to the rest of the portfolio, and higher risk tolerance. Narrow corridors increase trading and costs.

Frequent rebalancing of a volatile class triggers many trades and high transaction costs relative to the diversification benefit, so a wider tolerance band reduces costly turnover.

Deciding how much of a portfolio's foreign-currency exposure to hedge to reduce the volatility added by exchange-rate movements, separate from the underlying asset decision.

When the manager judges the cost of hedging exceeds the benefit, expects currency gains, or believes currency adds diversification — an active currency-management decision.

Starts from observed market-cap weights and implied equilibrium returns, then reverse-engineers the expected returns consistent with those weights. The basis of the Black-Litterman model.

Combines the market-implied (equilibrium) returns from reverse optimization with the investor's own views, producing more stable, intuitive allocations than raw mean-variance optimization.

Generates thousands of random return paths to estimate the probability a portfolio meets a goal, capturing path dependency, sequencing risk, and non-normal outcomes that single-period MVO misses.

The portfolio must hold enough liquid assets to meet spending, capital calls, and obligations. Illiquid alternatives (private equity, real estate) require sizing for the investor's liquidity needs.

Allocates so that each asset class (or factor) contributes equally to total portfolio risk, typically increasing the weight of low-volatility assets like bonds, often with leverage.

Rebalancing keeps the portfolio near its target risk level. Without it, a rising asset (often equities) grows as a share of the portfolio and the risk profile drifts away from the policy.

Real-world limits — taxes, liquidity needs, legal/regulatory rules, asset-class minimums/maximums, and unique circumstances — narrow the set of feasible allocations from the unconstrained frontier.

Forecasts of expected returns, risks, and correlations for asset classes that feed the allocation process. Errors in CMEs are a major source of suboptimal allocations.

A longer time horizon generally supports a larger allocation to risky assets, because there is more time to recover from drawdowns and human capital is larger relative to financial capital.

The return from the price difference between an expiring forward/futures contract and the new one rolled into. It can add to or subtract from a hedged or commodity position's return.

Strategic asset allocation sets the policy risk; tactical asset allocation adds active risk by deviating from policy to exploit short-term views. Performance is measured against the policy benchmark.

Treating money differently based on its assigned goal or source. Goals-based allocation harnesses this by building a dedicated sub-portfolio for each goal rather than fighting the bias.

In goals-based investing, the confidence level a client needs for a goal. Essential, near-term goals get a high required probability (safer assets); aspirational goals can accept a lower one.

Less-liquid assets (private equity, real estate) should offer an illiquidity premium. Investors with stable, long horizons can capture it; those needing cash soon cannot.

Setting rebalancing bands by rules of thumb (e.g., ±5% of target) rather than formal optimization. Simple and common, but ignores correlations and transaction-cost differences across classes.

Because losses require larger gains to recover, higher volatility lowers compounded (geometric) return for the same average return. Rebalancing and diversification help reduce it.

Endowments have effectively perpetual horizons, supporting heavy allocations to equities and illiquid alternatives, balanced against an annual spending requirement.

The interest-rate sensitivity of a pension's promised payments. Surplus risk falls when asset duration is matched to this liability duration.

Real assets (real estate, infrastructure, commodities, inflation-linked bonds) hedge inflation; long nominal bonds are most exposed to it. Allocations reflect the investor's inflation sensitivity.

Seeks to track a benchmark index's return rather than beat it, minimizing cost and tracking error. Implemented by full replication, stratified sampling, or optimization.

Holding every security in an index at its index weight. Achieves the lowest tracking error for liquid indexes but incurs transaction costs, cash drag, and fees that still cause slight underperformance.

Holding a representative subset of an index's securities that matches the index across key dimensions (sector, size, style). Lowers costs versus full replication at the price of some tracking error.

The standard deviation of the difference between a portfolio's return and its benchmark's return. Low tracking error means the portfolio closely follows the index.

The performance shortfall a fund suffers from holding uninvested cash (for liquidity/redemptions) while the market rises. A source of tracking error for index funds.

The fraction of a portfolio's holdings that differ from the benchmark, from 0% (index) to 100% (no overlap). High Active Share means many different positions, but they may still offset to low active risk.

Active risk (tracking error) measures return deviation from the benchmark; Active Share measures holdings deviation. A fund can have high Active Share but low active risk if its differing bets are diversified and offsetting.

A rules-driven, transparent strategy that systematically tilts toward factors such as value, momentum, size, quality, or low volatility, rather than picking stocks discretionarily.

Deliberate, persistent over- or under-weights to rewarded factors (value, momentum, size, quality, low volatility). The core of factor-based smart-beta portfolios.

Fundamental managers use judgment and deep research on fewer names; quantitative managers use data-driven models across many names. They differ in breadth, depth, and how decisions are made.

A fixed-income approach that structures assets to fund a known set of future liabilities (e.g., pension payments), focusing on matching the interest-rate sensitivity of assets and liabilities.

Building a bond portfolio so that its value will meet a future liability regardless of interest-rate moves, by matching the portfolio's duration to the liability and minimizing cash-flow dispersion.

How spread out a portfolio's cash flows are around the liability date. For a single liability, minimizing dispersion (and matching duration) reduces structural and reinvestment risk.

Building a bond portfolio whose coupons and principal arrive exactly when liabilities are due, eliminating reinvestment risk without relying on duration matching. More restrictive and costly than immunization.

Setting the portfolio's duration equal to the liability's duration so equal-and-opposite price and reinvestment effects offset for small parallel rate shifts, immunizing the liability.

Positioning a bond portfolio for expected curve changes: bullet (concentrated near one maturity), barbell (short + long), or ladder (evenly spaced) to profit from steepening, flattening, or curvature shifts.

Over- or under-weighting spread sectors (corporates, high yield) versus the benchmark based on the credit-spread outlook, while controlling duration. Overweight spread when spreads are expected to tighten.

The difference between the value of a paper (decision-price) portfolio and the actual executed portfolio. It captures explicit costs plus market-impact and delay (timing) costs.

The adverse price movement a large order causes by consuming available liquidity. Bigger and less liquid trades have higher market impact — a major component of implementation shortfall.

The cost of price movement between the investment decision and the start of trading. Part of implementation shortfall, distinct from the impact of the trade itself.

Adding a receive-fixed, pay-floating swap to a bond portfolio to extend its hedged duration toward a long-duration liability without buying more physical long bonds.

Transaction costs, management fees, and cash drag. The index itself is costless on paper; a real portfolio incurs trading and operating costs that create a small, persistent shortfall.

Security selection, factor/style tilts, sector or country allocation, and timing. The information ratio measures how much active return a manager earns per unit of active risk.

The maximum active risk an investor allows a manager to take. Setting it controls how far the manager can deviate from the benchmark in pursuit of active return.

A restriction against short selling. It limits a manager's ability to underweight small benchmark names below zero, capping potential active return from negative views.

Using equity-index futures to gain market exposure on cash holdings, reducing cash drag and keeping a fund fully invested while preserving liquidity.

Stratified sampling matches an index across cells (sector, size); optimization uses a risk model to minimize tracking error for a chosen number of holdings. Both reduce holdings versus full replication.

Allocating a fund's active-risk (tracking-error) budget across managers or strategies in proportion to their expected information ratios, to maximize active return per unit of active risk.

Expected active return ≈ information coefficient × √breadth × active risk. Skill (IC) and the number of independent bets (breadth) drive value added.

The number of independent active decisions a manager makes per year. Greater breadth, at the same skill level, raises the information ratio.

The correlation between a manager's forecasts and actual outcomes — a measure of forecasting skill in the fundamental law of active management.

A portfolio added alongside active managers to neutralize unintended factor or sector bets, so the overall fund's misfit risk versus the benchmark is removed.

A bond portfolio concentrated around a single maturity. It outperforms when the yield curve flattens via the long end or steepens via the short end, depending on positioning.

A bond portfolio split between short and long maturities, with little in the middle. It tends to benefit from increased curvature (the middle cheapening) relative to a bullet.

Bonds spread evenly across maturities. It offers steady reinvestment, liquidity, and diversification of reinvestment risk, sitting between bullet and barbell in behavior.

A hybrid: manage actively while a surplus cushion exists, but switch to strict immunization if the portfolio falls to the level just sufficient to fund the liability.

Immunizing a stream of future liabilities by matching the portfolio's duration to the liabilities' duration, ensuring the present value of assets covers each obligation as it comes due.

The risk that a non-parallel yield-curve shift breaks an immunized portfolio. Minimized by keeping cash flows concentrated near the liability date (low dispersion).

The difference between a portfolio's return and its benchmark's return over a period. Positive active return means the manager added value relative to the index.

Active risk caused by a manager's portfolio differing from the broad benchmark because of a style or sector tilt, rather than from security selection.

The trading and price pressure when an index changes its constituents. Full-replication funds must trade at reconstitution, creating costs and tracking error.

Owning a stock and writing (selling) a call option on it. The premium adds income and provides limited downside cushion, but caps the upside at the strike price.

Owning a stock and buying a put option on it. The put sets a price floor, limiting downside losses while keeping full upside (minus the premium paid). Like buying insurance.

Owning a stock, buying a protective put, and writing a covered call to help pay for it. The result is a bounded outcome: limited downside and limited upside, often at low or zero net cost.

Buying a call and a put with the same strike and expiration. It profits from a large price move in either direction; it loses if the underlying stays near the strike. A bet on volatility, not direction.

Buying an out-of-the-money call and an out-of-the-money put. Cheaper than a straddle but needs a larger move to profit. Also a long-volatility, direction-neutral position.

Buying a lower-strike call and selling a higher-strike call. Lowers the cost of a bullish position and caps both the gain and the loss within the strike range.

An agreement to exchange interest-rate cash flows — typically fixed for floating — on a notional amount. A floating-rate borrower can pay fixed via a swap to lock in its rate.

A borrower with a floating-rate loan enters a pay-fixed, receive-floating swap. The received floating offsets the loan's floating payments, leaving a synthetic fixed-rate exposure.

An option on a swap. A payer swaption gives the right (not the obligation) to enter a pay-fixed swap; useful when a manager wants flexibility, not a commitment, in an uncertain rate environment.

An estimate of the minimum loss expected over a set period at a given confidence level. A 1-day 95% VaR of $2 million means a 5% chance of losing at least $2 million over one day.

There is a 5% probability the portfolio loses $2 million or more over one day. VaR states a threshold loss at a confidence level — not the maximum possible loss.

VaR ignores the size of losses beyond the threshold (tail risk), can understate risk if based on a calm period, assumes the chosen distribution, and varies with the method used to compute it.

The expected loss given that the loss exceeds the VaR threshold — the average of the tail. It addresses VaR's blind spot about how bad losses get beyond the cutoff.

Parametric (variance-covariance, assumes normality), historical simulation (uses past returns), and Monte Carlo simulation (random scenarios). Each makes different assumptions about the return distribution.

Offsetting an option position's directional risk by holding an opposite position in the underlying equal to the option's delta, so small moves in the underlying are neutralized.

The change in an option's price for a $1 change in the underlying. A call's delta runs 0 to 1; a put's −1 to 0. Delta approximates the hedge ratio.

Buying or selling stock-index futures changes a portfolio's effective beta quickly and cheaply, raising or lowering market exposure without trading the underlying stocks.

A contract to exchange currencies at a set rate on a future date, used to hedge known foreign-currency cash flows or portfolio exposures back to the base currency.

Estimating portfolio losses under specific adverse scenarios (a rate shock, a market crash) rather than relying on a single probabilistic measure like VaR. Complements VaR for tail risk.

The reference amount on which a swap's or derivative's payments are calculated. It is generally not exchanged in an interest-rate swap; only the net interest difference changes hands.

The top-down framework — policies, risk appetite, oversight by the board and risk committee — that sets how an organization identifies, measures, and controls risk.

Financial risks (market, credit, liquidity) arise from markets and counterparties; non-financial risks (operational, model, legal, regulatory) arise from people, processes, and systems.

The risk a counterparty or issuer fails to make a promised payment. Managed with collateral, netting, diversification, and credit derivatives such as credit default swaps.

The risk of being unable to sell or fund a position without a large price concession. Managed by holding liquid reserves and matching asset and funding liquidity.

A derivative that transfers the credit risk of a reference entity: the buyer pays a premium and the seller pays out if a credit event (default) occurs. Used to hedge or take on credit risk.

To raise portfolio beta from current to target, buy index futures equal to (target − current) × portfolio value ÷ futures price × futures beta; sell to lower it.

The rate of change of an option's delta as the underlying moves. High gamma means delta shifts quickly, so a delta hedge must be rebalanced more often.

An option's sensitivity to a change in implied volatility. Long options are long vega — they gain when volatility rises, all else equal.

The loss in an option's value as time passes, all else equal. Option buyers fight theta; sellers earn it.

A risk measure estimating the worst expected shortfall in operating cash flow over a horizon at a confidence level — used by corporations rather than VaR on a trading book.

Hedging uses derivatives to reduce an existing exposure; speculation uses them to take on exposure for profit. The same instrument can serve either purpose depending on intent.

Six aspirational principles requiring members and candidates to act with integrity, competence, diligence, and respect, and to place the integrity of the profession and clients' interests above their own.

I Professionalism, II Integrity of Capital Markets, III Duties to Clients, IV Duties to Employers, V Investment Analysis, Recommendations and Actions, VI Conflicts of Interest, VII Responsibilities as a Member or Candidate.

Members must not act, or cause others to act, on material nonpublic information. The correct response on receiving it is to refrain from trading and not pass it on until it is publicly disseminated.

Information a reasonable investor would want before making a decision, or that would affect a security's price if disclosed. Materiality plus non-public status triggers Standard II(A).

Reaching an investment conclusion by combining public information with non-material non-public information is permitted and is a defense against an insider-trading allegation.

Client brokerage commissions used to buy research and services. Under the Soft Dollar Standards, these commissions are an asset of the client that the manager must use for the client's benefit.

Brokerage is the client's property. The manager must seek best execution, use soft-dollar research to benefit the client, and disclose its soft-dollar practices.

A voluntary code for firms covering six areas: Loyalty to Clients; Investment Process and Actions; Trading; Risk Management, Compliance, and Support; Performance and Valuation; and Disclosures.

The duty to seek the most favorable terms reasonably available for client trades. A manager receiving a gift from a routing broker must still place trades to obtain best execution and disclose the gift.

Members must make reasonable efforts to ensure performance information is fair, accurate, and complete. It is the basis for not guaranteeing returns and for using time-weighted returns.

Guaranteeing a specific return misrepresents the uncertainty of investing and violates the duty to present fair, fact-based expectations (Standards I(C) Misrepresentation and III(D)).

Recommendations must fit the client's written objectives, constraints, and risk tolerance as set out in the IPS. The manager must reassess suitability when the client's situation changes.

Members must fully and fairly disclose all matters that could impair their independence or objectivity, or interfere with duties to clients, employers, and prospects — for example, gifts or ownership stakes.

Members must deal fairly and objectively with all clients when providing investment analysis, recommendations, or taking action. Fair means equitable, not necessarily identical, treatment.

Procedures that restrict the flow of material non-public information between departments (such as investment banking and research) to prevent misuse and comply with Standard II(A).

Voluntary ethical standards for calculating and presenting investment performance so results are fair and comparable across firms. Only a firm, not a product, can claim compliance.

A grouping of all of a firm's actual, fee-paying, discretionary portfolios managed to a similar strategy. To claim GIPS compliance a firm must include every such portfolio in at least one composite.

Managers must act with loyalty, prudence, and care, placing clients' interests before their own and the firm's, and managing assets in the clients' best interest.

Members must not knowingly make any misrepresentation about investments or services, including guaranteeing returns or misstating performance or qualifications.

Members must act for their employer's benefit and not deprive it of their skills or divulge confidential information; this limits actions while still employed and around departure.

Recommendations and actions must rest on diligent research and a reasonable, adequate basis supported by appropriate investigation.

Members must not misrepresent or exaggerate the meaning of CFA Institute membership, the CFA designation, or candidacy in the program.

Acting solely in the interest of plan beneficiaries, with the care a prudent expert would use. A core duty that overrides the interests of the plan sponsor.

The Code section requiring managers to use reasonable care, prudent judgment, a reasonable basis, and to act in clients' best interests when managing portfolios.

Client and employer transactions take priority over a member's personal transactions; personal trading must not disadvantage clients.

(Portfolio return − risk-free rate) ÷ standard deviation. It measures excess return earned per unit of total risk and is used to rank portfolios on a risk-adjusted basis.

Active return (portfolio minus benchmark) ÷ tracking error (active risk). It measures active reward per unit of active risk. An IR of 2.4% ÷ 4.0% = 0.60.

The Sharpe ratio uses total risk and the risk-free rate; the information ratio uses active risk versus a benchmark. Sharpe evaluates standalone risk-adjusted return; IR evaluates active management.

(Portfolio return − risk-free rate) ÷ beta. It measures excess return per unit of systematic risk, appropriate when the portfolio is one part of a diversified whole.

The portfolio's return minus the return CAPM predicts for its beta. A positive alpha means outperformance after adjusting for systematic risk.

Decomposes a portfolio's excess return versus a benchmark into an allocation effect (sector/asset-class weighting decisions) and a selection effect (security picking within groups).

The portion of active return from over- or under-weighting sectors or asset classes relative to the benchmark, regardless of which securities were chosen within them.

The portion of active return from picking securities that out- or under-perform their group's benchmark, holding the group weights at benchmark levels.

Specified in advance, Appropriate, Measurable, Unambiguous, Reflective of current investment opinions, Accountable, and Investable. A good benchmark is set in advance and is investable.

So performance can be measured objectively against a standard chosen before the period, preventing managers from selecting a flattering benchmark after the fact.

The compound growth rate of one unit of money, removing the effect of cash-flow timing. It is the standard for evaluating manager skill and is required under GIPS.

The internal rate of return on a portfolio, reflecting the size and timing of investor cash flows. It measures the investor's actual experience, not the manager's skill.

When large external cash flows occur just before strong or weak performance. TWR neutralizes their timing; MWR is affected by it.

Macro attribution analyzes a fund's results at the sponsor level (across managers and asset classes); micro attribution analyzes an individual manager's results against a benchmark.

Raw returns ignore the risk taken to earn them. Risk-adjusted measures (Sharpe, information ratio, Treynor, alpha) let investors compare managers on a fair, like-for-like basis.

A benchmark built to reflect a manager's specific style or mandate when no standard index fits. It must still meet the SAMURAI properties to be valid.

Adjusts a portfolio to the market's risk level using the risk-free asset, then compares returns. It restates the Sharpe ratio in percentage-return terms for easier interpretation.

An independent third-party review of whether a firm's policies and procedures for composite construction and performance calculation comply with GIPS. Recommended, firm-wide, but not required.

The spread of returns among the individual portfolios within a GIPS composite for a period — a measure of how consistently the strategy was applied.

Attribution compares a portfolio to a benchmark; using an inappropriate benchmark distorts the allocation and selection effects and can mislead the evaluation.

A residual attribution term capturing the combined impact of allocation and selection decisions — the part of active return not cleanly assigned to either alone.

Gross-of-fees returns exclude management fees; net-of-fees deduct them. GIPS requires clear labeling, and clients ultimately experience net-of-fees results.

Illiquid assets reported on appraisals show smoothed, understated volatility versus transaction-based prices, complicating risk-adjusted performance comparisons.

Overstating average performance by excluding funds or portfolios that closed or failed. GIPS composites must include terminated portfolios for the periods they were managed to avoid it.

The formal document recording a client's return objectives, risk tolerance, and constraints — time horizon, taxes, liquidity, legal, and unique circumstances. It governs all portfolio decisions.

Selling a security at a loss to realize a capital loss that offsets capital gains (and some ordinary income), reducing the client's current tax bill while keeping a similar market exposure.

Emotional biases stem from feelings and impulses (loss aversion, overconfidence, regret) and are hard to correct; cognitive errors stem from faulty reasoning or information processing and are easier to correct with education.

The tendency to sell winners too early and hold losers too long to avoid realizing a loss. It is an emotional bias rooted in loss aversion.

Feeling the pain of a loss more strongly than the pleasure of an equal gain. It leads investors to hold losing positions and take too little risk after losses. An emotional bias.

Overestimating one's own knowledge or forecasting ability, leading to excessive trading and under-diversification. An emotional bias common among investors.

Relying too heavily on an initial reference point (such as a purchase price) when making decisions. A cognitive error that can be mitigated with discipline and data.

Organizing a client's plan around distinct goals (retirement, education, legacy), each with its own time horizon, priority, and sub-portfolio, rather than a single risk-return objective for all assets.

Structuring how a client's wealth will be transferred at death — through wills, trusts, and beneficiary designations — to carry out wishes, minimize taxes, and avoid probate delays.

Moving appreciated assets to the next generation or to charity in a tax-efficient way, using tools such as gifts, trusts, and the lifetime exemption, to maximize what heirs ultimately receive.

Beyond larger portfolios, UHNW clients require integrated management of complex tax, estate, governance, and concentrated-position issues — often coordinated through a family office.

A large, often low-basis holding in a single asset (e.g., founder stock) that creates outsized risk. Strategies include staged sales, exchange funds, hedging with options, and gifting.

Acquiring a mature, cash-generative company using a large amount of borrowed money secured against the target's assets and cash flows, aiming to improve it and exit at a profit.

Private financing for young, high-growth, often unprofitable companies in exchange for equity. High risk, illiquid, and reliant on a few large successes to drive returns.

Investing in companies that are not publicly traded, chiefly through buyouts (mature firms) and venture capital (early-stage), typically via funds with long lock-ups and the J-curve return pattern.

Buying the bonds or bank loans of companies in or near bankruptcy at deep discounts, aiming to profit from a turnaround, restructuring, or control of the reorganized business.

Subordinated financing that ranks below senior debt but above equity, often with equity-like features (warrants). Used in buyouts; higher yield compensates for higher risk.

Long-lived investment in physical assets such as toll roads, regulated utilities, airports, and pipelines. It offers stable, often inflation-linked cash flows and diversification, but is illiquid.

Direct or fund ownership of property. Compared with public REITs, it has lower liquidity and appraisal-based (rather than market-priced) valuations, but provides diversifying, income-producing exposure.

Valuing illiquid private assets (real estate, infrastructure) by periodic appraisal rather than market trades. It smooths reported returns and understates true volatility and correlation.

The pattern where a private-equity fund shows early negative returns (fees and write-downs before value is created), then rising returns as portfolio companies mature and exit.

Private wealth addresses individual concerns — personal taxes, life stages, behavioral biases, and estate goals; institutional management serves entities with defined objectives, longer horizons, and formal governance.

The return that remains after taxes on income, dividends, and realized gains. Private-wealth management emphasizes after-tax results because taxes materially reduce a taxable client's wealth.

Placing tax-inefficient assets (bonds, REITs) in tax-deferred accounts and tax-efficient assets (low-turnover equities) in taxable accounts to maximize a client's after-tax return.

The structures and agreements (family councils, charters, education) that help a wealthy family make collective decisions, prepare heirs, and preserve wealth across generations.

A demand by a private fund for committed capital from investors when an investment is made. Investors must hold enough liquidity to meet calls over the fund's life.

Gifting appreciated assets during life can remove future appreciation from the taxable estate and use the annual exclusion, often transferring more after-tax wealth than waiting to bequeath at death.

Candidates choose one of three pathways — Portfolio Management, Private Markets, or Private Wealth — accounting for 30–35% of the exam. The other ~65–70% is the core, taken by everyone.

Conservatism, confirmation, representativeness, anchoring, availability, and framing — errors in reasoning or processing information that education and discipline can reduce.

Assessing both the ability (capacity, given wealth, horizon, goals) and the willingness (psychological tolerance) to take risk, then planning to the lower of the two and educating the client.

Accumulation (building wealth, higher risk capacity), consolidation/maintenance (preserving wealth nearing retirement), and spending/gifting (drawing down and transferring).

Tax-deferred accounts tax withdrawals later; tax-exempt accounts are funded with after-tax money and grow tax-free. Asset location decisions exploit the difference.

An estate tool that pays the donor income for life, then leaves the remainder to charity, providing a current tax deduction and removing the asset from the taxable estate.

A wealth-transfer trust that pays the grantor a fixed annuity for a term, passing the remaining appreciation to heirs with little or no gift tax if the assets outgrow the IRS rate.

A vehicle that lets holders of concentrated low-basis stock pool shares with others to gain a diversified position without immediately triggering capital-gains tax.

Holding the individual securities of an index in a separate account to allow tax-loss harvesting at the security level and customization a pooled fund cannot offer.

The share of a private fund's profits (typically ~20%) paid to the general partner above a hurdle, aligning the manager's incentives with investors.

The minimum return a private fund must deliver to limited partners before the general partner earns carried interest. Protects investors' preferred return.

The year a private-markets fund makes its first investments. Comparing funds by vintage year controls for the market environment when capital was deployed.

A private organization that manages the investments, taxes, estate, philanthropy, and governance of a wealthy family, integrating the many complexities UHNW clients face.

Cash required for spending, taxes, emergencies, and known outlays. Sizing illiquid alternatives must respect these needs, which differ greatly across clients.

Helping clients avoid panic selling and performance chasing — keeping them invested through volatility — is one of the largest sources of value a private-wealth adviser adds.

Outright sale, hedging with a collar or prepaid variable forward, borrowing against the position, exchange funds, and charitable gifting each balance tax, risk, and liquidity differently.