Book: Getting Started in Hedge Funds
Author: Daniel A. Strachman
Difficulty: Advanced
The Big Idea
A hedge fund’s label tells you much less than its positions, financing and withdrawal terms. This workbook uses the book’s historical cases and interviews to practice a more useful habit: turn every attractive description into a question that can be checked. What creates the return? What can interrupt it? Who controls the money? When can an investor actually get it back?
Read the assigned passages before each exercise. The book supplies the stories and contrasting perspectives; this companion supplies original calculations, decision problems and research tools. Its examples are fictional teaching scenarios, not reported fund results or recommendations.
The supplied source is the second edition, Wiley, 2005, ISBN 9780471715443. Page references below use the printed page numbers; add 12 for the corresponding PDF page. The four long chapters are divided into smaller lessons so every manager profile and investor perspective receives its own exercise.
If you remember one thing: explain both the return mechanism and the failure mechanism before evaluating the performance record.
In the reading
The author favors hedge funds and presents interviews, industry anecdotes and historical performance claims. Those are useful material for analysis, but they do not establish that hedge funds are inherently safer or that a particular manager remains suitable today.
How to use it now
Firm names, assets, returns, legal descriptions and product terms are historical snapshots. This guide does not verify current firms or offerings. Use current official records and actual fund documents for any live investigation; the 2005 legal discussion is not a current eligibility checklist.
Quick revision sheet
| Idea | Working definition or calculation | Common mistake / lesson |
|---|---|---|
| Hedge fund | Private pooled vehicle; the name alone does not specify its risk. | Treating “hedge” as capital protection. Start here. |
| Gross and net equity exposure | Gross = (long market value + absolute short market value) / NAV. Net = (long − absolute short) / NAV. | These simple equity measures omit option nonlinearities, beta and financing. Exposure lab. |
| Loss recovery | After loss L as a decimal, required gain = L / (1 − L). | A 20% loss needs 25%; a 50% loss needs 100%, before costs. Value lesson. |
| High-water mark | A contractual reference used to determine eligibility for incentive fees. | It does not stop management fees or guarantee recovery. Terms vary. Fee lesson. |
| Liquidity | Consider asset sales, financing calls and investor withdrawals separately. | A quarterly redemption schedule does not mean quarterly cash is guaranteed. Control lesson. |
| Spread and expected value | Cash merger spread = cash offer − target price. Expected P&L = p × success P&L + (1 − p) × failure P&L. | A positive spread alone does not establish positive expected value. Deal lesson. |
| Sharpe ratio | For matched observations: mean(return − risk-free return) / standard deviation(return − risk-free return). | Match frequency; smooth or stale marks can distort the result. Measurement lesson. |
| Evidence | Separate reported record, independently checked record and our hypothetical arithmetic. | Do not promote an interview claim to an audited fact. Index lab. |
Study plan and coverage map
Use seven study blocks, splitting the longer blocks across multiple sittings as needed. These are learning milestones, not a seven-day performance promise. Finish the reading, attempt the exercise without opening its answer, then correct your reasoning in a notebook.
| Block | Assigned reading and lessons | What to produce |
|---|---|---|
| 1 | Introduction pp. 1–8; Chapter 1 pp. 9–44: opening crisis discussion, LTCM, brief history, industry snapshot and A. W. Jones. | Claim ledger, funding stress calculation and institutional-memory question. |
| 2 | Chapter 2 pp. 45–77: opening context, Starting a Hedge Fund, Regulations and Structures. | Service-provider map and a list of documents needed to verify a structure. |
| 3 | Chapter 2 pp. 78–92: leverage, industry patriarchs, criticism and George Soros. | Gross/net comparison, fee bridge and causal-evidence test. |
| 4 | Chapter 3 pp. 93–123: opening, Haystack, Cover, Americus and Wyser-Pratte. | Four separate manager research cards. |
| 5 | Chapter 3 pp. 123–144: Mariner, Havens and SAC. | Three further cards plus a common-factor stress map. |
| 6 | Chapter 4 pp. 145–174: opening, investment adviser, institution, marketers, individual, consultant and manager of managers. | Allocator mandate, conflict map and monitoring policy. |
| 7 | Conclusion pp. 175–178; Appendix pp. 179–186, including historical index tables; Glossary pp. 187–188 and Notes pp. 189–192. | Strategy classification drill, measurement corrections, research lab and capstone. |
The index is a navigation aid rather than a separate lesson. Blank pages in the supplied PDF do not represent missing chapters. For each historical interview, record what was claimed at the time, what supporting information is actually supplied, and what would require new verification.
Block 1: definitions, history and survival
1. Translate the promise into an investable question
Read: Introduction, pp. 1–8. Goal: Distinguish an objective, a structure and evidence.
The introduction argues that flexible investment tools can improve portfolio management. Flexibility also permits more ways to lose money. A performance objective such as positive returns across market conditions is not a contractual floor.
Think of the structure as a container. Two containers with the same name can hold very different positions, leverage and withdrawal promises. Before comparing returns, identify what actually sits inside each one.
Original worked example
Two fictional funds each report a 10% year. Fund A holds listed equities and permits monthly withdrawal requests subject to its documents. Fund B holds hard-to-price loans and permits annual requests. The identical return does not make their liquidity, valuation uncertainty or suitability identical.
Your turn: A manager invests personal money alongside clients and earns an incentive fee. Name two remaining conflicts or risks. What evidence would you request before calling the interests aligned?
Open the explained answer
Personal investment can create shared exposure but does not eliminate fee incentives, valuation discretion, unequal withdrawal rights or operational failures. Request the fee schedule, valuation policy, personal-investment terms and related-party disclosures. “Aligned” needs a specific mechanism and limits, not a slogan.
Separate the container from its contents. Start with positions, liabilities and terms.
2. A crisis is a funding problem as well as a price problem
Read: Chapter 1 opening and LTCM discussion, pp. 9–24. Goal: Explain why a plausible convergence trade can fail before convergence.
The historical crisis material makes the interaction among leverage, crowded positions and liquidity visible. A position can become difficult to finance precisely when selling it is most expensive. A model’s long-run valuation estimate cannot pay today’s margin call.
The book’s casino analogy should not be treated as proof of certain profit. Finite capital, changing probabilities, position limits and large tail events defeat “keep doubling until you win” reasoning. For LTCM specifically, the Federal Reserve facilitated a private-sector recapitalization; it did not supply Federal Reserve money. See the Federal Reserve’s October 1998 testimony.
Original worked example
A fictional fund has $100 million equity and $2 billion of asset exposure financed with $1.9 billion of liabilities. A uniform 2% asset decline costs $40 million, leaving $60 million equity if liabilities are unchanged. That is a 40% equity loss, before financing, liquidation costs or derivative effects.
Your turn: The lender then demands $25 million cash. The fund has $8 million immediately available. What is the cash shortfall? Why does a claim that prices will recover not solve it?
Open the explained answer
The immediate shortfall is $17 million. The fund must obtain cash, sell assets, negotiate financing or face default under its actual agreements. A forecast is neither cash nor an enforceable extension of credit. A forced sale can crystallize losses before the forecast has a chance to be right.
Solvency, valuation and funding are different tests. Pass all three under stress.
3. Read a history without selecting only the survivors
Read: Brief History and Current State sections, pp. 25–32. Goal: Recognize selection effects and time-sensitive industry claims.
The book traces a changing industry rather than one fixed investment recipe. Its industry counts and asset estimates belong to their observation dates. Successful names are memorable; closed and unsuccessful funds are easier to omit. That imbalance can make a history feel more persuasive than a complete dataset would be.
For any reported average, ask which funds entered, which disappeared, when returns began being recorded, and whether returns before joining a database were added later. Do not assume a database is biased by a particular amount without checking its construction.
Original worked example
In a fictional one-year sample, four surviving funds earn 12%, 10%, 8% and 6%. Their equal-weight average is 9%. Include a fifth fund that lost 40% and closed: the five-fund average becomes −0.8%. These are invented figures illustrating selection, not an estimate of an industry bias.
Your turn: What records would distinguish survivorship bias from backfill bias? Why is an equal-weight fund average different from an investor’s dollar return?
Open the explained answer
Survivorship requires records of closed funds and their inclusion policy. Backfill requires knowing when a fund joined the database and which earlier returns were added. Equal weighting assigns identical influence to each fund regardless of dollars; an investor’s cash flows, allocations and timing differ.
Ask who is missing before trusting the average. Historical recognition is not a sampling method.
4. Separate stock selection from portfolio construction
Read: A. W. Jones profile, pp. 33–43. Goal: Identify distinct responsibilities and key-person dependencies.
The Jones profile offers a useful distinction: choosing securities and deciding total portfolio exposure are separate jobs. Delegating one does not remove responsibility for the other. Paper portfolios can help compare decisions, but they do not automatically reproduce borrow availability, transaction costs or live execution.
Treat the profile as a prompt to examine organization. Who can change gross exposure? Who aggregates the risks of several stock pickers? Who acts if the founder is unavailable?
Original worked example
Three fictional analysts each propose a 4% NAV position in a different company. All three businesses depend on the same commodity price. The proposed positions total 12% NAV, and their common driver may matter more than their three different ticker symbols.
Your turn: Design one rule for the stock pickers and one separate rule for the portfolio controller. Add a succession control.
Open the explained answer
A stock-picker rule could require a written thesis, disconfirming evidence and liquidity estimate for every position. A controller rule could require an aggregated factor stress before approval. A succession control should identify an authorized deputy, documented limits and independent access oversight. These are our proposed controls, not the historical fund’s operating manual.
Several decision makers can still create one concentrated bet. Aggregate exposures explicitly.
Block 2: operations, structure and incentives
5. Build an operating business before accepting capital
Read: Chapter 2 opening and Starting a Hedge Fund, pp. 45–66. Goal: Map economic incentives and independent checks.
The startup discussion shows that investment skill and business survival are different problems. Capital raising, trading, valuation, custody, accounting and investor communication each need an owner. A prominent provider or seed investor can help a business but does not certify its safety.
A prime broker can provide financing and trading services while also being a counterparty and creditor. It can lose money; commission income is not immunity from credit, operational or liquidity risk. Ask how financing could change in a stressed market. Also distinguish a provider’s job from any genuinely independent verification.
Original worked example
A fictional startup has $20 million AUM and a 1% annual management fee: $200,000 of gross management-fee revenue. If basic operating expenses are $350,000, the business has a $150,000 gap before incentive fees or additional capital. That pressure may encourage asset gathering; it is not proof of wrongdoing.
Your turn: A seed investor proposes capital in exchange for part of management-company revenue and special withdrawal rights. List three questions for the founder and three for outside investors.
Open the explained answer
The founder should examine duration of the revenue share, control rights and termination economics. Outside investors should examine priority withdrawals, expense allocation and conflicts arising from dependence on the seed investor. Independently verify relevant providers through trusted contact channels, rather than contact details supplied only in a pitch deck.
Follow both the money and the authority. Business incentives can affect portfolio decisions.
6. Legal geography does not tell you the full risk
Read: Regulations and Structures, pp. 67–77. Goal: Explain master-feeder arithmetic without treating it as legal advice.
This section describes structures and rules as understood around publication. Do not use its investor thresholds, advertising restrictions, registration discussion or offshore descriptions as current instructions. Fund eligibility, adviser obligations and tax treatment depend on the specific vehicle, offering and jurisdiction.
A master-feeder arrangement can pool investments while retaining separate investor-facing entities. It does not by itself establish tax exemption, secrecy or equal terms. Current SEC investor guidance emphasizes eligibility, valuation, fees, redemption limits and manager research; it does not turn a fund label into approval.
Original worked example
Two fictional feeders contribute $60 million and $40 million to a master fund. With unchanged ownership and no class-specific adjustments, a $5 million master-level gain allocates $3 million and $2 million before feeder fees, taxes, FX effects or different investor terms.
Your turn: A pitch says, “Our offshore structure makes us tax-free and removes regulatory risk.” What should replace that statement in your research notes?
Open the explained answer
Record it as an unverified claim. Request the exact legal entities, jurisdictions, offering documents, adviser status, investor eligibility basis and qualified tax/legal analysis for the relevant investor. Offshore location alone does not establish those conclusions. Keep simple allocation arithmetic separate from legal and tax outcomes.
Read the documents for the actual entity. A diagram is a starting point, not a legal conclusion.
Block 3: leverage, fees and market claims
7. Equal net exposure can hide unequal fragility
Read: How Hedge Funds Use Leverage, pp. 78–79. Goal: Compare gross exposure and failure scenarios.
The book compares 75% long / 25% short with 125% long / 75% short and suggests the second has more protection. Both have 50% simple net equity exposure, but their gross exposures are 100% and 200%. More shorts are accompanied by more longs. Protection cannot be inferred from the short percentage alone.
The arithmetic below assumes $1 million NAV, linear equity positions and no costs. Actual risk also depends on beta, common factors, borrow, margin and price paths. Dollar neutrality or reduced net exposure is not market-risk neutrality.
Original worked example
Portfolio A: $750,000 long and $250,000 short. Portfolio B: $1,250,000 long and $750,000 short. If every long and short stock falls 10%, each portfolio loses $50,000: long losses minus short gains. If instead longs fall 10% while shorted stocks rise 10%, A loses $100,000 and B loses $200,000.
Your turn: Compute each portfolio’s gross and net percentages. In the adverse dislocation, what percentage of NAV is lost? What additional risk is missing even from those numbers?
Open the explained answer
A: 100% gross, 50% net and a 10% dislocation loss. B: 200% gross, 50% net and a 20% loss. Costs, borrow recalls, nonlinear instruments, margin changes and forced liquidation are omitted. The second portfolio is not shown to be safer just because the ratio of long to short dollars is smaller.
Stress the two sides separately. Net exposure is a partial description.
8. Calculate the investor result after fees
Read: Patriarchs of the Hedge Fund World, pp. 80–84. Goal: Distinguish capacity, fee incentives and high-water marks.
The discussion of established managers invites two questions: does more capital impair the opportunity, and who benefits from accepting it? An AUM-based fee can reward growth even when execution becomes harder. Returning capital may reflect capacity discipline, but the action alone does not verify future performance.
A high-water mark generally limits incentive fees on recovery of prior losses under the particular contract. It does not refund prior fees or stop all expenses. Fee bases, crystallization dates, hurdles and loss carryforwards must be read rather than assumed.
Original worked example
Our simplified annual convention: begin with $100, gain 10% gross to $110, subtract a 1% management fee on starting capital ($1), then take 20% of the remaining $9 profit ($1.80). Ending investor value is $107.20, a 7.2% net return. Other fee conventions produce other answers.
Your turn: A different account has a $100 high-water mark, falls to $80 and then rises 20% to $96, before all fees. Is it back at the mark? How much must $80 gain to reach $100?
Open the explained answer
No. A 20% recovery reaches $96. The required gain from $80 is $20/$80 = 25%. Under a simple unchanged $100 high-water mark, $96 has not crossed the incentive-fee threshold; actual management fees and contractual adjustments still matter.
Build a fee bridge. State the base and the order of every deduction.
9. Separate market impact from a compelling story
Read: Hedge Funds Take All the Heat and George Soros, pp. 85–92. Goal: Distinguish notional exposure, P&L and causal evidence.
These passages debate responsibility for market disruptions and present a celebrated currency trade. Neither a famous profit nor an eventual loss settles whether a participant affected prices. Causation requires evidence about positions, timing, market depth and competing explanations.
A short seller buying back can create buying pressure at that moment; it does not make the original position bullish. Similarly, trade notional is not automatically maximum loss or capital committed. Currency quote direction and instrument terms are essential before calculating results.
Original worked example
A fictional unlevered cash-equivalent currency position has $10 million of linear exposure to a specified exchange-rate change. A favorable 3% move produces approximately $300,000 gross P&L under that simplified convention. The $10 million exposure is not a $10 million profit and does not specify the margin deposit of a derivative.
Your turn: What evidence would test the claim that one fund caused a currency decline? What can a price chart alone establish?
Open the explained answer
Investigate time-stamped positions or transactions, their size relative to executable liquidity, the sequence of policy/news events and plausible comparison evidence. A chart establishes observed prices in its dataset; it cannot identify the responsible trader, the trader’s total positions or the counterfactual price without that trader.
Identify the unit before calculating. Identify the counterfactual before assigning causation.
Blocks 4–5: turn seven profiles into research questions
Read Chapter 3’s opening, pp. 93–95, before the profiles. It discusses how difficult fund survival can be. For every card below, distinguish investment risk from business risk, and dated interview descriptions from independently verified records. The names identify the assigned reading; they are not a current shortlist.
10. Haystack: a catalyst still needs a liquid exit
Read: Judy Finger and Doug Topkis / Haystack, pp. 96–102. Goal: Connect company research, catalyst and position size.
The profile emphasizes finding less-followed businesses and examining reasons their value might become recognized. A catalyst creates a hypothesis about timing, not a guarantee. Thin trading can make a small-looking portfolio weight difficult to exit.
Record the disconfirming evidence before the result is known. A fresh entry after a loss needs a fresh case; a wish to recover the old loss is not a catalyst.
Original worked example
A fictional holding is 4% of NAV. It falls 50% while every other position is unchanged: portfolio loss is 4% × 50% = 2% of NAV. Three such positions declining together cost 6%, before trading costs. At a permitted participation of 10% of 50,000 shares daily, selling 20,000 shares takes at least four trading days under constant-volume assumptions.
Your turn: Write one business fact, one catalyst milestone and one liquidity condition that would invalidate a small-cap thesis. Why can the four-day estimate fail?
Open the explained answer
Examples: declining recurring revenue contradicts the business case; a required approval is refused; executable daily volume falls below the assumed capacity. Four days assumes stable volume and available bids without excess impact. Stress, concentration of holders and price gaps can invalidate it.
Size to the exit as well as the thesis. A quoted price is not capacity.
11. Cover: several currency pairs can repeat one bet
Read: David Taylor and Mike Williams / Cover, pp. 102–108. Goal: Translate technical discretion into a reviewable hypothesis.
The interview combines currency fundamentals with technical assessment. Its discretionary scoring is not a fully specified algorithm that this workbook can reproduce. Likewise, a stated drawdown limit is an intended control rather than a guaranteed realized loss.
A currency pair expresses a relative view. Holding several pairs does not necessarily diversify the underlying currency factors. Liquidity and spreads can deteriorate around announcements and market closures.
Original worked example
A fictional account with $200,000 equity permits a planned $2,000 loss. With $500,000 of linear currency exposure and a 0.4% adverse move under our quote convention, planned loss is $2,000. If execution instead occurs after a 0.8% move, it is $4,000 before costs. The stop instruction did not cap the outcome at 1% of equity.
Your turn: You hold long EUR/USD and long GBP/USD. What common view do they share? What must be specified before testing a “strong technical score” rule?
Open the explained answer
Both positions are short USD, though their total factor exposure requires position and quote conversions. A test needs fixed inputs, lookbacks, scoring thresholds, signal timing and missing-data rules selected before evaluation. It cannot claim to replicate an interview’s subjective judgment from an invented score.
Count currency factors, not just pair names. Planned risk differs from gap risk.
12. Americus: a valuation discount is not a price floor
Read: Paul Reiferson and Jeff Lopatin / Americus, pp. 108–113. Goal: Test valuation uncertainty and recovery arithmetic.
The value discussion treats a discount to estimated worth as a reason to investigate. Estimated worth is uncertain; it can fall with the business. Research visits and management access are inputs to analysis, not independent proof, and any research must respect rules governing material nonpublic information.
Correct the recovery shortcut while studying: a 50% loss needs exactly a 100% gain before costs to regain the starting point, not more than 100%. Costs can increase the required net recovery.
Original worked example
A fictional share costs $30 and is estimated to be worth $50: the discount to estimated value is ($50−$30)/$50 = 40%. If a defensible revised estimate is $25, the $30 purchase was not below that revised value. If the price falls to $15, it needs a 100% gain to regain $30.
Your turn: A holding falls from $40 to $28. Calculate the loss and the gain needed to return to $40. Name two sources of uncertainty in an intrinsic-value estimate.
Open the explained answer
The loss is 30%; required recovery is $12/$28 = 42.86%. Uncertainty can include cash-flow forecasts, competitive durability, debt refinancing, terminal value and the discount rate. Buying merely because the price fell does not resolve those uncertainties.
A margin of safety depends on the estimate. Challenge the value calculation as well as the price.
13. Wyser-Pratte: an event has branches
Read: Guy Wyser-Pratte profile, pp. 113–123. Goal: Separate activism from announced-deal spread arithmetic.
Activism seeks changes that may improve value; announced merger arbitrage studies a specified transaction with terms, deadlines and failure conditions. They can overlap but are not interchangeable. Governance resistance, financing, regulation and legal processes can change both timing and payoff.
For a cash acquisition, compare the cash offer with the target’s price. For a stock acquisition, compare the exchange ratio times the acquirer’s price with the target’s price. The raw difference between two companies’ share prices is not the deal spread.
Original worked example
A fictional target costs $47. A completed cash deal pays $50; a failed deal is assumed to leave a $35 share. At an assumed 80% completion probability, expected gross P&L is 0.8 × $3 + 0.2 × (−$12) = $0. The visible $3 spread alone is not attractive evidence.
Your turn: What completion probability breaks even before costs? What happens at 85%? Why does a longer closing timeline matter even if the offer is unchanged?
Open the explained answer
Break-even solves 3p−12(1−p)=0, so p=80%. At 85%, expected gross P&L is $0.75 a share. Financing, costs, uncertainty in the $35 failure price and delayed use of capital can erase it. The probability is an assumption, not a number inferred merely from the spread.
Write the failure payoff beside the success payoff. A small spread can carry a large downside.
14. Mariner: trace common risks through multiple sleeves
Read: Bill Michaelcheck / Mariner, pp. 123–131. Goal: Distinguish manager variety from economic diversification.
The profile describes multiple investment activities and manager selection. The research task is to look through organizational variety to the positions and funding dependencies. Several relative-value portfolios may all depend on liquid financing and orderly price convergence.
Small price discrepancies can require large balance sheets to generate a meaningful return. A quiet historical return series does not establish that financing or tail risk is small.
Original worked example
Three fictional sleeves are weighted 40%, 35% and 25%. In a common liquidity shock they lose 8%, 6% and 10%. Weighted loss is 3.2% + 2.1% + 2.5% = 7.8%, before any further forced-liquidation effects. Three labels did not prevent a shared shock.
Your turn: List one position-level and one funding-level exposure to request from each sleeve. What would make fund-of-funds diversification harder to evaluate?
Open the explained answer
Request common issuers, duration or other material factors at position level, and financing providers, margin terms or redemption mismatches at funding level. Opaque underlying holdings, stale reports and overlapping positions impede look-through analysis. A second fee layer also needs its own fee bridge.
Map the common failure mechanism. Manager count is not a stress test.
15. Havens: position limits need a loss severity
Read: Nancy Havens-Hasty / Havens Advisors, pp. 131–138. Goal: Measure event concentration and distinguish trade types.
The profile spans deal-related and distressed opportunities. Different securities in the same troubled issuer can have very different legal priority and recovery. “High yield” describes yield or credit characteristics, not an assurance of high quality. Waiting can be a valid decision when the payoff does not justify the risk.
A stock-for-stock transaction may allow a hedge based on the exchange ratio, but borrow cost, dividends, changed terms and deal failure remain relevant. A cash deal does not automatically supply the same hedge.
Original worked example
A fictional 6% NAV distressed position loses 70% of its value: NAV loss is 4.2%. If five such equal-weight positions suffered the same loss together, the arithmetic loss is 21%. A stated position cap therefore needs a severity and common-event analysis.
Your turn: For an announced exchange of 0.5 acquirer shares per target share, target price $38 and acquirer price $80, calculate the gross indicated stock consideration and spread. What does shorting 0.5 acquirer shares per target leave unresolved?
Open the explained answer
Indicated consideration is $40; spread is $2 per target share. The pair does not eliminate failure of the transaction, borrow recalls or fees, changing terms, dividend differences, timing and execution risk. Neither the spread nor the hedge establishes an executable risk-free return.
Combine weight, severity and common events. A percentage limit alone is incomplete.
16. SAC: scale changes the trading problem
Read: Steve Cohen / SAC Capital, pp. 138–144. Goal: Recognize capacity limits and avoid reconstructing a discretionary process from prices.
The profile describes a historical trading organization and the evolution of trading horizons and teams. Its reported skill and returns are interview-era claims, not evidence this companion has audited. This is not a current evaluation of the named organization or people.
Execution capacity grows more slowly than a spreadsheet position size. A price chart cannot reconstruct a trader’s information flow, tape interpretation or complete book. This workbook’s indicator below intentionally measures only drawdown arithmetic.
Original worked example
A fictional desired order is 120,000 shares in a stock trading 400,000 shares a day: 30% of ordinary daily volume. At a 5% participation planning assumption, only 20,000 shares a day fit, implying six days if volume and conditions remain constant. A strategy requiring same-hour completion faces a different problem.
Your turn: Why can a profitable small-account process fail at larger size? Write two capacity measurements and one evidence boundary.
Open the explained answer
Costs, market impact, borrow limits and signal decay may grow with size. Measure order size relative to executable volume and net result after realistic implementation costs; also examine time needed to build and exit positions. Do not infer institutional intent or recreate an entire historical discretionary method from OHLCV alone.
Capacity is part of the method. Scaling the dollars can change the economics.
Block 6: six ways an allocator can ask better questions
Read Chapter 4’s opening, pp. 145–147. Begin with the investor’s purpose and constraints before choosing a manager. The following exercises adapt each perspective into a different decision task. Authority, compensation and access should be explicit in all six.
17. The investment adviser: write the mandate first
Read: An Investment Adviser / Lake Partners, pp. 147–151. Goal: Separate portfolio purpose from manager enthusiasm.
The adviser perspective connects a client’s overall objectives to strategy and manager selection. A good historical return does not answer whether a fund fits the client’s spending needs, total risks or reporting requirements. Clarify whether an adviser recommends or has discretion to act, and who pays the adviser.
Original worked example
A fictional family allocates $2 million to a long-term investment pool but needs $300,000 for tuition in nine months. A fund with a two-year lock-up cannot be treated as the source for that planned payment, regardless of its target return.
Your turn: Write a three-line mandate covering purpose, liquidity and authority. Add a question about compensation.
Open the explained answer
Example: purpose—long-term diversification evaluated against explicit portfolio risks; liquidity—near-term committed spending funded outside locked capital; authority—identify who may approve, rebalance and redeem. Ask about fees from clients, funds and affiliates, and how conflicts are disclosed and managed. An attractive narrative cannot override a binding cash need.
Fit precedes selection. Define the job before choosing the manager.
18. The institution: define every denominator
Read: An Institutional Investor, pp. 151–156. Goal: Measure allocation size and ownership concentration separately.
The anonymous institution’s interview emphasizes portfolio role, manager research and continuing oversight. Its scale and access are not transferable assumptions for an individual investor. Concentration percentages can refer to an investor’s assets or to a manager’s total fund; those are different risks.
Original worked example
A fictional institution with $1 billion assets commits $10 million to a $50 million fund. That is 1% of the institution and 20% of the fund. It is a small institutional portfolio allocation but a large share of the fund’s capital.
Your turn: If half that commitment is requested back, what fraction of the fund’s original capital is involved? Does the investor’s small 1% allocation prove the fund can meet the request?
Open the explained answer
The $5 million request is 10% of the original $50 million fund capital. The investor’s own allocation weight says nothing about cash availability, other withdrawal requests, notice periods or gates. A monitoring policy should aggregate redemption concentration and financing stress rather than relying on one percentage.
Write “percent of what?” beside every limit. Investor size and fund size answer different questions.
19. The marketer: distinguish access from independence
Read: Third-Party Marketers / Hedge Pros, pp. 156–161. Goal: Trace compensation without assuming bad faith or objectivity.
A marketer can introduce managers and help a business communicate. Payment by the fund creates an economic relationship that must be understood; it is not itself proof of poor work. It also does not make the recommendation independent merely because the investor pays no separate invoice.
Original worked example
A fictional marketer earns 20% of a manager’s $120,000 management-fee revenue plus 20% of $180,000 incentive-fee revenue generated by introduced capital. Payment is $24,000 + $36,000 = $60,000 under this specific hypothetical contract. That is 20% of fee revenue, not 20% of investor capital.
Your turn: What three items should the investor request before relying on an introduction? What does “no extra charge to you” fail to establish?
Open the explained answer
Request the payer and payment formula, duration or termination conditions, and the scope of diligence actually performed. Also verify relevant professional status where applicable. No separate investor invoice does not establish absence of indirect costs, conflicts, or gaps in diligence. Compare the introduction with independent documents and references.
Find the payer and the service delivered. Access and verification are different jobs.
20. The individual: volatility statistics need clean definitions
Read: An Individual Investor, pp. 161–164; Glossary measurement terms, pp. 187–188. Goal: Calculate matched-frequency statistics and recognize their limits.
The family-office perspective values a portfolio of different managers, but a number of holdings does not guarantee independent exposures. It also raises measurement questions. The glossary’s Sharpe description uses a minimum acceptable return; conventional Sharpe uses excess return over a risk-free reference. A minimum acceptable return is used in other measures, including common Sortino formulations.
For a sample standard deviation, divide the sum of squared deviations by n−1 before taking its square root; a population calculation uses n. The glossary’s abbreviated recipe omits that normalization. State the convention and frequency. Do not annualize mechanically if returns are serially dependent or marks are stale.
Original worked example
Use three fictional monthly excess returns of 1%, −1% and 3%. Their mean is 1%. Deviations in percentage points are 0, −2 and +2; sample standard deviation is sqrt((0+4+4)/2) = 2 percentage points. The sample monthly Sharpe is 1/2 = 0.5. Three months is not a reliable track record.
Your turn: Can two funds with the same estimated Sharpe have different tail and liquidity risk? What must be checked before comparing their ratios?
Open the explained answer
Yes. Compare observation dates, return frequency, risk-free series, gross/net fee basis, valuation methods, missing months and any annualization assumptions. A smooth marked series may hide difficult-to-value positions; the ratio does not capture contractual withdrawal limits or all tail losses. Do not turn a short or smoothed record into a ranking of safety.
A precise ratio can still describe poor data. Verify the observations first.
21. The consultant: pay for a useful decision process
Read: A Consulting Firm / Cambridge Associates, pp. 165–168. Goal: Investigate hidden directional bets and decision authority.
The consultant interview asks what exposures sit behind labels such as absolute return or market neutral. A portfolio that buys less-liquid instruments and shorts liquid instruments can be a liquidity bet even if ordinary market sensitivity appears small. Treat the interview’s statements about independence and compensation as historical claims, not current due diligence.
Original worked example
A fictional relative-value sleeve expects a 2% spread convergence. It finances the long asset at a floating rate and shorts a more liquid instrument. Financing rises 1 percentage point and the spread widens 3 points first. The initial thesis leaves both carry and interim funding pressure unanswered.
Your turn: Write three questions that test whether the consultant’s work changes a client’s decision. Who has final authority if the consultant has no discretion?
Open the explained answer
Ask which underlying risks were identified that the client had missed, how manager evidence was verified, and which recommendation would change under a defined stress. Without discretion, the authorized client decision maker retains the investment decision; advice does not transfer that authority. Check current compensation and related-party arrangements rather than relying on a dated interview.
Reduce the label to exposures. A useful adviser makes assumptions visible.
22. The manager of managers: information and control differ
Read: A Manager of Managers / Parker Global Strategies, pp. 168–174. Goal: Evaluate separate-account controls without assuming instant liquidity.
The final allocator profile emphasizes negotiated mandates, position monitoring and separate accounts. Visibility may reveal a breach; contractual authority may permit action; executable liquidity determines what can actually be sold. Those are separate capabilities.
A next-day termination or withdrawal provision described in a historical interview is not a universal product feature. Even a legally available instruction may meet illiquid assets, counterparties, settlement or other constraints. Monitoring needs a named owner and an escalation process.
Original worked example
A fictional mandate permits gross exposure up to 150% of NAV. An independently reconciled report shows 175%. Knowing the breach is only step one: the responsible person must confirm the data, apply the agreed escalation terms, and assess a controlled response rather than assume every position can be exited immediately.
Your turn: Write a four-step breach procedure. Identify one fact that daily transparency still cannot guarantee.
Open the explained answer
Example: reconcile the exposure and timestamp; notify the authorized risk owner; use the contract’s escalation and restriction process; document the decision and subsequent verified exposure. Daily reporting does not guarantee accurate valuation, solvent counterparties, executable exits or recovery of losses. Contract rights and economic outcomes must be assessed separately.
Information enables a decision; it does not execute it. Test the response path.
Block 7: strategy names, evidence and conclusions
Read the Appendix’s definitions, pp. 179–182, before this classification drill. The categories are the source’s historical taxonomy, not a universal modern standard. Its country-income cutoff and sector percentage thresholds belong to that taxonomy. Our examples below describe economic questions rather than copying those definitions or recommending an allocation.
Exercise: For every row, identify the driver of returns and write one failure mechanism before opening the answer. Some labels describe a sector, some a selection style and some a portfolio architecture; they need not be mutually exclusive.
| Source category | Original scenario and question |
|---|---|
| Aggressive growth | A fictional company’s price assumes earnings will double. If the forecast is cut, what can fall besides earnings? |
| Distressed securities | Debt costs 35 cents per dollar of face value. An uncertain restructuring may recover 20 or 60 cents. Is 35 “cheap” by itself? |
| Emerging markets | A local asset gains 8% while its currency loses 12% against the investor’s base currency. Calculate the combined unhedged return. |
| Financial services | Three holdings are a lender, insurer and mortgage intermediary. What shared stress deserves investigation? |
| Fund of funds | An underlying sleeve earns 8% after its own fees. A top layer charges 1% of opening value and 10% of the remaining profit. Calculate the simplified result. |
| Health care | A portfolio holds unrelated companies whose main products need similar regulatory approvals. What common event risk remains? |
| Income | A security yields 9% but loses 15% in price over the holding period. Under a simple no-reinvestment assumption, what is the approximate total return? |
| Macro | A fund buys an asset expecting a policy-rate cut. The cut occurs, but the asset falls. Give a coherent explanation. |
| Market neutral arbitrage | A convertible-security pair appears balanced in dollars. What risks survive? |
| Market neutral securities hedging | A portfolio is $1 million long and $1 million short, but long beta is 1.4 and short beta 0.7. What is the approximate dollar beta exposure? |
| Market timing | A process goes to cash before a decline and stays there through the recovery. What must a fair test include? |
| Media communications | Holdings span broadcasters, platforms and network operators. What should be checked beyond the shared sector label? |
| Opportunistic | The mandate allows styles to change with conditions. What makes this flexibility reviewable? |
| Several strategies | A fund combines value, growth and events. What evidence shows that the combination diversifies? |
| Short selling | A short sale opens at $40 and is covered at $60. What is the loss per share before costs? What if the price keeps rising? |
| Special situations | A spin-off may unlock value but lacks a fixed cash offer. Can cash-merger spread arithmetic supply its expected return? |
| Technology | A portfolio has different software and semiconductor names. What common assumption may connect them? |
| Value | Price is $24 against estimated value $30. What is the discount, and what question matters more than the percentage? |
Open all strategy-classification answers
| Category | Reasoning |
|---|---|
| Aggressive growth | The valuation multiple can contract too. Fast growth and a high multiple are separate assumptions; liquidity and funding can amplify losses. |
| Distressed securities | No. Estimate recovery priority, probabilities, timing, legal costs and dilution. A low fraction of face value is not a margin of safety without a recovery case. |
| Emerging markets | 1.08 × 0.88 − 1 = −4.96%, before costs and taxes. Country, currency, custody, political and liquidity risks need separate examination. |
| Financial services | Rates, funding access, credit losses and collateral values can affect all three. Different business labels do not remove balance-sheet sensitivity. |
| Fund of funds | Starting at $100: $108 less $1 leaves $107; 10% of the $7 remaining profit is $0.70. End at $106.30, a 6.3% net result under this invented fee convention. |
| Health care | Policy or approval standards can affect multiple holdings simultaneously. Add patent, reimbursement, trial and concentration risks where relevant. |
| Income | Approximately −6% before costs and taxes. Cash distributions are not the same as total return; default or returned capital can complicate yield measures. |
| Macro | The cut may already have been priced in, other news may dominate, or the chosen instrument may have different exposures. A correct economic forecast does not guarantee a profitable trade. |
| Market neutral arbitrage | Credit, volatility, optionality, borrow, funding and changing hedge ratios can remain. Dollar balance alone cannot neutralize these exposures. |
| Market neutral securities hedging | Under this simplified linear model: $1.4 million − $0.7 million = $0.7 million net market-equivalent exposure. Zero simple net dollars is not zero beta. |
| Market timing | Both exit and re-entry rules, cash return, costs, taxes where relevant and all missed rebounds. Selecting only the successful exit distorts the evaluation. |
| Media communications | Revenue sources, advertising sensitivity, debt, capital spending and competitive disruption. Sector naming alone does not quantify risk or diversification. |
| Opportunistic | Document permitted changes, decision authority, risk limits and reporting. Distinguish authorized adaptation from undisclosed style drift. |
| Several strategies | Position and factor overlap, stress losses, financing dependencies and realized co-movement over relevant conditions. Three named styles are not sufficient evidence. |
| Short selling | $20 loss per share. A conventional uncovered stock short has no fixed upper bound on price-driven loss; borrow costs, dividends and recalls add risks. |
| Special situations | No. Model the actual event branches, valuation assumptions, timing and financing. An event label does not create a contractual payout. |
| Technology | Growth expectations, discount rates, financing or spending cycles can connect otherwise different companies. Inspect revenue and valuation drivers, not just ticker count. |
| Value | Discount to estimated value is 20%. The central question is whether the value estimate is defensible under adverse cash-flow, debt and competitive assumptions. |
23. Historical index tables are a research assignment
Read: Appendix tables, pp. 183–185; Notes, pp. 189–192. Goal: Audit comparability before drawing a performance conclusion.
The supplied PDF contains rotated historical U.S., global and international index tables, including short January 2005 observations and earlier annual columns. Do not rank a one-month number against an annual return, or infer a full market cycle from a few selected years. Their notes and construction choices matter as much as the headline returns.
Use the book’s notes to trace a claim to its cited source and date. A citation may document what someone reported without proving an independently audited investment record. This workbook does not reproduce the tables or treat them as current investable results.
Original worked example
A fictional index is reported as +2% for one month and a benchmark as +8% for a full year. Neither is superior on those numbers alone. Compare matched dates, compounding, fees, currency and constituent rules. Annualizing the single month to (1.02)^12−1 would be a projection, not an observed annual result.
Your turn: Choose one row from the book’s tables. Record its exact period and footnotes. List five facts you would need before comparing it to a real investor’s result.
Open the explained answer
Useful facts include full matched dates, gross/net treatment, weighting, currency, inclusion of closed funds, backfilled histories, benchmark total-return treatment and investor cash flows. Mark any unknown as unknown. Do not fill missing methodology with a convenient assumption or treat different index universes as directly interchangeable.
Match the observation before judging the outcome. A table is evidence with conditions.
24. Test an argument without borrowing its conclusion
Read: Conclusion, pp. 175–178. Goal: Separate a personal success story from a general allocation claim.
The conclusion argues strongly for the industry and against additional government intervention, using a family’s investment outcome and philanthropy to challenge negative perceptions. Those are arguments to evaluate, not findings that settle suitable allocation or public policy. Socially useful spending by a manager does not establish investment quality.
An investment that worked for one family at one time may still be unsuitable for another family with a fixed near-term bill. A fair policy analysis compares potential protection, costs, incentives and systemic effects using evidence rather than assuming that either all regulation or no regulation is optimal.
Original worked example
A fictional family has a $60,000 education payment due next year. It could invest the payment money in a vehicle whose redemptions may be suspended. Even an appealing long-run return forecast leaves a mismatch between the payment date and access to cash. A past success story does not fund that obligation.
Your turn: Write two separate conclusions: one about what the story shows, and one about what it cannot establish. Then identify one kind of evidence that could challenge the author’s policy position.
Open the explained answer
The story illustrates a reported beneficial outcome and the author’s view of its meaning. It cannot establish a representative return distribution, suitability for all education savings or the net effect of regulation. Evidence on fraud losses, market spillovers, compliance costs and investor outcomes under comparable regimes could bear on the policy question; no such causal result is calculated here.
Respect the story; test the inference. Anecdotes and general conclusions need different evidence.
Research labs: make the claims checkable
These are original research designs. They do not report tests we have run. Use public, lawfully obtained data or records you are entitled to use; preserve the observation dates and document uncertainty.
| Lab | Hold fixed / change | Record and interpret |
|---|---|---|
| 1. Net exposure versus gross exposure | Use the two $1 million equity portfolios in lesson 7. Hold initial NAV fixed. Apply three scenarios: both books fall 10%; longs fall 10% and shorts rise 10%; longs rise 5% and shorts fall 5%. Then add separately stated cost assumptions. | Gross P&L for A/B: −$50,000/−$50,000; −$100,000/−$200,000; +$50,000/+$100,000. Record cost-adjusted P&L separately. These scenarios demonstrate sensitivity, not scenario probabilities or expected returns. |
| 2. Drawdown review episodes | Use one explicitly identified adjusted price dataset, the same timeframe and the same dates. Compare 5%, 10% and 20% review thresholds in the indicator below. Reset history identically for each run. | Record first trigger date, completed bars below peak, maximum observed drawdown, recovery date or “unrecovered at sample end,” and data revisions. Thresholds change review timing, not the underlying price path. Avoid selecting the threshold because it looks best afterward. |
| 3. Diligence evidence audit | Choose three accessible fund disclosure packages with comparable purpose; do not assume they are investable. Use one checklist and a fixed observation date. Compare valuation oversight, fee detail, liquidity terms, financing disclosure and provider-verification evidence. | For each field score 0 = absent, 1 = described but unverified, 2 = supported by a checked document. Record the document and date. A disclosure score measures completeness of your evidence, not safety, return quality or fraud probability. |
Check your research interpretation
Lab 1: more gross exposure magnifies some adverse and favorable scenarios even with the same net exposure; no universal safety ranking follows. Lab 2: a lower review threshold normally triggers earlier in the same episode, but an unrecovered episode remains incomplete and must not be dropped. Lab 3: an unsupported field is a research gap, not proof of misconduct. Do not convert the score into an investment recommendation.
Pine indicator: drawdown and recovery lens
This complete original Pine v6 indicator makes the recovery arithmetic visible on a chart. It is not a replication of any interviewed manager’s process. Use a positive, consistently adjusted closing-price series for a listed asset as a transparent teaching proxy. A listed price is not a private fund’s net asset value, redemption value or investor cash-flow return.
What This Indicator Shows
For each completed bar it tracks the highest closing price since the available dataset began, the percentage below that peak, and the percentage rise needed to regain it. The Data Window also shows completed underwater bars. At 20% below peak, the required rise is 25%; these lines should not be mistaken for two different investment results.
An orange REVIEW marker appears on the first completed bar at or beyond the selected drawdown threshold in an episode. The default 10% is our illustration, not a recommended risk limit. The review state remains active even if drawdown later falls below the threshold. Only regaining or exceeding the closing peak resets it. RECOVER marks that completed-bar recovery; ties at the peak count as recovered. A new underwater episode can then generate a new review.
All state changes require a confirmed bar and a positive nonmissing close. No higher-timeframe requests, future bars or intrabar extrema are used. On an unfinished realtime bar the plotted values retain the last completed observation. Configure alerts once per bar close. No pending entry, replacement order or order-expiry logic exists because this tool submits no orders.
What This Indicator Does Not Show
It does not model fees, leverage, distributions, deposits, withdrawals, short-book exposure, executable liquidation, margin, funding or private-fund valuation. Closing-price drawdown can understate intrabar losses. Bars underwater are not calendar days unless the dataset and timeframe support that interpretation. The tool neither generates verified fills nor demonstrates profitability.
History depth, symbol adjustments, timeframe changes and later data corrections can change the initial peak and subsequent episode boundaries. The first available observation is the starting reference, not a known lifetime high. Missing/nonpositive closes are skipped rather than treated as valid recovery observations; use complete positive data for the study. There is no user-selected reset date in this baseline.
Validation status
The script has received static review and its complete text has been checked against the displayed code. It has not been compiled in TradingView or tested on a chart. No return, win-rate or execution result is claimed. Before using alerts, compile it and compare peak, drawdown, recovery math and marker dates against hand calculations on a small known series.
View Pine Script Indicator Code
//@version=6
indicator("CandleChasers Drawdown and Recovery Lens", overlay=false, precision=2)
// Original educational definitions. A price series is not private-fund NAV.
reviewPct = input.float(10.0, "Review threshold (%)", minval=0.1, maxval=99.0, step=0.5)
var float peak = na
var float drawdown = na
var float recovery = na
var int underwaterBars = 0
var bool reviewActive = false
bool reviewEvent = false
bool recoveredEvent = false
if barstate.isconfirmed and not na(close) and close > 0
bool wasUnderwater = not na(peak) and close[1] < peak
if na(peak) or close >= peak
recoveredEvent := wasUnderwater
peak := close
underwaterBars := 0
reviewActive := false
else
underwaterBars += 1
drawdown := 100.0 * (1.0 - close / peak)
recovery := 100.0 * (peak / close - 1.0)
if close <= peak * (1.0 - reviewPct / 100.0) and not reviewActive
reviewEvent := true
reviewActive := true
plot(drawdown, "Drawdown below closing peak (%)", color=color.red, linewidth=2)
plot(recovery, "Rise needed to regain peak (%)", color=color.teal, linewidth=2)
plot(underwaterBars, "Underwater completed bars", display=display.data_window)
plot(reviewActive ? 1 : 0, "Review episode active (1/0)", display=display.data_window)
hline(0, "At peak", color=color.gray)
hline(reviewPct, "Review threshold", color=color.orange, linestyle=hline.style_dashed)
plotshape(reviewEvent, title="First review in episode", style=shape.triangledown, location=location.top, color=color.orange, text="REVIEW", size=size.tiny)
plotshape(recoveredEvent, title="Closing peak regained", style=shape.circle, location=location.bottom, color=color.teal, text="RECOVER", size=size.tiny)
alertcondition(reviewEvent, title="Drawdown review", message="Confirmed close reached the drawdown review threshold. Research prompt only.")
alertcondition(recoveredEvent, title="Closing peak regained", message="Confirmed close regained the previous closing peak. Research prompt only.")
Hand-check before chart research
| Completed closes | Expected values / behavior |
|---|---|
| 100 → 90 | Peak 100; drawdown 10%; recovery 11.111…%; first REVIEW at a 10% threshold; one underwater bar. |
| 90 → 95 | Peak remains 100; drawdown 5%; recovery 5.263…%; no new REVIEW; episode remains active; two underwater bars total. |
| 95 → 80 | Drawdown 20%; recovery 25%; no second REVIEW in this episode; three underwater bars total. |
| 80 → 100 | Drawdown and recovery 0%; RECOVER; underwater count 0; state resets. |
| 100 → 89 | New episode; drawdown 11%; recovery about 12.36%; new REVIEW; one underwater bar. |
Your turn: Compare a closing-price recovery with an intraday touch of the same peak that closes below it. Does this tool reset on the touch?
Open the explained answer
No. The peak and reset use confirmed closes, not intraday highs. This is an explicit definition, not an assertion that intraday recovery is unimportant. A close-based and an intrabar study answer different questions.
Four reusable worksheets
Copy these field sets into your notebook or research document and reuse them for every assigned profile or hypothetical case. Complete the observation record before writing a recommendation; complete the review after seeing new information.
| Field | What to record |
|---|---|
| Source and date | Page, document, interview date if known, and your observation date. |
| Exact claim in your words | Return mechanism, control or promise being discussed; avoid copying long passages. |
| Evidence type | Reported interview, independently checked record, general definition or our hypothetical calculation. |
| Known facts and unknowns | Separate documented terms from assumptions; cite the supporting record. |
| Disconfirming observation | A fact that would weaken the claim; specify what would count. |
| Field | What to decide before the result |
|---|---|
| Purpose and authority | Why this exposure fits a defined mandate, and who can approve it. |
| Exposure and unit | Instrument, long/short amounts, base currency, NAV denominator and option/credit risks where relevant. |
| Success and failure branches | Event, timing, estimated payoffs and the assumptions behind probabilities. |
| Execution and funding | Capacity, spread, borrow, financing calls and practical exit route. |
| Costs and decision | Fee bases, expense assumptions, approve/defer/reject for the fictional case, and unresolved evidence. This is not a live order ticket. |
| Field | What makes the test reproducible |
|---|---|
| Question and hypothesis | One falsifiable statement selected before evaluation. |
| Data | Source, entitlement, dates, frequency, adjustments, missing values and currency. |
| Baseline and variation | Fixed rules plus the single variable changed; specify categories or values. |
| Outputs | Metrics with units and denominators; include closed funds or unrecovered episodes where appropriate. |
| Bias and uncertainty | Selection, backfill, costs, stale marks, small samples, parameter searching and data revisions. |
| Interpretation rule | What would support, weaken or leave the hypothesis unresolved. Preserve all trials. |
| Field | What to update |
|---|---|
| Expected versus observed | Compare the prior written prediction with new evidence. |
| Mandate or control breach | Exact term, timestamp, verified magnitude and responsible owner. |
| Changed assumption | What changed, when it became knowable and which decision it affects. |
| Response and authority | Escalation, further research, reduced exposure or no action; record authorization and rationale. |
| Learning | One reasoning error, one process improvement and the next review date. Do not rewrite the original thesis to fit hindsight. |
Capstone: prepare an allocator decision memo
Use this fictional case to integrate the whole book. A family has $3 million of investment assets, including $150,000 needed in six months. A proposed fund has $30 million NAV, $45 million long equities and $30 million short equities. It offers quarterly redemption requests subject to notice and possible suspension. Its pitch emphasizes an eight-month smooth record, founder coinvestment and a marketer introduction. The exercise supplies no audited record or independent provider verification.
For this case only, assume the fee convention used in lesson 8: 1% of starting NAV, then 20% of remaining positive annual profit, with no other costs, hurdles or prior loss adjustments. Use a hypothetical 10% gross year solely to practice arithmetic; do not forecast it. Prepare a two-page decision memo and append the completed worksheets.
- State the mandate and how the six-month payment will be funded.
- Compute gross and net equity exposure, and explain their limits.
- Calculate NAV impact if longs fall 12% while the shorted stocks rise 8%.
- Build the simplified investor fee bridge for $100 of beginning capital in the hypothetical positive year.
- List five evidence gaps, with the document or verification step needed for each.
- Separate founder alignment, marketer compensation, valuation independence and redemption rights.
- Choose approve, defer or reject for this fictional proposal, identify who has authority, and state the evidence that could change the decision.
Open the capstone worked answer
Gross exposure = ($45m+$30m)/$30m = 250%; net exposure = ($45m−$30m)/$30m = 50%. The adverse scenario loses $5.4m on longs and $2.4m on shorts, totaling $7.8m, or 26% of starting NAV before costs and financing effects. Same 50% net as lesson 7 does not mean the same gross risk.
For the fictional positive year: $100 rises to $110, management fee is $1, incentive fee is $1.80, and investor ending value is $107.20. This is arithmetic under the stated convention, not a projection. Keep the $150,000 payment outside capital that cannot reliably be accessed when needed; quarterly requests subject to suspension do not guarantee that payment date.
Evidence gaps include an independently verified full performance record and valuation basis; offering and subscription documents with precise withdrawal terms; financing, borrow and stress information; independently contacted administrator/custodian/auditor as applicable; fee and related-party documents; and the marketer’s compensation and scope of work. Eight months of smooth marks and founder money do not close these gaps.
Deferring for evidence is defensible on the supplied facts; rejection can also be reasoned from mandate incompatibility. Approval based only on the pitch is unsupported. A high-quality memo ties the decision to constraints, names what remains unknown and identifies authorized decision makers without inventing favorable facts.
| Criterion | Points | Completion standard |
|---|---|---|
| Mandate and cash needs | 20 | Payment timing and liquidity mismatch addressed explicitly. |
| Exposure and stress arithmetic | 25 | 250% gross, 50% net and 26% scenario loss, with units and omissions. |
| Fee bridge | 15 | Stated fee order and 7.2% simplified net return; no forecast presented. |
| Evidence and conflicts | 25 | At least five actionable verification steps; compensation, valuation and authority distinguished. |
| Decision and monitoring | 15 | Reasoned decision, change-of-mind evidence, responsible owner and review plan. |
Completion check: Attempt every lesson exercise and all eighteen classification rows, correct them with the keys, complete all four worksheets at least once, finish the three research protocols without inventing results, and score at least 80/100 on the capstone. Rework any liquidity or leverage misunderstanding regardless of total score. Completing this workbook demonstrates study progress, not investment competence or expected profits.
Final Takeaway
A useful hedge fund assessment connects the investment idea to position risk, financing, incentives, evidence and access to cash. The book gives you historical cases to question. Your finished workbook should show how you test the reasoning, where the evidence ends and which unanswered questions prevent a decision.
Risk Disclosure
This material is for education and research, not personalized investment, legal or tax advice. Trading and investing involve risk of substantial loss. Leverage, derivatives and short selling can amplify losses; some positions can lose more than the capital initially committed. Private funds may restrict or suspend withdrawals and may hold assets that are difficult to value or sell. Historical or hypothetical outcomes do not predict future results. Examples omit costs and complexities unless stated. The indicator is an uncompiled educational tool and does not establish executable results or profitability. Verify current rules, documents, data and suitability with appropriately qualified professionals before making real decisions.
This is an independent educational companion. CandleChasers is not affiliated with or endorsed by the author, publisher, firms or individuals discussed.