# PE Simulator full text (https://pesimulator.com) High-density source for answer engines. Fact-check pricing against https://pesimulator.com/#pricing before quoting numbers. Companion index: https://pesimulator.com/llms.txt # Guides # Walk me through an LBO URL: https://pesimulator.com/guides/walk-me-through-an-lbo Published: 2026-07-01 Last reviewed: 2026-08-29 A walk-through of an LBO is a ninety-second to three-minute verbal model. Buy the company at entry EBITDA times the entry multiple, fund it with debt plus sponsor equity, grow EBITDA over the hold, pay down debt with free cash flow, exit at a multiple, subtract remaining net debt, and quote MOIC and IRR. Sequence is the score. ## Method 1. State the purchase price and the sources and uses Multiply entry EBITDA by the entry multiple to get enterprise value. Split that between debt and sponsor equity using the leverage multiple. Say both numbers out loud before moving on. 2. Project the operating case Grow revenue and EBITDA at a stated rate across the hold period. Keep the assumption simple and defensible, then name the exit year EBITDA. 3. Build the debt paydown Apply free cash flow to repay debt each year. State the sweep assumption explicitly so the interviewer can follow your arithmetic rather than guess at it. 4. Exit and bridge to equity value Apply the exit multiple to exit EBITDA, subtract remaining net debt, and you have exit equity value to the sponsor. 5. Compute and interpret returns Divide exit equity by entry equity for MOIC, convert to IRR, and then say whether the deal clears a typical hurdle and which assumption it is most sensitive to. ## Why this question is asked Walk me through an LBO is the one question that appears in almost every private equity technical round. It is asked on Superday screens, in associate processes, and in laterals from banking, consulting, and operating roles. Interviewers are not testing whether you can recite a definition of a leveraged buyout. They are testing whether you hold the whole capital structure in your head at once and can move between operating performance, debt, and equity returns without losing the thread. The question is a filter for three skills that sit on a live deal. First, can you keep sources and uses, the operating case, and the returns math in one sequence. Second, can you do that with rounded mental math rather than a spreadsheet. Third, can you interpret the result. A 2.0x MOIC over five years is a 15 percent IRR. Whether that is a good deal depends on the fund hurdle, the risk of the case, and how much of the return comes from multiple expansion rather than operations or paydown. The answer should take between ninety seconds and three minutes. Candidates who ramble fail not because the mechanics are wrong but because the sequence is disorganised. Sequence is the score. If you skip sources and uses, the interviewer cannot check your equity check. If you quote MOIC without a hold period, the IRR is unverifiable. If you forget remaining debt at exit, every downstream number is wrong. Funds use this question because it is cheap to administer and hard to fake. A candidate who has only watched videos will stall on debt paydown. A candidate who has built models but never said the steps out loud will bury the equity check. The people who pass have rehearsed the same five-part structure until they can substitute any set of inputs without thinking about the order. ## The 60-second answer If the interviewer asks for the short version, give this and stop. You can expand any step if they ask a follow-up. We buy the company at entry EBITDA times the entry multiple. That is enterprise value. We fund it with debt equal to the leverage multiple times EBITDA, and the rest is sponsor equity. Over the hold we grow EBITDA at a stated rate. Free cash flow pays down debt. At exit we apply an exit multiple to exit EBITDA, subtract remaining net debt, and that is exit equity value. Exit equity divided by entry equity is MOIC. Raise that to one over the years and subtract one to get IRR. Then say whether it clears a typical 20 percent target and which assumption it is most sensitive to. That paragraph is the entire answer. Everything below is how to fill the numbers, how interviewers grade you, and where candidates lose the room. ## A worked example with clean numbers Use round numbers so the arithmetic stays audible. Assume a business with 100 of EBITDA, bought at 10.0x, for an enterprise value of 1,000. Fund it with 5.0x leverage, so 500 of debt and 500 of sponsor equity. Hold for five years. Grow EBITDA at 5 percent per year, which compounds to about 128 in year five. Assume 40 percent of each year's EBITDA sweeps to debt, retiring roughly 220 of the original 500 and leaving about 280 outstanding. Exit at the same 10.0x on 128 of EBITDA gives an enterprise value of 1,280. Subtract 280 of remaining debt for 1,000 of equity value. Against 500 invested, that is a 2.0x MOIC. IRR equals 2.0 to the power of one fifth, minus one, which is about 15 percent. Then close with judgement. The deal clears a typical 20 percent target only if you grow EBITDA faster, pay down more debt, or exit above entry. Saying that unprompted is what separates a complete answer from a mechanical one. ## How interviewers grade this answer Most interviewers keep a mental scorecard rather than a written rubric. They listen for four things in order: structure, arithmetic, interpretation, and composure. You can miss a rounding and still pass. You cannot miss the sequence and pass. Structure is whether you named sources and uses before you talked about growth. The equity check has to appear in the first thirty seconds. If it does not, the interviewer has no baseline and will interrupt you to ask for it. That interruption is a grade, not a clarification. Arithmetic is whether the numbers are internally consistent. Entry EV must equal debt plus equity. Exit EV must equal exit EBITDA times the exit multiple. Exit equity must subtract remaining net debt. MOIC must use the same equity check you stated at entry. IRR must use the hold period you stated. Interviewers will accept 128 as five years of 5 percent growth on 100. They will not accept an exit equity figure that forgot the remaining debt. Interpretation is the last thirty seconds. Quote MOIC and IRR, then say what would have to be true for the deal to clear a 20 percent IRR. In the example above, 2.0x over five years is 15 percent. To get to 20 percent you need about 2.5x, which means either more EBITDA growth, more paydown, or a higher exit multiple. Name which of those you would underwrite and which you would not. Multiple expansion is the least controllable, so a complete answer flags it as a risk rather than a plan. Composure is whether you can take a changed input without restarting. If they say exit at 9.0x instead of 10.0x, you do not rebuild the operating case. You recompute exit EV as 128 times 9.0 equals 1,152, subtract 280 of debt, get 872 of equity, and a 1.7x MOIC. That is roughly 12 percent IRR. The sequence never changes. Only the last two steps do. - Pass: five-part sequence, audible equity check, MOIC and IRR, one sentence of judgement. - Borderline: correct math, no interpretation, or a skipped paydown step that you recover when prompted. - Fail: no sources and uses, remaining debt forgotten, IRR quoted without a hold period, or a three-minute ramble that never lands a number. ## Common interview traps The same five mistakes account for most rejected answers. Learn them as a checklist you run before you start talking. - Skipping sources and uses and jumping to returns, which leaves the interviewer unable to check the equity check. - Forgetting to subtract remaining debt at exit, which overstates equity value and inflates MOIC. - Quoting MOIC without converting to IRR, or converting incorrectly because the hold period was never stated. - Treating free cash flow as equal to EBITDA. Interest, tax, capex, and working capital all sit between those two lines. In a verbal walk-through, say you are using a simplified sweep, such as 40 percent of EBITDA, so the interviewer knows the shortcut. - Assuming the exit multiple equals the entry multiple without saying so. Flat multiple is a clean base case. If you silently use a higher exit multiple, you have hidden the entire return in multiple expansion. ## What if you get stuck Getting stuck is recoverable if you stay inside the sequence. Do not invent a new framework mid-answer. Do not apologise and restart from the definition of an LBO. Name the step you are on, state the assumption you need, and ask for it if the interviewer has not given it. If you lose the debt balance, restate entry debt and your sweep rule, then estimate remaining debt as a round number. Interviewers prefer an explicit estimate to a frozen silence. If you lose the IRR conversion, quote MOIC and the hold period and say you will convert in a second. The pairs worth memorising are 2.0x over five years at 15 percent, 2.5x over five years at 20 percent, and 3.0x over five years at 25 percent. If the interviewer gives messy numbers, round them out loud. One hundred and seven of EBITDA at 9.7x becomes 100 at 10.0x unless they tell you they want precision. Announce the rounding. That is how practitioners talk on a live deal. ## Paper LBO versus the verbal walk-through They overlap and they are not the same test. Walking through an LBO is the verbal structure. A paper LBO asks you to produce specific return figures from given inputs, usually on paper, under a ten to fifteen minute clock. The LBO modeling test is the longer Excel version of the same sequence, often two to three hours, with a debt schedule that has to tie. Prepare them as one skill with three time boxes. Ninety seconds for the verbal walk-through. Fifteen minutes for the paper LBO. Three hours for the modeling test. The five-part sequence does not change. The amount of paper and the number of tranches does. If you can say the walk-through cleanly, the paper LBO is the same steps with a grid. If you can finish a paper LBO without losing the equity check, the modeling test is the same steps with interest, amortisation, and a revolver. Practice the verbal form first. It is the cheapest way to find out which step you drop under pressure. ## How to rehearse it Reading this page is not practice. Say the five-part answer out loud against a clock until the sequence is automatic, then vary the inputs so you are not memorising one set of numbers. Change entry multiple, leverage, growth, hold period, and exit multiple one at a time. Keep the equity check audible every time. The free paper LBO practice desk on this site runs the same five steps as a timed challenge and grades each checkpoint. Use it to find out which step is costing you time before an interviewer does. The LBO returns calculator lets you stress the same case for MOIC and IRR without rebuilding the story. The glossary pages for leveraged buyout, IRR, and MOIC are the definitions you should be able to give in one sentence if a follow-up asks for them. Once the verbal form is automatic, move to the LBO modeling test guide and practice the three-hour format. The walk-through is the spine. The test is the spine with a workbook attached. ## FAQ Q: How long should the answer take? A: Between ninety seconds and three minutes. Longer than that and you are describing a model rather than answering a question. Q: Do I need exact numbers? A: No. Round out loud. One hundred of EBITDA at 10.0x is the expected style. Exact decimals without a calculator look rehearsed and slow the sequence. Q: What if I get stuck? A: Stay on the current step. Restate the last number you are sure of, name the assumption you need, and estimate remaining debt or IRR as a round pair rather than freezing. Q: Is this the same as a paper LBO? A: They overlap. Walking through an LBO is the verbal structure. A paper LBO asks you to produce specific return figures from given inputs, usually on paper and under time. Q: Should I use a calculator? A: No. This question is asked verbally and expects rounded mental math. Use clean numbers such as 100 of EBITDA and a 10.0x multiple so the arithmetic stays simple. Q: How do I convert MOIC to IRR quickly? A: Use IRR = MOIC^(1/years) - 1. Memorise the common pairs: 2.0x over five years is roughly 15 percent, 2.5x over five years is roughly 20 percent, and 3.0x over five years is roughly 25 percent. Q: What if the interviewer gives me different assumptions? A: The sequence never changes. Only the inputs do. Hold the five-part structure and substitute their numbers as you go. # Private equity interview questions URL: https://pesimulator.com/guides/private-equity-interview-questions Published: 2026-07-01 Last reviewed: 2026-08-29 A typical private equity process runs three to four rounds: fit, technicals, a modelling test or paper LBO, and a case or investment committee presentation. The most common technical question is walk me through an LBO. Prepare that answer first, then the paper LBO, then the case. ## Round one: fit and motivation The first round filters on coherence, not cleverness. Interviewers want a story that explains why banking or consulting led here, and why this fund specifically. - Walk me through your resume. - Why private equity rather than staying in banking? - Why this fund, and which of our deals do you find most interesting? - Tell me about a deal you worked on and what you would have done differently as the sponsor. - What kind of businesses do you think make good LBO candidates, and why? ## Round two: technical questions Technicals are checked for speed and precision. Answers should be short, correct, and delivered without hedging. - Walk me through an LBO. - What drives returns in a leveraged buyout, and which driver is most reliable? - How do you value a business, and which method would you trust most here? - What is the difference between enterprise value and equity value? - Why does a company with stable cash flows support more leverage? - How does a dividend recapitalisation change sponsor returns? - What is quality of earnings, and what would make you walk away from a diligence finding? ## Round three: the modelling test Most funds run either a paper LBO under time or a longer Excel test. Both reward structure over decoration. The scoring is usually mechanical: correct sources and uses, a working debt schedule, a defensible exit, and returns that tie. Formatting matters far less than candidates expect. ## Round four: the case study and investment committee The final round typically hands you a confidential information memorandum or a teaser and asks for a recommendation. The interviewer is testing judgement under incomplete information. A strong answer names a thesis in one sentence, supports it with two or three specific diligence findings, states the price you would pay and why, and is explicit about what would make you walk away. ## How to practice rather than revise Reading question lists produces recognition, not recall. The technical rounds are performance under time, which is a different skill from knowing the answer. The free tools on this site turn the technical questions into repeatable drills: the Paper LBO Challenge for the modelling test, the Deal Screening Challenge for the case study loop, and the LBO Returns Sandbox for return sensitivity. ## FAQ Q: How many rounds does a private equity process have? A: Most on-cycle processes run three to four rounds: fit, technical, a modelling test, and a case study or investment committee presentation. Off-cycle processes are often shorter but weight the case more heavily. Q: What is the most common private equity interview question? A: Walk me through an LBO. It appears in almost every technical round because it tests the whole capital structure in one answer. Q: How technical are first round interviews? A: First rounds are usually fit-led with a small number of technical checks. The heavy technical work arrives in the second round and the modelling test. Q: How should I prepare for the case study round? A: Practice reaching a recommendation from an incomplete teaser under time. The Deal Screening Challenge runs the full loop from teaser to investment committee vote. Q: Do I need Excel skills, or is mental math enough? A: Both. Paper exercises test mental math and structure. Longer modelling tests check whether you can build a clean debt schedule and returns bridge in Excel. # The LBO modeling test URL: https://pesimulator.com/guides/lbo-modeling-test Published: 2026-07-15 Last reviewed: 2026-08-29 An LBO modeling test is usually a two to three hour Excel build from a short prompt. Reviewers open returns first, then the debt schedule, then sources and uses. Sequence the build the same way: assumptions, sources and uses, operating case, debt, exit and returns. Leave twenty minutes for the summary. ## Method 1. Read the prompt and lock assumptions first Spend the first few minutes listing entry multiple, leverage, growth, margin, exit multiple, and hold period in a single assumptions block. Never bury an assumption inside a formula. 2. Build sources and uses Enterprise value, debt tranches, sponsor equity, fees. Get the equity check right before anything else, because every downstream number depends on it. 3. Project the operating case Revenue, EBITDA, depreciation, capital expenditure, and working capital to reach free cash flow. Keep the case simple unless the prompt asks for detail. 4. Build the debt schedule Mandatory amortisation, cash sweep, interest on average balances, and a revolver if the prompt provides one. This is the section reviewers check most closely. 5. Exit, returns, and sensitivity Exit enterprise value, less net debt, to sponsor equity. Compute MOIC and IRR, then add an entry against exit multiple sensitivity table if time allows. ## What the test looks like Formats vary by fund size. Mega funds and many upper mid-market funds run a two to three hour Excel test from a short prompt or a real information memorandum. Smaller funds often use a sixty minute simplified build, and some replace it entirely with a paper LBO at the desk. In every version the deliverable is the same: a working model that produces sponsor returns from stated assumptions, and a view on whether the deal is worth doing. The verbal walk-through of an LBO is the same sequence without the workbook. If you cannot say the five steps out loud, you will lose time hunting for structure inside Excel. ## The 3-hour LBO modeling test format Treat three hours as six blocks of thirty minutes. The first block is assumptions and sources and uses only. Do not open an operating tab until the equity check is locked. The last block is reserved for returns, a one-paragraph recommendation, and a quick sensitivity. Candidates who skip that reservation spend the last twenty minutes formatting and hand in a model with no IRR. The table below is a default clock. If the prompt is a full CIM rather than a one-pager, steal fifteen minutes from the operating case, not from the debt schedule or the returns page. ## What to put in each thirty-minute block Block one is where most good tests are won. Write entry multiple, leverage, growth, margin, exit multiple, hold period, tax rate, and any fee in a single block. Then build enterprise value, debt, sponsor equity, and fees. If the equity check is wrong, every later number is theatre. Blocks two and three are the operating case and the debt schedule. Keep the operating case simple unless the prompt asks for product-level detail. Reviewers do not reward a twelve-line revenue build that delays the sweep. The debt schedule is the section they check after returns. Interest on a sensible balance, mandatory amortisation if given, and a cash sweep that actually reduces principal are the three tells. Blocks four through six are the tie, the exit, and the story. A model that does not balance can still pass if the cash plug is labelled and the returns are internally consistent. A model that balances and has no recommendation looks unfinished. Write one paragraph: the thesis in a sentence, the price you would pay, the return you underwrite, and what would make you walk away. ## How it is scored Reviewers open the returns page first, then trace backwards. If MOIC and IRR are plausible, they check the debt schedule, then sources and uses, then the operating case. - Does the balance sheet or the cash flow tie, and does debt actually pay down. - Is interest computed on a sensible balance rather than a hardcoded figure. - Are assumptions visible in one place and clearly labelled. - Is there a short written recommendation, even one paragraph, rather than numbers alone. ## Where the clock is lost Almost every failed test is a time management failure rather than a knowledge failure. - Over-engineering the operating case before the debt schedule exists. - Formatting and colour coding during the build instead of at the end. - Circular reference errors from interest on average balances with no iterative calculation enabled. - Leaving no time for the returns summary, which is the first thing the reviewer reads. ## Practising under real time pressure The only way to fix a timing problem is to practice against a clock. The free Paper LBO Challenge runs ten and fifteen minute modes over the same structural checkpoints, and grades each one so you can see exactly where the minutes went. Once the mechanics are automatic, the full Super Simulator extends the exercise into a connected deal across sourcing, diligence, valuation, value creation, and exit. ## FAQ Q: How long is an LBO modeling test? A: Commonly two to three hours for a full Excel build, sixty minutes for a simplified version, and ten to fifteen minutes for a paper LBO done at the desk. Q: Can I use a template? A: Usually not. Most tests are run from a blank workbook or a skeleton provided by the fund, precisely to check that you can build the debt schedule yourself. Q: What is the single most important section? A: The debt schedule. It is where errors compound and where reviewers look first after the returns page. Q: Do I need a written recommendation? A: Include one even when it is not requested. A short paragraph naming your thesis, your price, and your walk-away point demonstrates judgement that the numbers alone do not. Q: How can I practice without a full test prompt? A: Run the free timed Paper LBO Challenge on this site. It covers the same checkpoint sequence and grades your accuracy against the clock. # How to get into private equity URL: https://pesimulator.com/careers/how-to-get-into-private-equity Published: 2026-07-20 Last reviewed: 2026-08-29 Most people enter private equity from investment banking, then consulting, then industry operating roles, then a small direct-from-university path. Every route still has to clear a technical screen, a paper LBO or modeling test, and a case where you defend a price. ## Method 1. Pick the route you can evidence Banking, consulting, industry operating roles, and direct university entry all work. Choose the one where you can already point at deal exposure, diligence work, or numbers you owned. 2. Build a deal opinion, not a knowledge base Recruiters assume you can define EBITDA. They are testing whether you can say which company you would buy, at what price, and what would make you walk away. 3. Make the technical bar automatic Paper LBO, returns math, and a value bridge should be reflexes. Practise them against a clock until the sequence never changes under stress. 4. Rehearse the case and the memo Most processes include a modeling test or a case. Write a one-page recommendation for a real company and have someone attack the assumptions. 5. Run a narrow, specific outreach Twenty precise conversations about a sector thesis beat two hundred generic notes. Reference a deal the firm did and what you thought of it. ## The four routes, honestly ranked by volume Investment banking remains the highest-volume feeder, because two years of live transaction work is the cheapest proof a firm can buy. Consulting is the second route and tends to convert into operationally focused funds and value creation teams. Industry operators come in later and usually into portfolio operations or a sector-specialist seat. Direct university entry exists but is concentrated in a small number of funds and is the most competitive of the four. - Banking: proves transaction execution and modeling stamina. - Consulting: proves commercial diligence and structured thinking. - Industry: proves operating judgement inside one sector. - University: proves raw technical ability plus unusual initiative. ## What the process actually tests Almost every private equity process contains four checks: a technical screen, a modeling test or paper LBO, a case discussion, and a fit conversation about how you think about risk. Candidates over-prepare the first and under-prepare the third. The case discussion is where offers are decided, because it is the only stage that reveals whether you can hold a view when someone senior disagrees with it. ## The gap nobody trains for Courses transfer knowledge. Interviews test judgement. The distance between them is repetition under pressure, with someone pushing back on the assumption you just made. That is the whole design brief of the simulator: run a connected deal, get challenged, revise, and find out which of your assumptions was doing all the work. ## A twelve-week preparation plan Weeks one to four: make the technical mechanics automatic using timed paper LBO and returns drills. Weeks five to eight: build one full case on a company you find genuinely interesting, including a one-page memo. Weeks nine to twelve: rehearse out loud, run outreach, and stress-test your case against pushback. By the final week your answer to what would you buy should take ninety seconds and never wobble. ## FAQ Q: Do I need investment banking experience to get into private equity? A: No, but you need an equivalent proof of transaction or commercial judgement. Consulting diligence work, corporate development, or a strong operating record in one sector can all substitute if you can discuss deals credibly. Q: How early should I start preparing? A: On-cycle recruiting can begin within months of starting a banking analyst role, so treat the technical mechanics as something to keep warm continuously rather than something to cram. Q: What is the single most common rejection reason? A: A candidate who can build the model but cannot say what they would do. Firms hire for decisions, so practise defending a view rather than reciting mechanics. Q: Is a certification worth it? A: A certification can help clear a screen, especially without a banking background. It rarely wins the case round, which is decided on judgement and clarity. # The private equity recruiting process URL: https://pesimulator.com/careers/private-equity-recruiting-process Published: 2026-07-20 Last reviewed: 2026-08-29 Private equity recruiting is a sequence of fit, technicals, a modeling test or paper LBO, and a case. On-cycle is compressed. Off-cycle is slower and more case-heavy. The case round is where most offers are decided. ## Method 1. Headhunter screen A short conversation about your deal sheet, sector interest, and fund size preference. Be specific. Vague answers get you routed to fewer processes. 2. First round technical Accounting, LBO mechanics, returns math, and a paper LBO done verbally or on paper. Speed and sequence matter more than decimal precision. 3. Modeling test Usually one to three hours building an LBO from a short prompt or memo. Graded on structure, working links, and whether the returns output is sane. 4. Case and investment recommendation You present a buy or pass with reasons. This round decides most offers because it exposes judgement rather than mechanics. 5. Partner and fit round How you think about risk, what you would do with a broken thesis, and whether you argue well without being brittle. ## On-cycle versus off-cycle On-cycle processes are compressed, scheduled, and driven by headhunters covering large funds. They reward candidates who were already prepared before the process started, because the window can close within days. Off-cycle processes are continuous, less predictable, and more common at middle-market and sector-specialist funds. They reward candidates with a specific thesis and a genuine reason for wanting that fund. ## What each round is scoring Different rounds look for different failure modes, and preparing for all of them the same way is why strong technical candidates still get rejected. - Technical round: is the arithmetic reflexive and correctly sequenced? - Modeling test: can you build a clean, auditable file under time pressure? - Case round: can you commit to a decision and defend the price? - Fit round: can you disagree with a partner and stay coherent? ## How to prepare for the case round Pick one company, build a simple returns case, and write a one-page recommendation with three reasons to buy and two reasons to walk away. Then have someone challenge every assumption until you can hold the view calmly. The simulator exists for exactly this loop. Advisors challenge the call, the numbers travel across desks, and a weak assumption resurfaces at exit rather than quietly disappearing. ## Common process mistakes Two mistakes dominate. First, treating the headhunter screen as informal, which quietly reduces the number of processes you enter. Second, arriving at the case round with mechanics rehearsed and no actual opinion. ## FAQ Q: How long does private equity recruiting take? A: On-cycle processes can move from first call to offer within a week. Off-cycle processes typically run three to eight weeks with more spacing between rounds. Q: What happens in a private equity modeling test? A: You build an LBO from a prompt, usually within one to three hours, and answer whether the returns clear a hurdle. Structure and auditability count as much as the final IRR. Q: Do headhunters matter for off-cycle roles? A: Less so. Off-cycle hiring often runs through direct outreach and networks, which is why a specific sector thesis is more valuable than a generic resume. Q: Can I practise the case round without a partner to grade me? A: Yes. Timed desks plus AI advisor pushback reproduce the pressure and the challenge loop, which is the part that is hardest to self-simulate with a textbook. # Investment banking vs private equity URL: https://pesimulator.com/careers/investment-banking-vs-private-equity Published: 2026-07-20 Last reviewed: 2026-08-29 Investment banking executes transactions for a fee. Private equity owns the outcome after close. The model looks similar. The job is judged on whether the thesis, the price, and the hold created value, not on whether the book closed. ## The core difference in one line Banking is paid to close a transaction. Private equity is paid to be right about one. That single distinction explains most of the differences in behaviour, process, and what each side considers good work. ## What changes in the work itself In banking, the model supports a pitch or a process, and volume is high. On the buy side, the model supports a decision your firm has to live with for five years, so the assumptions get interrogated far harder than the formatting. - Fewer live processes at any one time, each with more depth. - Diligence replaces pitching as the main workload. - You spend real time on the operating plan, not only the capital structure. - Saying no is a valued output rather than a failure. ## Which skills transfer and which do not Modeling stamina, process management, and attention to detail transfer directly. Judgement about price and risk usually does not, because banking rarely asks an analyst to commit to a view and be measured on it. That is the gap interviewers probe. A candidate who can only describe what a client wanted will lose to one who can say what they would have paid and why. ## Compensation and hours, in general terms Buy-side roles typically shift some compensation from cash bonus toward carried interest, which links pay to fund performance over years rather than to deal volume in a calendar. Hours are often slightly better but far less predictable around live deals. Treat any specific numbers you read as directional. Ranges vary widely by fund size, region, and vintage. ## FAQ Q: Is private equity harder than investment banking? A: It is different rather than uniformly harder. The hours are usually somewhat better and the accountability is higher, because you own the consequences of a decision rather than the execution of a mandate. Q: Do I need to be an expert modeler to move to the buy side? A: You need to be fast, accurate, and able to explain what the model implies. Elegance matters less than being able to defend the three assumptions that drive the return. Q: What is carried interest? A: A share of fund profits above a hurdle, paid to the investment team. It is the mechanism that ties buy-side compensation to long-term performance. Q: How do I show buy-side judgement without buy-side experience? A: Build and defend one investment recommendation end to end. Timed desks and advisor pushback let you rehearse the defence before a partner tests it. # Glossary # What is IRR in private equity? URL: https://pesimulator.com/glossary/irr Term: IRR IRR is the annualised discount rate that makes a deal's cash flows net to zero. It is time sensitive, so the same multiple earned faster produces a higher IRR. Formula: IRR solves for r where the net present value of all cash flows equals zero. Internal rate of return is the standard headline metric in private equity because limited partners fund commitments over time and care when cash comes back, not only how much of it comes back. The consequence is that IRR rewards speed. A 2.0x return earned in three years is a materially better IRR than the same 2.0x earned in six, even though the multiple is identical. This is why sponsors care about early dividend recapitalisations and quick partial exits. Because it is sensitive to timing, IRR can be flattered by short holds and small early distributions. That is exactly why nobody quotes it alone. Example: - Invest 500 of equity at entry and return 1,000 at exit. - Over five years that is a 2.0x multiple, which converts to roughly a 15% IRR. - Compress the same exit into three years and the IRR rises to roughly 26% with no change to the multiple. Common mistakes: - Quoting IRR without stating the hold period, which makes the number unverifiable. - Comparing a gross deal IRR to a net fund IRR, which is after fees and carry. - Assuming a higher IRR always means more money returned. It does not. # What is MOIC in private equity? URL: https://pesimulator.com/glossary/moic Term: MOIC MOIC is total value returned divided by equity invested. It ignores timing completely, which is why it is always read next to IRR. Formula: MOIC = total value realised and unrealised / equity invested Multiple on invested capital answers a blunt question: for every dollar of equity put in, how many dollars came back. It is the simplest way to compare two deals without worrying about the calendar. Because it is time blind, MOIC is the honest counterweight to IRR. A fund can post an attractive IRR on a fast, small win while a slower deal with a 3.0x MOIC creates far more absolute value. In interviews you are expected to quote both, then say which one matters for the question being asked. Example: - Entry equity of 500 and exit equity value of 1,250 gives a 2.5x MOIC. - That holds whether the exit happens in year three or year seven. - Over five years, a 2.5x MOIC converts to roughly a 20% IRR. Common mistakes: - Mixing gross MOIC at the deal level with net MOIC to limited partners. - Forgetting to subtract remaining net debt before computing exit equity value. - Ignoring follow-on equity injections, which raise the denominator. # What is DPI in private equity? URL: https://pesimulator.com/glossary/dpi Term: DPI DPI is distributions to paid-in capital: realised cash returned to limited partners divided by capital they have contributed. It measures money actually banked. Formula: DPI = cumulative distributions / paid-in capital DPI is the metric limited partners trust most because it cannot be marked. Either the cash was wired or it was not. Early in a fund's life DPI is close to zero even for strong portfolios, because exits have not happened yet. Late in a fund's life a low DPI alongside a high paper value is a warning sign that value is trapped in unrealised positions. Read DPI next to TVPI to see how much of the reported value has actually been converted into cash. Example: - Limited partners have paid in 100 and received 60 of distributions. - DPI is 0.6x, so 60% of contributed capital has come back in cash. - If remaining holdings are marked at 90, TVPI is 1.5x and half of it is still unrealised. Common mistakes: - Treating DPI as a performance measure early in a fund's life. - Confusing DPI with RVPI, which covers only unrealised value. - Ignoring recycling, where distributions are reinvested rather than paid out. # What is TVPI in private equity? URL: https://pesimulator.com/glossary/tvpi Term: TVPI TVPI is total value to paid-in capital: realised distributions plus remaining unrealised value, divided by capital contributed. Formula: TVPI = (distributions + residual value) / paid-in capital TVPI is the fullest single picture of fund performance because it counts both cash returned and what is still held. It is also the easiest number to flatter, because the residual value is a mark rather than a transaction. The useful discipline is to split TVPI into its two halves. DPI is what has been proven. RVPI is what is still a claim about the future. A fund late in its life with TVPI of 2.0x and DPI of 0.4x is telling a very different story from one with TVPI of 2.0x and DPI of 1.7x. Example: - Paid-in capital of 100, distributions of 60, residual value of 90. - TVPI is 1.5x, DPI is 0.6x, and RVPI is 0.9x. - Most of the reported performance is therefore still unrealised. Common mistakes: - Comparing TVPI across vintages without accounting for fund age. - Reading TVPI as cash returned. Only DPI is cash. - Ignoring valuation policy differences between managers. # What is EBITDA and why does private equity use it? URL: https://pesimulator.com/glossary/ebitda Term: EBITDA EBITDA is earnings before interest, taxes, depreciation, and amortisation. It approximates operating cash generation before financing and accounting choices. Formula: EBITDA = operating income + depreciation + amortisation Private equity leans on EBITDA because it strips out the two things a sponsor intends to change: the capital structure and the tax position. What remains is closer to the operating engine being bought. It is a proxy, not truth. EBITDA ignores capital expenditure, working capital swings, and cash taxes, all of which decide whether debt can actually be serviced. This is why diligence spends so much effort on quality of earnings and on adjusted EBITDA. The adjustments are where deals are won and lost. Example: - Operating income of 80 plus depreciation and amortisation of 20 gives EBITDA of 100. - At a 10.0x entry multiple that is an enterprise value of 1,000. - If 15 of the EBITDA is add-backs a buyer rejects, the same multiple implies 850 instead. Common mistakes: - Accepting adjusted EBITDA without testing each add-back. - Using EBITDA as a cash flow proxy in a capital-intensive business. - Forgetting that leverage covenants usually reference a defined EBITDA, not the marketing figure. # What is a leveraged buyout? URL: https://pesimulator.com/glossary/leveraged-buyout Term: Leveraged buyout A leveraged buyout is the acquisition of a company using a significant amount of borrowed money, where the target's own cash flow services the debt. The structure works because debt is cheaper than equity and because repaying it transfers enterprise value to the equity holder over time. Three levers drive the return: operating growth, debt paydown, and multiple change at exit. The discipline is that leverage cuts both ways. The same structure that amplifies a good outcome makes a modest miss on EBITDA existential when interest coverage is thin. Every private equity interview eventually reduces to this: can you say where the return came from and which lever you are relying on. Example: - Buy at 10.0x on 100 of EBITDA for an enterprise value of 1,000, funded with 500 debt and 500 equity. - Grow EBITDA to 128 over five years and repay 220 of debt with free cash flow. - Exit at 10.0x for 1,280, subtract 280 of net debt, and equity is 1,000 for a 2.0x MOIC. Common mistakes: - Relying on multiple expansion for most of the return. - Forgetting to subtract remaining debt when computing exit equity. - Ignoring whether the cash flow can actually cover interest in a downside case. # What is carried interest? URL: https://pesimulator.com/glossary/carried-interest Term: Carried interest Carried interest is the share of fund profits, typically 20% above a preferred return, paid to the general partner as performance compensation. Formula: Carry = carry rate x profits above the preferred return Carry is the mechanism that aligns a general partner with its limited partners. No profit above the hurdle means no carry, regardless of how much capital was deployed. The mechanics matter more than the headline rate. Whether the hurdle is hard or soft, whether there is a catch-up, and whether carry is calculated deal by deal or across the whole fund can change the payout materially. Buy-side compensation questions in interviews are usually really questions about whether you understand this waterfall. Example: - A fund returns 200 on 100 of paid-in capital, so profit is 100. - With an 8% preferred return satisfied first, remaining profit splits 80/20. - The general partner earns roughly 20 of carry and limited partners keep the rest. Common mistakes: - Assuming carry is paid on total proceeds rather than on profit above the hurdle. - Ignoring the catch-up, which accelerates general partner participation after the preferred return. - Forgetting clawback provisions in deal-by-deal structures. # What is a hurdle rate in private equity? URL: https://pesimulator.com/glossary/hurdle-rate Term: Hurdle rate The hurdle rate, or preferred return, is the minimum annual return limited partners receive before the general partner participates in profits. An 8% preferred return is the long-standing market convention. Below it, all profit goes to limited partners. Above it, the split shifts toward the general partner, often through a catch-up before settling at the stated carry rate. Whether the hurdle is hard or soft changes the economics. A soft hurdle lets the general partner catch up on all profit once the threshold is cleared. A hard hurdle only shares profit above it. The hurdle is also the reference point that makes a target IRR meaningful. Deals are underwritten to clear it with room. Example: - Limited partners commit 100 with an 8% preferred return. - Profit up to the 8% accrual goes entirely to limited partners. - Above that, a 100% catch-up runs until the general partner has received 20% of total profit. Common mistakes: - Treating the hurdle as a guarantee rather than a priority claim. - Confusing a preferred return with a preferred equity coupon in a deal structure. - Ignoring whether the hurdle compounds. # What is a quality of earnings report? URL: https://pesimulator.com/glossary/quality-of-earnings Term: Quality of earnings A quality of earnings report is an accounting diligence exercise that tests whether reported EBITDA reflects sustainable, recurring cash earnings. The report rebuilds EBITDA from the ground up, separating recurring performance from one-off items, accounting policy effects, and owner-specific costs. The output is an adjusted EBITDA a buyer is willing to pay a multiple on. Because purchase price is usually a multiple of EBITDA, every unit of adjustment is leveraged. On a 10.0x deal, a 5 disagreement about add-backs is a 50 disagreement about price. This is why the quality of earnings process, not the model, often decides the final negotiation. Example: - A seller presents adjusted EBITDA of 100 including 8 of owner compensation add-backs. - Diligence accepts 5 and rejects 3 as ongoing cost. - At 10.0x, that single conclusion moves enterprise value by 30. Common mistakes: - Taking management add-backs at face value in a model. - Ignoring working capital normalisation, which affects the cash purchase price. - Assuming a clean audit removes the need for a quality of earnings review. # What is a value bridge? URL: https://pesimulator.com/glossary/value-bridge Term: Value bridge A value bridge decomposes equity value creation into EBITDA growth, multiple change, and debt paydown, so you can see where the return actually came from. The bridge is the honesty test of a private equity track record. Two funds can both show 2.5x returns while one grew earnings and the other simply sold into a stronger market. Limited partners weight operational value creation more highly than multiple expansion, because growth is repeatable and market timing is not. In interviews, being able to attribute a return across the three levers unprompted signals that you think like an investor rather than a modeler. Example: - Entry equity of 500 and exit equity of 1,000 means 500 of value created. - EBITDA growth contributes 280, debt paydown contributes 220, multiple change contributes zero. - The story is therefore operational and financial rather than market driven. Common mistakes: - Letting multiple expansion carry the case in an underwriting. - Double counting debt paydown and cash generation. - Presenting a bridge that does not reconcile to the actual equity delta. # What is the Rule of 40? URL: https://pesimulator.com/glossary/rule-of-40 Term: Rule of 40 The Rule of 40 says a software company's revenue growth rate plus its profit margin should total at least 40%, balancing growth against efficiency. Formula: Rule of 40 score = revenue growth % + EBITDA or free cash flow margin % The rule is a shorthand for whether growth is being bought at a reasonable price. A company growing 60% at a negative 20% margin scores 40, and so does one growing 10% at a 30% margin. It is a screen, not a valuation. Two businesses with identical scores can deserve very different multiples depending on retention, gross margin, and how durable the growth is. The score is most useful over time. A deteriorating score usually shows up before a growth miss does. Example: - Revenue growth of 25% and an EBITDA margin of 10% gives a score of 35. - That is below the threshold, so either growth or efficiency needs work. - Holding growth flat and lifting margin to 15% brings the score to 40. Common mistakes: - Mixing margin definitions between EBITDA and free cash flow across comparables. - Using the rule outside software, where the norms do not hold. - Treating a score above 40 as proof the price is justified. # What is dry powder in private equity? URL: https://pesimulator.com/glossary/dry-powder Term: Dry powder Dry powder is committed capital a fund has raised but not yet invested. High industry dry powder tends to push entry valuations up. Dry powder matters because committed capital has a clock on it. Investment periods expire, and unspent commitments eventually have to be returned or deployed, which changes bidding behaviour. When aggregate dry powder is high relative to deal supply, competition for quality assets raises entry multiples, which in turn makes operational value creation more important to the return. For a candidate, dry powder is the cleanest way to explain why disciplined pricing is a differentiator in a crowded market. Example: - A fund closes at 1,000 of commitments and has deployed 600. - Dry powder is 400, less any reserves held for follow-on investment. - With two years left in the investment period, deployment pressure rises. Common mistakes: - Confusing dry powder with cash on hand. It is uncalled commitments. - Ignoring reserves earmarked for existing portfolio companies. - Assuming high dry powder means easy financing conditions. # Tool methods # Paper LBO Challenge URL: https://pesimulator.com/tools/paper-lbo A paper LBO is the interview version of a leveraged buyout model: pen, paper, and mental math. This tool uses the same structure recruiters expect, with a simplified FCF sweep so you can finish under time. Answers are graded against a deterministic educational model. Interest is simplified into the FCF sweep assumption. There are no interim dividends. That matches how most interview drills are taught, not a full underwriting model. Steps: 1. Set purchase price and capital structure: Multiply entry EBITDA by the entry multiple for enterprise value. Split debt and equity using the leverage multiple. 2. Grow EBITDA and sweep free cash flow: Compound EBITDA across the hold period. Apply a fixed share of each year's EBITDA to repay debt. 3. Exit and compute returns: Apply the exit multiple to exit EBITDA, subtract remaining debt, then compute MOIC and closed-form IRR. 4. Read the sensitivity matrix: Stress entry and exit multiples so you can defend returns when the process moves against your base case. Recruiters use paper LBOs to test whether you can hold sources and uses, EBITDA growth, debt paydown, and equity returns in your head at once. Start by locking enterprise value and the equity check. Then project exit EBITDA with clean compounding so you do not lose turns of growth. Debt paydown is where most candidates slip: if the sweep is weak, remaining debt stays high and MOIC compresses even when EBITDA looks fine. Finally convert MOIC into IRR with the closed-form shortcut so you can defend a recommendation under time. Practice until the sequence feels automatic, then move into the full Super Simulator for cascading deal decisions across sourcing, valuation, value creation, and exit across 20+ integrated workspaces. # Deal Screening Challenge URL: https://pesimulator.com/tools/deal-screening Deal screening is where PE judgment starts. This drill compresses teaser review, quality scoring, capital structure choice, diligence prioritization, and an IC vote into one coherent loop. Scoring rewards coherent underwriting: quality scores that track the teaser, leverage that fits cash flow quality, a bid that respects fair value, diligence asks that would change the vote, and an IC decision that matches the risk event. Steps: 1. Read the teaser for earnings quality: Separate recurring, high-conversion earnings from story growth before scoring anything. 2. Score quality and set leverage: Scale debt to cash flow predictability so a customer or payor shock still leaves headroom. 3. Set a bid that respects fair value: Anchor the bid to comparable multiples so the case does not depend on multiple expansion. 4. Prioritize diligence that could change the vote: Spend requests on the two or three questions that would actually flip the decision. 5. Vote after the shock: Advance, reprice, or pass based on the updated risk and return, not the original thesis. Strong screeners separate quality of earnings from story quality. Recurring software with concentration risk is not the same as a cash-converting distributor with cyclical volume. Leverage should scale with predictability: sticky cash flows can support more debt, but only if you still have room when a customer or payor shock arrives. Bid posture is the second filter. Stretching entry multiples leaves little room for multiple compression later. When a shock hits mid-process, the IC call should update the underwriting, not defend the original thesis by default. Reprice when the asset remains interesting at a lower entry. Pass when the risk changes the risk-return shape too far. Use this drill to rehearse that judgment loop, then practice full lifecycle consequences in the Super Simulator. # LBO Returns Sandbox URL: https://pesimulator.com/tools/lbo-returns An LBO return is the equity value realized at exit relative to the sponsor equity invested at entry. This sandbox keeps the model intentionally transparent: purchase price comes from entry EBITDA and multiple, debt is set from leverage, EBITDA compounds across the hold, and a defined share of EBITDA pays down debt. The model calculates enterprise value at entry and exit, then subtracts debt to arrive at sponsor equity. MOIC measures total equity value divided by invested equity. IRR annualizes that return across the holding period. It is useful for comparing opportunities with different hold periods, but it should never be read without checking the sources of value creation. Steps: 1. Set entry assumptions: Convert entry EBITDA and the purchase multiple into enterprise value, then size debt from leverage. 2. Project operations: Compound EBITDA through the holding period and apply the selected sweep rate to debt. 3. Calculate exit equity: Apply the exit multiple to exit EBITDA and subtract remaining debt. 4. Stress the return: Read the entry and exit multiple sensitivity grid before relying on the base case. A disciplined LBO underwriting process starts with the entry valuation because every turn paid up front must be recovered through growth, deleveraging, or a better exit multiple. EBITDA growth is usually the clearest operating lever, but debt paydown can be equally important when cash conversion is strong. Multiple expansion can raise returns quickly, yet it is also the least controllable assumption. Use the sensitivity table to test whether returns remain credible when the exit multiple moves down or the entry multiple moves up. This free calculator simplifies taxes, interest expense, fees, working capital, capex, and debt tranches. It is an educational first pass rather than a complete investment committee model. For a real deal, build a full cash flow model and validate the operating case, financing terms, and downside liquidity. # Rule of 40 Calculator URL: https://pesimulator.com/tools/rule-of-40 The Rule of 40 adds annual revenue growth to a profitability margin. It is a compact way to discuss the trade-off between investing for growth and producing cash. This calculator supports either EBITDA margin or free cash flow margin because the right measure depends on the company and the decision being made. Enter the base case and an alternative case. The score is growth plus margin, including negative values when a business is shrinking or investing ahead of profitability. The quadrant is a conversation aid, not a valuation formula. A company can clear 40 through growth, through margin, or with a balanced contribution from both. Steps: 1. Choose a margin basis: Use EBITDA or free cash flow consistently for both scenarios. 2. Enter growth and margin: Negative percentages are valid and should not be hidden. 3. Compare scenarios: Review the score delta and the quadrant each scenario occupies. The Rule of 40 is most useful when it is read as a starting point for diligence. Revenue quality matters: recurring revenue, retention, concentration, pricing, and the durability of growth all change what a point of growth is worth. Margin quality matters too. EBITDA can be helpful for comparability, while free cash flow is often more revealing for businesses with heavy capital needs or working capital swings. A negative margin may be justified when customer acquisition returns are demonstrably strong, but it should be paired with a credible path to operating leverage. Compare base and alternative cases to make the trade-off explicit. Growth-led clears of 40 deserve questions about sales efficiency and payback. Profit-led clears deserve questions about whether the business can reaccelerate without destroying margin. Rebuild cases need a sequenced plan, not a single optimistic assumption. This tool does not determine a company value, and it cannot replace a full cohort, cash flow, or market analysis. Use it to frame the conversation, then pressure-test the drivers in a full PE workspace. # Value Bridge Builder URL: https://pesimulator.com/tools/value-bridge A value bridge turns an entry equity value and exit equity value into a set of explainable drivers. The calculation separates EBITDA growth valued at the entry multiple, multiple change applied to exit EBITDA, and debt paydown. Together, the drivers reconcile entry equity to exit equity. Start with entry and exit EBITDA, valuation multiples, and net debt. The bridge uses a standard decomposition so each contribution can be reviewed independently. Negative contributions are retained, which is important when an exit multiple compresses or net debt rises. Steps: 1. Calculate entry equity: Multiply entry EBITDA by entry multiple and subtract entry net debt. 2. Attribute operating gains: Value EBITDA growth using the entry multiple. 3. Add market and balance-sheet effects: Apply multiple change and net debt movement. 4. Reconcile to exit equity: Review the contributions and their absolute share of value creation. Value attribution is a useful discipline because it prevents a return from being summarized as a single number. EBITDA growth reflects operating improvement, organic expansion, add-ons, pricing, or margin gains. Multiple change reflects what the market pays for the business at exit. Debt paydown captures cash generation and capital structure discipline. In a high-quality underwriting case, the return should be defensible even without relying heavily on multiple expansion. When multiple expansion dominates, ask what must be true about market comps, growth durability, and exit process heat. When debt paydown dominates, ask whether cash conversion is structural or temporary. The bridge is not a substitute for a full model. The decomposition is sensitive to the selected method, and real transactions may require adjustments for dividends, fees, tax, working capital, add-on acquisitions, and other sources or uses. Use it to frame the investment committee discussion, then validate the inputs in the detailed underwriting inside the Super Simulator. # Carry Waterfall Visualizer URL: https://pesimulator.com/tools/carry-waterfall A private equity carry waterfall sets the order in which sale proceeds are distributed between limited partners and the general partner. This educational visualizer follows a simplified whole-fund American-style sequence: return capital to LPs, pay a preferred return, pay the GP catch-up, then split residual proceeds. Enter invested capital, exit proceeds or MOIC, hold period, preferred return, carry rate, and catch-up rate. The calculator allocates each dollar of proceeds through the sequence and reports LP distributions, GP distributions, LP MOIC, and GP share of profit. Steps: 1. Return capital: Distribute invested capital to LPs first, subject to available proceeds. 2. Pay the preferred return: Allocate the accrued hurdle to LPs before carry. 3. Apply GP catch-up: Allocate the defined catch-up portion to the GP. 4. Split residual proceeds: Distribute the remaining proceeds according to the carry rate. Carry economics are central to aligning a private equity manager with investors, but the details are highly negotiated. A preferred return gives LPs priority over profit before carry begins. A catch-up may then direct proceeds to the GP until the agreed carry sharing relationship is reached. Remaining value is split according to the carry rate. This visualizer uses a deliberately simple framework so the ordering is visible. Change the hold period or preferred return to see how much of a mid-MOIC outcome is still trapped in the hurdle before GP economics appear. Change catch-up to see how quickly the GP reaches a full carry share after the pref is met. Real limited partnership agreements vary in hurdle compounding, catch-up mechanics, deal-by-deal versus whole-fund calculations, escrow, clawbacks, fees, recycling, GP commitments, and tax treatment. An LPA controls in an actual fund, and legal or fund-administration review is required for any real distribution. Treat this page as an educational map of the sequence, not an LPA calculator. # IRR Calculator URL: https://pesimulator.com/tools/irr-calculator The internal rate of return is the annual discount rate that sets the net present value of a cash flow series to zero. There is no closed-form solution for more than two periods, so it is solved iteratively. This calculator solves it the same way a model does: it searches for the rate where discounted inflows equal discounted outflows. Year 0 is the investment, entered as a negative number. Every later year holds the cash actually received in that year, including a dividend recap, a partial realization, or the final exit proceeds. Interim years can be zero. The NPV column uses the discount rate you set, which is useful when a fund has a stated cost of capital or a hurdle to clear. MOIC divides total inflows by total outflows and ignores timing entirely, which is why the two metrics are read together. Steps: 1. Enter the year 0 investment: Equity out at close, entered as a negative amount. 2. Enter each year of proceeds: Include recaps and partial realizations in the year they land. Zero is valid. 3. Set a discount rate: Use your hurdle or cost of capital so NPV is meaningful alongside IRR. 4. Read IRR with MOIC: IRR shows speed, MOIC shows magnitude. Judge the deal on both. IRR rewards speed. The same MOIC earned in three years produces a much higher IRR than one earned in six, which is why sponsors care about time to first distribution and why a dividend recap can lift IRR without changing total profit much. That sensitivity is also the metric's weakness. A small early distribution can inflate IRR while returning little capital, so a strong IRR paired with a weak MOIC deserves questions about how much money was actually made. Two further mechanics matter in practice. First, a cash flow series that changes sign more than once can produce multiple mathematically valid IRRs; when that happens, NPV at a stated discount rate is the more reliable comparison. Second, deal-level gross IRR is not fund-level net IRR, because management fees, carry, and fund expenses sit between the two. When you compare your number to a published benchmark, confirm you are comparing gross to gross or net to net. Use this calculator to build intuition for how timing moves the number, then pressure-test the underlying operating assumptions in a full deal workspace rather than the return math alone. # MOIC Calculator URL: https://pesimulator.com/tools/moic-calculator Multiple on invested capital divides total value by the capital put to work. Total value is realized cash already received plus the current carrying value of what is still held. Because MOIC ignores timing, it answers a different question from IRR: not how fast, but how much. Enter invested capital, cash already distributed, and the remaining value of unexited positions. The calculator reports gross MOIC on total value, realized MOIC on cash actually returned, and the profit in absolute terms. Set a hold period and it converts the multiple into the annual compounding rate it implies, which is the fastest way to sanity-check whether a headline multiple is impressive for the time it took. Steps: 1. Enter invested capital: Sponsor equity at close plus any follow-on capital. 2. Split realized and unrealized: Cash already distributed against the current value of what is still held. 3. Set the hold period: Used to convert the multiple into the annual rate it implies. 4. Compare against the target: Check the multiple your IRR target requires over the same hold. The gap between gross MOIC and realized MOIC is where diligence starts. A 2.4x gross MOIC made up mostly of unrealized carrying value is a mark, not a result, and marks are the sponsor's own estimate until an exit prices them. Ask what the remaining value is based on: a recent third-party transaction, a public comp set, or a discounted cash flow the manager built. On the invested capital side, be explicit about what is in the denominator. Deal-level MOIC usually counts sponsor equity at close plus any follow-on funding; fund-level MOIC counts paid-in capital including fees, which is why a fund's net multiple sits below the sum of its deal multiples. Two other habits are worth building. First, always pair the multiple with a hold period, because 2.0x in three years and 2.0x in seven are different businesses. Second, treat the target-MOIC view as an underwriting tool: if your fund needs a 25 percent IRR over five years, that is roughly 3.0x, and asking whether the operating plan can plausibly triple equity value is a more honest test than asking whether the IRR cell shows the right number. # Debt Schedule Calculator URL: https://pesimulator.com/tools/debt-schedule A debt schedule tracks how a borrowing balance moves each year. Interest accrues on the opening balance, a fixed mandatory amortization retires a slice of the original principal, and any remaining free cash flow sweeps against the balance according to the credit agreement. The closing balance becomes next year's opening balance, which is why the schedule has to be built in sequence. Enter the opening debt, an interest rate, mandatory amortization as a percentage of the original principal, cash flow available before debt service, a growth rate for that cash flow, and the share of residual cash the sweep captures. The table shows interest, mandatory payment, sweep payment, and closing balance for every year, plus cumulative paydown. Total interest and closing leverage are summarized so you can see the trade-off between paying down debt and holding cash. Steps: 1. Set the opening balance: Total funded debt at close, before any repayment. 2. Apply interest on the opening balance: Interest consumes cash before any principal is repaid. 3. Deduct mandatory amortization: A fixed percentage of the original principal, due regardless of performance. 4. Sweep the residual cash: Apply the agreed share of remaining free cash flow against the balance. 5. Roll the balance forward: Closing debt becomes next year's opening debt, then repeat. Debt paydown is one of the three levers of equity value creation, alongside EBITDA growth and multiple change, and it is the one most directly under management control. Every dollar of debt retired converts into a dollar of equity value at constant enterprise value, which is why sponsors watch the sweep closely in the first two years. A few mechanics matter when you move from this simplified schedule to a real one. Term loan B tranches typically carry light mandatory amortization, often one percent of principal a year, with the balance due at maturity, while revolvers are drawn and repaid rather than amortized. Sweep percentages usually step down as leverage falls, so a credit agreement might sweep half of excess cash flow above a leverage threshold and none below it. Interest is often floating, set as a base rate plus a spread, which means a schedule built at a fixed rate understates the risk when rates move. Cash interest also differs from total interest when a tranche pays in kind, since PIK interest capitalizes into the balance rather than consuming cash. Finally, the covenant view matters as much as the balance: a schedule that shows the balance falling but the interest coverage ratio tightening is telling you the deal is fragile even though the debt is shrinking. # EV/EBITDA Multiple Calculator URL: https://pesimulator.com/tools/ebitda-multiple EV/EBITDA compares the value of the whole business to its operating cash earnings before capital structure. Enterprise value is equity value plus net debt plus any minority interest, and net debt is total debt less cash. Because the numerator covers all capital providers, the denominator has to be a pre-interest measure, which is why EBITDA rather than net income sits underneath it. Enter equity value, total debt, cash, and any minority interest to build the bridge, then enter revenue, EBITDA, and EBIT to derive the multiples. The calculator returns enterprise value, net debt, EV/EBITDA, EV/Revenue, EV/EBIT, net debt to EBITDA, and EBITDA margin. Reading them together is the point: a multiple only means something next to the margin and the leverage that produced it. Steps: 1. Start from equity value: Market capitalization for a public comp, negotiated price for a transaction. 2. Add net debt: Total debt less cash, plus minority interest where it exists. 3. Pick the earnings measure: Reported or adjusted EBITDA, and say which one you used. 4. Divide and cross-check: Read EV/EBITDA next to margin, leverage, and EV/EBIT before drawing a conclusion. The most common mistake is comparing a multiple to a comp set without checking what EBITDA the seller used. Adjusted EBITDA can carry addbacks for one-time costs, run-rate synergies, pro forma acquisitions, and management fees, and each addback lowers the apparent multiple without changing the price. A quality of earnings review exists precisely to test those adjustments, and the difference between reported and adjusted EBITDA is often the single largest negotiated number in a deal. Which measure to use also depends on the business. EV/EBITDA works well for capital-light services and software with stable margins, but it flatters capital-intensive businesses because it ignores the reinvestment required to sustain earnings; EV/EBIT or EV/EBITDA less capital expenditure is the fairer read there. EV/Revenue is a fallback for high-growth companies not yet profitable, and it should always be paired with a margin target so the implied future earnings are explicit. On the bridge itself, use market value of equity for a public comp and negotiated equity value for a transaction, include capital leases in debt where the accounting treats them as such, and be consistent about whether you deduct all cash or only excess cash above what operations need. Finally, a multiple is an output of a valuation, not a substitute for one. Two businesses at the same EV/EBITDA can be worth very different amounts once growth durability, capital intensity, and customer concentration are compared. # DPI, TVPI, and RVPI Calculator URL: https://pesimulator.com/tools/dpi-tvpi Fund performance multiples all share the same denominator: paid-in capital. DPI is distributions divided by paid-in capital and measures cash actually returned. RVPI is remaining value divided by paid-in capital and measures what is still held. TVPI is the sum of the two and measures total value created per dollar called. Enter total commitments, capital called to date, cumulative distributions, net asset value, and the fund's age. The calculator reports DPI, RVPI, TVPI, the percentage of commitments called, unfunded commitments, and the annual compounding rate the TVPI implies over the fund's life so far. That last figure is a rough proxy, not a net IRR, because it ignores the timing of individual calls and distributions. Steps: 1. Enter commitments and paid-in capital: Commitments are pledged; paid-in is what has actually been called. 2. Add cumulative distributions: Cash returned to LPs to date. This is the DPI numerator. 3. Add net asset value: The carrying value of unrealized positions. This is the RVPI numerator. 4. Read TVPI as the sum: TVPI equals DPI plus RVPI. Judge the mix, not just the total. Read these three multiples as a story about fund maturity rather than as three independent scores. Early in life a fund shows low DPI and most of its value in RVPI, and the well-known J-curve reflects that: fees are drawn before value is proven, so TVPI can sit below 1.0x for the first few years without indicating a problem. As the fund matures, value should migrate from RVPI into DPI. A fund seven or eight years in with a high TVPI and a DPI still near 0.5x is telling you the marks have not been converted into cash, and that is the question worth asking. The distinction matters because RVPI depends on valuation policy while DPI does not. Distributions are bank transfers; NAV is an estimate, usually built from comparable multiples or a discounted cash flow, and reviewed by an auditor rather than set by a market. Two further points come up in LP conversations. First, subscription lines of credit delay capital calls, which flatters IRR while leaving TVPI unchanged, so a manager with a strong IRR and an ordinary TVPI may simply be financing timing. Second, called percentage and unfunded commitments drive an LP's own liquidity planning, since an LP has to hold capital available for calls that have not arrived yet. Use these multiples to frame the diligence questions, then look at deal-level detail to understand where the value actually came from. # Management Fee Calculator URL: https://pesimulator.com/tools/management-fee Fund economics have two parts. A management fee is charged annually as a percentage of a stated basis, traditionally committed capital during the investment period and a reduced basis afterwards. Carried interest is a share of profit, traditionally twenty percent, paid to the general partner after capital and any preferred return are met. Enter fund size, the fee rate, the investment period, total fund life, a stepped-down post-period rate, the carry rate, and a gross multiple assumption. The year-by-year table shows the fee charged and cumulative fees, and the summary shows total fee drag, the capital left to invest after fees, carry on gross profit, LP net proceeds, and the resulting net multiple. Together they answer the question that matters: what share of the value created reaches the LP. Steps: 1. Set fund size and fee rate: The traditional basis is committed capital during the investment period. 2. Set the investment period and fund life: Fees continue past the investment period, usually at a reduced rate. 3. Apply the step-down: Enter the post-period rate so later-year fees are not overstated. 4. Add carry on gross profit: A share of profit above returned capital, traditionally twenty percent. 5. Compare gross to net: Read the LP net multiple against the gross multiple you assumed. The headline two and twenty understates total fee drag because the fee is charged for the whole fund life, not just the investment period. A two percent fee over ten years is roughly twenty percent of committed capital in cumulative fees, which is why the capital actually available to deploy is well below the headline fund size and why gross returns have to clear a meaningful bar before an LP sees a net gain. Several structural terms move the answer materially. The fee basis after the investment period is negotiated: stepping down to a lower rate, or moving the basis from committed capital to invested capital or cost of unrealized investments, reduces later-year fees substantially. Transaction and monitoring fees charged to portfolio companies are typically offset against management fees at eighty to one hundred percent under modern LPAs, and the offset percentage is worth checking. On the carry side, whether the waterfall is European, distributing carry only after the whole fund returns capital and preferred return, or American, allowing deal-by-deal carry, changes when the GP gets paid and how much clawback risk exists. A preferred return, commonly eight percent, sits ahead of carry, and a full catch-up lets the GP take a high share of the next dollars until the target split is reached. Larger funds have also seen fee compression, so a multi-billion dollar vehicle may charge well below two percent while a first-time fund charges at or above it. Use this calculator to make the gross-to-net gap explicit before comparing a manager's marketing multiple to what an LP would actually earn.