FINC6025 · Entrepreneurial Finance
The Venture Capital Method, Pre/Post-Money & Dilution
Weeks 6-7 of University of Sydney FINC6025 Entrepreneurial Finance teach the signature valuation shortcut of the field: the venture-capital method. You project an exit value, discount it at the VC's required return, back out the ownership the investor must acquire, and gross that stake up for expected future dilution from later rounds and option pools. It closes with the cap table across seed and Series rounds. This is the single most heavily tested calculation in the unit, appearing in the MCQ test and the final exam's short-answer and case sections.
What this chapter covers
- 01The main idea: value the cash flow to investors at exit; find the ownership needed now to earn the required return
- 02Four inputs: investment amounts, time-to-exit, exit value, required return r (= rf + IRP + AP + HPP + LP)
- 03Step 1 - exit value via an exit multiple (P/E, EV/EBITDA, EV/Revenue) or DCF, bankruptcy-adjusted
- 04Step 2 - discount the exit value to today at the required return; Step 3 - acquired final % = investment / discounted exit value
- 05Step 4-5 - future dilution and required current % = acquired final % x (1 + % new shares issued later)
- 06The cash-on-cash multiple as the practitioner's shortcut; target stakes set to survive dilution to a meaningful exit position
- 07Option pools on a fully-diluted basis: n = m x investor% / (1 - investor% - pool%)
- 08Whether a method yields pre- or post-money: DCF/equity DCF -> pre-money; the VC method -> post-money
The venture-capital method with future dilution
- +1Exit value via the multiple = P/E x exit-year earnings = 12 x 2.5 = 30.0 million dollars (bankruptcy adjustment ignored here for clarity).
- +1Discount the exit value to today at 40% over 5 years: 1.4^5 = 5.378, so discounted exit value = 30.0 / 5.378 = 5.578 million dollars.
- +1Acquired final ownership % (the stake held at exit) = investment / discounted exit value = 2.0 / 5.578 = 35.86%.
- +1Gross up for future dilution: required current % = acquired final % x (1 + % new shares later) = 35.86% x (1 + 0.20) = 35.86% x 1.20 = 43.0%.
- +1Implied post-money now = investment / required current % = 2.0 / 0.4303 = 4.65 million dollars, so pre-money = 4.65 - 2.0 = 2.65 million dollars. The VC demands ~43% today so that, after the later round dilutes it, it still holds ~35.9% at exit.
Key terms
- Venture-capital (VC) method
- Value a venture from its exit: project an exit value, discount it at the VC's required return, and set acquired final ownership % = investment / discounted exit value, then gross up for future dilution to get the ownership to demand now.
- Acquired final ownership %
- The stake the investor expects to hold at exit: investment / (discounted exit value). Because later rounds dilute it, the investor must acquire a larger stake today.
- Required current ownership %
- The stake the VC must negotiate now, equal to acquired final % x (1 + % new shares issued in later rounds), extended by adding option pool dilution. It ensures the post-dilution stake still meets the return target.
- Cash-on-cash multiple
- The practitioner's shortcut: value = funding amount / equity stake (for example 1 million for 20% implies 5 million). VCs often price by a target multiple over the hold rather than by full DCF, but the two are conceptually linked.
- Option pool
- Shares reserved (typically 5-20% fully diluted) to grant to employees. On a fully-diluted basis the ownership equation becomes n = m x investor% / (1 - investor% - pool%), and the pool adds to later-round dilution.
- Pre- vs post-money output
- DCF and the equity cash-flow method (present value of the venture's own flows) typically yield a pre-money value, whereas the VC method (discounting a future exit price) yields a post-money value.
The Venture Capital Method, Pre/Post-Money & Dilution FAQ
Does the VC method give a pre-money or a post-money value?
A post-money value. The VC method discounts a future exit (sale) price back to today, and that figure includes the money going in, so it is post-money. By contrast, DCF and the equity cash-flow method discount the venture's own future cash flows and produce a pre-money value. Keeping this straight is a classic exam discriminator — the renovation analogy in the unit makes the same point (discounting a future sale price gives the with-investment value).
Why does the VC demand more ownership now than it wants at exit?
Because later rounds and option pools will dilute the stake before exit. The acquired final ownership (investment divided by the discounted exit value) is what the VC wants to hold at exit; to still hold that after dilution, it must take a larger stake today, found by multiplying by one plus the percentage of new shares issued later (and adding the option pool). Forgetting this gross-up understates the stake the VC should negotiate.
How does the cash-on-cash multiple relate to the VC method?
The cash-on-cash multiple is the quick version: value equals funding divided by the stake, so 1 million dollars for 20% implies a 5-million post-money, and a target multiple over the holding period stands in for a full discount-rate calculation. VCs use it because it is fast, but it rests on the same logic — you still need a forecast exit value and a required return to know whether the price is fair, which is exactly what the VC method makes explicit.
Can AI help me master the FINC6025 VC method?
Yes. Sia can walk the four-input method step by step, drill the future-dilution and option-pool gross-ups, and set fresh practice with new exit multiples and hold periods so the mechanics become automatic for the MCQ test and the exam. It teaches the method and checks your working; it does not do graded assessment, and the University of Sydney academic-integrity policy applies.
Exam move
The VC method is the highest-yield calculation in FINC6025, so over-practise it. Fix the sequence in memory: exit value (multiple times exit metric, bankruptcy-adjusted), discount at the required return, acquired final % = investment/discounted exit value, then gross up by (1 + % new shares later) and add any option pool to get the required current %. Always finish by stating whether you produced a pre- or post-money figure. Build a one-line side-by-side with the equity cash-flow method (timeline to exit versus to infinity, explicit dilution versus dilution baked into cash flows). Rehearse two-round and option-pool variants with fresh numbers under time pressure, and confirm the exam format on Canvas.
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