13. Technology Development
Commercial
Success Development
R&D
Project
Fund
Failure
Fund Option Exercise
Price
Option Price
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14. Risk Adjusted NPV
P C
rNPV = å t t t
( + R
1 )
rNPV depends on 3 factors:
•Probability, P
•Cash Flow, C
•Discount Rate, R
Most commonly used method for valuing technology
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15. Technology Project Value
Year 0 1 2 3 4
Cash Flow 100 0 1255 0 15735
P 1 0.5 0.5x0.9
PV 100 1000 10000
Cash Flow in £000s
Discount Rate R = 12%
rNPV = 100 + 0.5 x 1000 + 0.45 x 10000 = £3,900,000
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17. Real Option Valuation
§ Key variables
§ Underlying Asset Value – Enterprise Value
§ Exercise Price
§ Term to Exercise
§ Volatility of Underlying Asset
§ Discount Rate
17
19. Black Scholes Equation
Present Value of a Call Option:
- r t
PV = PN ( 1 ) - EXe f N ( 2 )
d d
where:
2
N(d) = normal probability function
log( P / EX ) + r t + s t / 2
f
d =
1
EX = exercise price
s t
t = time to exercise
log( P / EX ) + r t - s 2 t / 2
t
d 2 = P = price of security
s t _
( P - P 2
)
σ = variance on return =
N - 1
r = risk free rate
f
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20. Binomial Model
Enterprise Value each year goes:
EV = S x u
u up by a factor u, or
p down by a factor d
EV
s
u = exp( t )
1
1 p d =
u
EV = S x d
d ( + r ) - d
1 f
p =
t
u - d
σ = sales volatility, between 20%
and 40% for R&D projects
20
30. Summary
§ Decision Trees are a viable approach to
Real Option Valuation:
§ Simple to construct using Precision Tree
§ Flexible – changes of strategy
§ Transparent – ease of communication
§ Credible not a “Black Box”
30
31. About Captum…
§ Formed in 2004
§ Transatlantic presence
§ Life science sector consulting:
§ Business development, valuation, partnering
§ MasterClasses:
§ Valuation Masterclass attended by over 500
executives in UK and Europe
§ Internet virtual communities
§ Sensor100
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