1. No course. The probability to get the raise is 0.2, so the EMV = 0.2 *10,000 + 0.8 * 0 = 2,000
2. Takes Attosoft: The probability is calculated by multiplying the probability to get the raise in case of passing the course with the raise itself, adding the product of the probability of getting the raise and the raise in case the course is not passed, but decreasing the overall cost of the course.
EMV = 0.4*10,000 + 0.2*10,000-3,000 = 3,000
3. Takes BSS, module 1 With a similar mechanism as previously presented,
EMV = 0.6*10,000 + 0.2*10,000-5,000 = 3,000
4. Takes BSS modules 1 and 2 With a similar mechanism as previously presented,
EMV = 0.8 * 10,000 + 0.6* 10,000-7,000 (the sum of both courses) = 7,000
As we can see from the calculation of the EMV for all four options/branches, the best option is to take modules 1 and 2 of BSS, maximizing the overall value.
Case 4 - Sensitivity analysis
A.: Driving the car means that the total distance is 60 miles times the 3.50 hours, which is equal to 215 miles. This means that to the cost of driving there is an additional cost of 40.5 cents times 215 miles, which is equal to $87.075.
To the U.S. Airways flight, one needs to add the additional cost of the taxi ride, which is equal to $15.
1) only business travelers
Benefits
Transport
Speed
Cost
Utility
Costs
Weighted attributes
Amtrak
Acela Express
Airplane
Personal Car
2) only leisure travellers
Benefits
The best way of marketing would probably be to provide additional services during the trip that can increase the comfort for both the leisure and the business traveler on his way to New York. This could also, however, increase the costs for the company, which might impact the buyer himself.
START
Does AttoSoft course
Does no course
Does BSS course mod1
Does BSS course mod2
K/4
J/4
I/7
H/6
G/8
F/6
E/10
D/12
C/4
B/9
A/6
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