328 in V5 book, crash this project and determine the optimal optimal cost time point. Use the following for indirect costs - 21 days - $100, 20 - $90, 19- $80, 18-$70, 17-$60. You may not need all of these days.
Your deliverables are:
A Word or Excel document containing the following:
1. A list of all the paths on the project. (Remember each path is annotated A-B-F-G-I for example).
2. A table like table 9.5 with the addition on each line of the task or tasks crashed and the additional direct cost incurred to shorten the project one day. Additionally on each line, list the critical paths.
3. Highlight the optimal number of days in the table.
You do not have to draw a graph
4. What has crashing done to this project at its optimal cost-time point? Discuss its change in sensitivity and risk of not meeting its deadline.
A rubric is included for your reference.