Please complete the following work from the chapters listed below in your textbook. Show detailed work in your submittal and create this in Microsoft Word, Excel, or Project (Time New Roman or Arial, font 11 or 12) document(s) as required; draw any diagrams and/or cut-and-paste screen captures into ONE Microsoft Word document. Please insert your assignment into the Hyperlink above (Red, upper left, next to symbol, changes to a "Hand" when you hover above it) and name the file “Your-Last-Name-Assignment-6.doc or .docx” by the due date listed in the Course Schedule (read the Course Syllabus regarding Late Submittals; penalties apply).
Use your textbook, lecture notes, Powerpoints and chat discussions from the appropriate Unit/Chapter to complete this assignment:
Chapter 9
Discussion Questions (DQ):
1. Define the following terms:
- Path:
- Activity:
- Early start:
- Early finish:
- Late start:
- Late finish:
- Forward pass:
- Backward pass:
- Node:
- AON:
- Float:
- Critical Path:
- PERT:
2. “The shortest total length of a project is determined by the longest path through the network.” Explain the concept behind this statement. Why does the longest path determine the shortest project length?
Problem
- What is the time estimate of the following activity in which the optimistic estimate is 4 days, pessimistic is 12 days, and most likely is 5 days? Show your work
- Consider the following project tasks and their identified best, likely, and worst case estimates of task duration. Assume the organization you work for computes TE based on the standard formula. Calculate the TE for each of the following tasks (round to the nearest integer): {SEE THE ATTACHED PICTURE}
- Construct a network activity diagram based on the following information:
Activity Preceding activities
A -
B -
C A
D B, C
E B
F C, D
G E
H F
I G, H
MS Project Exercises
- Suppose we have a complete activity predecessor table (shown below) and we wish to create a Network diagram highlighting the activity sequence for this project. Using MS Project, enter the activities and their predecessors and create a complete activity Network diagram for this project.
Project - Remodeling an Appliance
Activity Predecessors
A. Conduct competitive analysis -
B. Review field sales reports -
C. Conduct tech capabilities assessment -
D. Develop focus group data A, B, C
E. Conduct telephone surveys D
F. Identify relevant specification improvements E
G. Interface with Marketing staff F
H. Develop engineering specifications G
I. Check and debug designs H
J. Develop testing protocol G
K. Identify critical performance levels J
L. Assess and modify product components I, K
M. Conduct capabilities assessment L
N. Identify selection criteria M
O. Develop RFQ M
P. Develop production master schedule N, O
Q. Liaison with Sales staff P
R. Prepare product launch Q
- Suppose that we add some duration estimates to each of the activities from exercise 9.1. A portion of the revised table is shown below. Recreate the Network diagram for this project and note how MSProject uses nodes to identify activity durations, start and finish dates, and predecessors. What is the critical path for this network diagram? How do we know?
Activity Duration Predecessors
A – Survey site 5 days -
B – Install sewer and storm drainage 9 days A
C – Install gas and electric power lines 4 days A
D – Excavate site for spec house 2 days B, C
E – Pour foundation 2 days D
Chapter 10
Discussion Question (DQ):
- The advantage of Gantt charts lies in their linkage to the project schedule baseline. Explain this concept.
- What are the advantages in the use of Gantt charts over PERT diagrams? In what ways might PERT diagrams be advantageous?
- What are some of the advantages in the use of AOA notation as opposed to AON?Under what circumstances does it seem better to apply AON methodology in network development?
MS Project Exercises:
Problem
1. Suppose that we wished to incorporate lag relationships into our activity network. Consider the table shown below and the lag relationships noted. Develop an MSProject Gantt chart that demonstrates these lags.
Activity Duration Predecessor Relationship
A. Wiring 6 None
B. Plumbing 2 None
C. HVAC 3 Wiring (Finish-to-Start),
Plumbing (Finish-to-Finish)
D. Interior construction 6 HVAC (Start-to-Start)