Construction Planning And Scheduling - Study Guide | CE 32100, Exams of Civil Engineering

Material Type: Exam; Class: Construction Planning And Scheduling; Subject: CE-Civil Engineering; University: Purdue University - Main Campus; Term: Fall 2008;

Typology: Exams

2011/2012

Uploaded on 04/27/2012

koofers-user-w0r-2
koofers-user-w0r-2 🇺🇸

10 documents

1 / 3

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
Study Guide for CE 321 Final Exam
Fall 2008
Exam Schedule: Thursday, December 18, 2008, 3:20 – 5:20 pm, WTHR 160
Note that the final exam is optional and your lowest exam grade will be dropped with only two
exams to constitute 40% of your final grade as noted on your syllabus.
This list outlines the items that may be covered in the final exam, which encompasses material
addressed in Chapters 10-15 of your textbook. Due to our time limit, some items may be
excluded or options may be given, but be prepared to do the following:
Perform earned value calculations to determine project cost and schedule status (Chapter
10)
Perform calculations of activity duration and direct cost changes due to decisions to
accelerate schedule progress (Chapter 11)
Answer general questions about legal aspects of scheduling for delay and change impact
claims (Chapter 12)
Construct or modify linear schedules based on given information regarding crew
productivity, location, and constraints (Chapter 14)
Perform calculations of activity and/or project duration and standard deviations according
to PERT methodology (Chapter 15)
The exam will be closed book, closed notes. Necessary charts and a listing of formulas will be
provided with the test. You are expected to know the parameters that equation variables
represent. The exam will be comparable in length to previous exams.
Every attempt is being made to have your grades updated and
posted before the end of the day on Sunday. Please notify Mr.
Wallace (by e-mail, preferably by Tuesday, December 16) if you
intend to take the final exam on Thursday. Even if you fail to notify
Mr. Wallace, understand that you still have the privilege of taking
the exam.
pf3

Partial preview of the text

Download Construction Planning And Scheduling - Study Guide | CE 32100 and more Exams Civil Engineering in PDF only on Docsity!

Study Guide for CE 321 Final Exam Fall 2008 Exam Schedule: Thursday, December 18, 2008, 3:20 – 5:20 pm, WTHR 160

Note that the final exam is optional and your lowest exam grade will be dropped with only two exams to constitute 40% of your final grade as noted on your syllabus.

This list outlines the items that may be covered in the final exam, which encompasses material addressed in Chapters 10-15 of your textbook. Due to our time limit, some items may be excluded or options may be given, but be prepared to do the following:

  • Perform earned value calculations to determine project cost and schedule status (Chapter
  • Perform calculations of activity duration and direct cost changes due to decisions to accelerate schedule progress (Chapter 11)
  • Answer general questions about legal aspects of scheduling for delay and change impact claims (Chapter 12)
  • Construct or modify linear schedules based on given information regarding crew productivity, location, and constraints (Chapter 14)
  • Perform calculations of activity and/or project duration and standard deviations according to PERT methodology (Chapter 15)

The exam will be closed book, closed notes. Necessary charts and a listing of formulas will be provided with the test. You are expected to know the parameters that equation variables represent. The exam will be comparable in length to previous exams.

Every attempt is being made to have your grades updated and

posted before the end of the day on Sunday. Please notify Mr.

Wallace (by e-mail, preferably by Tuesday, December 16) if you

intend to take the final exam on Thursday. Even if you fail to notify

Mr. Wallace, understand that you still have the privilege of taking

the exam.

Eff % =115%− 15 [( days - 5 ) +(hours - 8 )]%

( new old) 23

old new Points Points

T

T =

sizeofnormalworkforce

sizeofexpandedworkforce Eff % 115%- 15

SV = BCWP- BCWS %SV = 100 ×(SV BCWS) CV =BCWP-ACWP

%CV = 100 × ( CVBCWP) SPI = BCWPBCWS CPI =BCWPACWP

PC = ( BCWPBAC) × 100 PPC =( BCWSBAC) × 100

EAC = ACWP+ ( BAC-BCWP) EAC =BACCPI

Estimated ACV= BAC- EAC 6

o^4 m p e

T T T

T

= V = s^2

cp

Vcp s  

end

start

(^2 ) scp = V cp 6

Tp T o s